CN204476757U - A kind of Root's compressor and brewing spirit energy conserving system - Google Patents
A kind of Root's compressor and brewing spirit energy conserving system Download PDFInfo
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- CN204476757U CN204476757U CN201420868824.6U CN201420868824U CN204476757U CN 204476757 U CN204476757 U CN 204476757U CN 201420868824 U CN201420868824 U CN 201420868824U CN 204476757 U CN204476757 U CN 204476757U
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Abstract
The utility model provides a kind of Root's compressor and brewing spirit energy conserving system.This Root's compressor comprises compressor main body, motor and sound-insulating cover, and compressor main body and motor are all housed in sound-insulating cover; Sound-insulating cover is provided with air intake sound isolation passage and air-out sound isolation passage, and air intake sound isolation passage is connected with the fan of motor, and the outlet of air-out sound isolation passage is provided with ventilating fan; Compressor main body comprises nearside tank and offside tank, and nearside tank is connected with left bank tracheae and left drain line, and left drain line is provided with left oil filling pipe; Offside tank is connected with right outlet pipe and right drain line, and right drain line is provided with right oil filling pipe; Left oil filling pipe and right oil filling pipe are all positioned at outside sound-insulating cover.This Root's compressor noise is low and easy to operate.The utility model also provides a kind of brewing spirit energy conserving system, and its noise is low, easy to operate, and the consuming cost of steam low, can environmental pollution be reduced.
Description
Technical field
The utility model relates to a kind of Root's compressor, particularly relates to a kind of Root's compressor and brewing spirit energy conserving system.
Background technique
China is the big country producing white wine, and white wine Annual output is more than 1,000 ten thousand tons, and producing white wine mean consumption steam flow per ton is about 20 tons, consumption about 3 tons, coal.Therefore annual white wine consumption steam of producing reaches 200,000,000 tons, consumption 3,000 ten thousand tons, coal, its expense is more than 20,000,000,000 RMB.
Usually in white wine preparation process, there is one steaming grain acid discharge operation, namely sour gas in grain and vinasse is steamed with convenient follow-up fermentation.This part consumes steam flow and accounts for 82% of total amount consumed, but, current production white wine system can not by discharge from grain and vinasse containing sour gas Steam Recovery and recycle, can only directly should be discharged in environment containing steam of sour gas, and not only cause steam consumption cost high but also pollute environment.
In addition, even if produce white wine system to have recycle and reuse vapour system, this recycle and reuse vapour system must use Root's compressor.But there is the larger shortcoming of noise ratio in existing Root's compressor.
Model utility content
The shortcoming of prior art in view of the above, first object of the present utility model is the Root's compressor providing a kind of noise low and easy to operate.
Second object of the present utility model is to provide a kind of brewing spirit energy conserving system, and not only noise is low, easy to operate for it, and the consuming cost of steam low, can environmental pollution be reduced.
For realizing first object, the technological scheme that the utility model provides is as follows:
A kind of Root's compressor, comprises compressor main body and for driving the motor of described compressor main body, described Root's compressor also comprises sound-insulating cover, and described compressor main body and motor are all housed in described sound-insulating cover; Described sound-insulating cover is provided with air intake sound isolation passage and air-out sound isolation passage, and described air intake sound isolation passage is connected with the fan of described motor, and the outlet of described air-out sound isolation passage is provided with ventilating fan; Described compressor main body comprises nearside tank and offside tank, and described nearside tank top is connected with left bank tracheae, is connected with left drain line bottom it, and described offside tank top is connected with right outlet pipe, is connected with right drain line bottom it; Described left bank tracheae and the upper end of right outlet pipe are all positioned at outside described sound-insulating cover; Described left drain line and right drain line through after described sound-insulating cover with store oily device and be connected; Described left bank tracheae and the upper end of right outlet pipe are equipped with air valve, and described left drain line and right drain line are equipped with fuel outlet valve; Described right drain line end face is vertically provided with right oil filling pipe, and described left drain line end face is vertically provided with left oil filling pipe, and described right oil filling pipe and left oil filling pipe are all positioned at outside described sound-insulating cover; Fuel outlet valve on described right drain line is at described right oil filling pipe and describedly store between oily device; Fuel outlet valve on described left drain line is at described left oil filling pipe and describedly store between oily device.
Further, the fan outer wall of described motor is provided with sound insulation cylinder, and described sound insulation cylinder is connected with described air intake sound isolation passage.
Further, described sound-insulating cover is provided with temperature measuring set, and the feeler of described temperature measuring set is positioned at described sound-insulating cover.
Further, described right oil filling pipe and left oil filling pipe are equipped with graduation line.
As mentioned above, a kind of Root's compressor of the present utility model, has following beneficial effect:
Because described compressor main body and motor are all housed in described sound-insulating cover, and described air intake sound isolation passage is connected with the fan of described motor, and the outlet of described air-out sound isolation passage is provided with ventilating fan, achieves comprehensive sound insulation, thus reduces noise; In addition, the oil mass in described nearside tank and offside tank can just be known by observing liquid level in described left oil filling pipe and right oil filling pipe; And refuel and when draining the oil, described sound-insulating cover need not be opened, open described air valve, described left oil filling pipe and right oil filling pipe are connected with oil supplying device simultaneously and just can carry out fueling operation; Open described fuel outlet valve and just can carry out draining the oil operation, therefore easy-to-operat.
For realizing second object, the technological scheme that the utility model provides is as follows:
A kind of brewing spirit energy conserving system, at least comprises: for steaming device, and with the described point steam cylinder be connected for steaming device, first discriminates pot, and second discriminates pot, white wine condenser, compressor, multi-stage condensing device, and vaporizer; Described compressor is above-mentioned Root's compressor;
Described point of steam cylinder is connected with the described first supplying tube discriminating pot by the first steam output pipe being provided with the first gate valve, and described point of steam cylinder is connected with the described second supplying tube discriminating pot by the second steam output pipe being provided with the second gate valve;
Described first output tube discriminating pot is connected with the A arm being provided with the 3rd gate valve and the B arm being provided with the 4th gate valve;
Described second output tube discriminating pot is connected with the C arm of the 5th gate valve and is provided with the 6th gate valve D arm;
The steam inlet of described white wine condenser is connected with D arm with described A arm;
The air intake sound isolation passage of described Root's compressor is connected with C arm with described B arm, and the ventilating fan of described Root's compressor is connected with the high-temperature steam import of described multi-stage condensing device;
Described multi-stage condensing device is connected with non-condensible gas storage tank, and the high-temperature water outlet of described multi-stage condensing device is connected with described evaporator by pipeline, and the condensation-water drain of described multi-stage condensing device connects wet pit;
The outer pipe of described vaporizer is connected with the E arm of the 7th gate valve and is provided with the F arm of the 8th gate valve, and the described E arm the other end is connected with the described first supplying tube discriminating pot; The described F arm the other end is connected with the described second supplying tube discriminating pot.
Further, described multi-stage condensing device comprises first-stage condenser and secondary condenser, the high-temperature steam import of described first-stage condenser is connected with the ventilating fan of described Root's compressor, the condensation-water drain of described first-stage condenser is connected with described secondary condenser import by pipeline, the high-temperature water outlet of described first-stage condenser is connected with described evaporator by pipeline, and the non-condensible gas outlet of described first-stage condenser is connected with described non-condensible gas storage tank by pipeline; The high-temperature water outlet of described secondary condenser is connected with the import of described first-stage condenser high-temperature water by pipeline; The condensation-water drain of described secondary condenser is connected with described wet pit, and the cooling water intake of described secondary condenser is connected with apparatus for supplying cool water.
As mentioned above, the oiling of Root's compressor of the present utility model and method of draining the oil, have following beneficial effect:
Because the C arm be connected with the described second output tube discriminating pot is connected with the air intake sound isolation passage of described Root's compressor, the described B arm that the output tube discriminating pot with described first is connected also is connected with the air intake sound isolation passage of described Root's compressor, the ventilating fan of described Root's compressor is connected with described multi-stage condensing device, described multi-stage condensing device is connected with non-condensible gas storage tank, the high-temperature water outlet of described multi-stage condensing device is connected with described evaporator by pipeline, and the condensation-water drain of described multi-stage condensing device connects wet pit; And the outer pipe of described vaporizer is connected with the described first supplying tube discriminating pot by described E arm, the outer pipe of described vaporizer is also connected with the described second supplying tube discriminating pot by described F arm, thus effectively reclaimed the used heat discharged in brewing spirit process, circulated and re-used, not only reduce the consuming cost of steam, can also environmental pollution be reduced.In addition, described compressor is above-mentioned Root's compressor, therefore the low and easy-to-operat of noise.
Accompanying drawing explanation
Fig. 1 is shown as the schematic diagram of a kind of Root's compressor of the present utility model.
Fig. 2 is shown as the schematic diagram of brewing spirit energy conserving system of the present utility model.
Element numbers explanation
10 compressor main body 20 motors
100a nearside tank 201 fan
100b offside tank 30 sound-insulating cover
100c left bank tracheae 301 air intake sound isolation passage
100d left drain line 302 air-out sound isolation passage
100e right outlet pipe 3021 ventilating fan
100f right drain line 40 air valve
100g right oil filling pipe 50 fuel outlet valve
100h left oil filling pipe 60 sound insulation cylinder
70 temperature measuring set 701 feelers
1 for steaming device 2 points of steam cylinders
3 first discriminate pot 21 first steam output pipe
31 A arm 22 second steam output pipes
32 B arms 4 second discriminate pot
5 white wine condenser 41 C arms
The cooling water intake 42 D arm of 51 white wine condenser
Coolant outlet 6 compressor of 52 white wine condenser
7 vaporizer 81 non-condensible gas storage tanks
71 E arm 82 wet pits
72 F arm 91 first-stage condenser
101 first gate valve 92 secondary condensers
102 second gate valve 921 apparatus for supplying cool water
103 the 3rd gate valve 106 the 6th gate valves
104 the 4th gate valve 107 the 7th gate valves
105 the 5th gate valve 111 A three-way pipes
108 the 8th gate valve 112 B three-way pipes
113 C three-way pipe 114 D three-way pipes
115 E three-way pipe 116 F three-way pipes
Embodiment
By particular specific embodiment, mode of execution of the present utility model is described below, person skilled in the art scholar the content disclosed by this specification can understand other advantages of the present utility model and effect easily.
Refer to Fig. 1 to Fig. 2.Notice, structure, ratio, size etc. that this specification institute accompanying drawings illustrates, content all only in order to coordinate specification to disclose, understand for person skilled in the art scholar and read, and be not used to limit the enforceable qualifications of the utility model, therefore the not technical essential meaning of tool, the adjustment of the modification of any structure, the change of proportionate relationship or size, do not affecting under effect that the utility model can produce and the object that can reach, all should still drop in scope that technology contents that the utility model discloses can contain.Simultaneously, quote in this specification as " on ", D score, "left", "right", " centre " and " one " etc. term, also only for ease of understanding of describing, and be not used to limit the enforceable scope of the utility model, the change of its relativeness or adjustment, under changing technology contents without essence, when being also considered as the enforceable category of the utility model.
As shown in Figure 1, the utility model provides a kind of Root's compressor, comprise compressor main body 10 and for driving the motor 20 of described compressor main body 10, described Root's compressor also comprises sound-insulating cover 30, described compressor main body 10 and motor 20 are all housed in described sound-insulating cover 30; Described sound-insulating cover 30 is provided with air intake sound isolation passage 301 and air-out sound isolation passage 302, and described air intake sound isolation passage 301 is connected with the fan 201 of described motor 20; Preferably, described fan 201 outer wall is provided with sound insulation cylinder 60, and described sound insulation cylinder 60 is connected with described air intake sound isolation passage 301; The outlet of described air-out sound isolation passage 302 is provided with ventilating fan 3021.
In order to improve soundproof effect and exhaust effect further, the end of described air-out sound isolation passage 302 formation one cross section that all bends inwards is less than the exhaust outlet in described air-out sound isolation passage 302 cross section, and described ventilating fan 3021 is located at this exhaust outlet, sees Fig. 1.
During work, because described compressor main body 10 and motor 20 are all housed in described sound-insulating cover 30, and described air intake sound isolation passage 301 is connected with the fan 201 of described motor 20, the outlet of described air-out sound isolation passage 302 is provided with ventilating fan 3021, achieve comprehensive sound insulation, thus reduce noise, see Fig. 1.
With reference to figure 1, described compressor main body 10 comprises nearside tank 100a and offside tank 100b, and described nearside tank 100a top is connected with left bank tracheae 100c, is connected with left drain line 100d bottom it, described offside tank 100b top is connected with right outlet pipe 100e, is connected with right drain line 100f bottom it; The upper end of described left bank tracheae 100c and right outlet pipe 100e is all positioned at outside described sound-insulating cover 30; Described left drain line 100d and right drain line 100f through after described sound-insulating cover 30 with store oily device and be connected; The upper end of described left bank tracheae 100c and right outlet pipe 100e is equipped with air valve 40, and described left drain line 100d and right drain line 100f is equipped with fuel outlet valve 50; Described right drain line 100f end face is vertically provided with right oil filling pipe 100g, and described left drain line 100d end face is vertically provided with left oil filling pipe 100h, and described right oil filling pipe 100g and left oil filling pipe 100h is all positioned at outside described sound-insulating cover 30; Fuel outlet valve 50 on described right drain line 100f is at described right oil filling pipe 100g and describedly store between oily device; Fuel outlet valve 50 on described left drain line 100d is at described left oil filling pipe 100h and describedly store between oily device.Preferably, described left oil filling pipe 100h and right oil filling pipe 100g is equipped with graduation line.Particularly, described left drain line 100d, left oil filling pipe 100h, nearside tank 100a and left bank tracheae 100c are connected for U-shaped connecting vessels; Described left drain line 100d is equivalent to the transverse tube of described U-shaped connecting vessels, and described left oil filling pipe 100h is equivalent to a vertical tube of described U-shaped connecting vessels, and described nearside tank 100a and left bank tracheae 100c is equivalent to another vertical tube of described U-shaped connecting vessels; Equally, described right drain line 100f, right oil filling pipe 100g, offside tank 100b and right outlet pipe 100e are also connected for U-shaped connecting vessels; Described right drain line 100f is equivalent to the transverse tube of described U-shaped connecting vessels, and described right oil filling pipe 100g is equivalent to a vertical tube of described U-shaped connecting vessels, and described offside tank 100b and right outlet pipe 100e is equivalent to another vertical tube of described U-shaped connecting vessels.The oil mass in described nearside tank 100a and offside tank 100b just can be known by observing liquid level in described left oil filling pipe 100h and right oil filling pipe 100g; And refuel and when draining the oil, described sound-insulating cover 30 need not be opened, open described air valve 40, described left oil filling pipe 100h and right oil filling pipe 100g are connected with oil supplying device simultaneously and just can carry out fueling operation; Open described fuel outlet valve 50 and just can carry out draining the oil operation, therefore easy-to-operat.
In addition, described sound-insulating cover 30 is provided with temperature measuring set 70, and the feeler 701 of described temperature measuring set 70 is positioned at described sound-insulating cover 30.Control ventilating fan 3021 air force according to the temperature that described feeler 701 records, make this Root's compressor keep optimum Working, see Fig. 1.
With reference to figure 2, the utility model also provides a kind of brewing spirit energy conserving system, at least comprises: for steaming device 1, with the described point steam cylinder 2 be connected for steaming device 1, first discriminates pot 3, second discriminates pot 4, white wine condenser 5, compressor 6, multi-stage condensing device, and vaporizer 7; Described compressor 6 is above-mentioned Root's compressor.
Described point of steam cylinder 2 is connected with the described first supplying tube discriminating pot 3 by the first steam output pipe 21 being provided with the first gate valve 101, described point of steam cylinder 2 is connected with the described second supplying tube discriminating pot 4 by the second steam output pipe 22 being provided with the second gate valve 102, sees Fig. 2.
Described first output tube discriminating pot 3 is connected with the A arm 31 being provided with the 3rd gate valve 103 and the B arm 32 being provided with the 4th gate valve 104; Preferably, described first output tube discriminating pot 3 connects A three-way pipe 111, and a side pipe of described A three-way pipe 111 is connected with the described first output tube discriminating pot 3, and its another side pipe is connected with described B arm 32, the supervisor of described A three-way pipe 111 is connected with described A arm 31, sees Fig. 2.
Described second output tube discriminating pot 4 is connected with the C arm 41 of the 5th gate valve 105 and is provided with the D arm 42 of the 6th gate valve 106; Preferably, described second output tube discriminating pot 4 connects B three-way pipe 112, and a side pipe of described B three-way pipe 112 is connected with the described second output tube discriminating pot 4, and its another side pipe is connected with described C arm 41, the supervisor of described B three-way pipe 112 is connected with described D arm 42, sees Fig. 2.
The steam inlet of described white wine condenser 5 is connected with D arm 42 with described A arm 31, sees Fig. 2.
The air intake sound isolation passage 301 of described Root's compressor is connected with C arm 41 with described B arm 32, preferably, the air intake sound isolation passage 301 of described Root's compressor connects C three-way pipe 113, the supervisor of described C three-way pipe 113 is connected with the air intake sound isolation passage 301 of described Root's compressor, a side pipe of described C three-way pipe 113 is connected with described B arm 32, and its another side pipe is connected with described C arm 41.The ventilating fan 3021 of described Root's compressor is connected with the high-temperature steam import of described multi-stage condensing device; Visible, the described first high-temperature steam discriminating pot 3 and the second Zhen pot 4 discharge can enter described Root's compressor, and described Root's compressor can be compressed into high temperature and high pressure steam high-temperature steam and deliver in described multi-stage condensing device, sees Fig. 1 and Fig. 2.In addition, when multi-stage condensing device efficiency is very high, described Root's compressor also can be exchanged with the position of described multi-stage condensing device.
With reference to figure 1 and Fig. 2, described multi-stage condensing device is connected with non-condensible gas storage tank 81, and the high-temperature water outlet of described multi-stage condensing device is connected with the import of described vaporizer 7 by pipeline, and the condensation-water drain of described multi-stage condensing device connects wet pit 82; Further, described multi-stage condensing device comprises first-stage condenser 91 and secondary condenser 92, the high-temperature steam import of described first-stage condenser 91 is connected with the ventilating fan 3021 of described Root's compressor, the condensation-water drain of described first-stage condenser 91 is connected with the import of described secondary condenser 92 by pipeline, the high-temperature water outlet of described first-stage condenser 91 is connected with the import of described vaporizer 7 by pipeline, and the non-condensible gas outlet of described first-stage condenser 91 is connected with described non-condensible gas storage tank 81 by pipeline; The high-temperature water outlet of described secondary condenser 92 is connected by the high-temperature water import of pipeline with described first-stage condenser 91; The condensation-water drain of described secondary condenser 92 is connected with described wet pit 82, and the cooling water intake of described secondary condenser 92 is connected with apparatus for supplying cool water 921.Visible, when described multi-stage condensing device absorbs the heat energy of the high temperature and high pressure steam sent into by described Root's compressor and after obtaining high-temperature-hot-water, high-temperature-hot-water can flow into described vaporizer 7; For the ease of the abundant exchange of high temperature and high pressure steam heat energy, in high temperature and high pressure steam, fixed gas cognition enters described non-condensible gas storage tank 81.Preferably, described first-stage condenser 91 and secondary condenser 92 are heat tube type cold condenser, plate type condenser, or plate type heat exchanger.
With reference to figure 2, the outer pipe of described vaporizer 7 is connected with the E arm 71 of the 7th gate valve 107 and is provided with the F arm 72 of the 8th gate valve 108; Preferably, the outer pipe of described vaporizer 7 connects D three-way pipe 114, and the supervisor of described D three-way pipe 114 is connected with the outer pipe of described vaporizer 7, and a side pipe of described D three-way pipe 114 is connected with described E arm 71, and its another side pipe is connected with described F arm 72.Described E arm 71 the other end is connected with the described first supplying tube discriminating pot 3; Preferably, described first steam output pipe 21 connects E three-way pipe 115, a side pipe of described E three-way pipe 115 is connected with described first steam output pipe 21, and its another side pipe is discriminated pot 3 inlet opening by pipeline and described first and is connected, and the supervisor of described E three-way pipe 115 is connected with described E arm 71.Described F arm 72 the other end is connected with the described second supplying tube discriminating pot 4; Preferably, described second steam output pipe 22 connects F three-way pipe 116, a side pipe of described F three-way pipe 116 is connected with described second steam output pipe 22, and its another side pipe and described second is discriminated pot 4 inlet opening and is connected, and the supervisor of described E three-way pipe 115 is connected with described F arm 72.Visible, after the high-temperature-hot-water sent into by described multi-stage condensing device flashes to high-temperature steam in described vaporizer 7, high-temperature steam can enter the first described Zhen pot 3 and second respectively by described E arm 71 and F arm 72 and discriminate in pot 4.
As from the foregoing, the high-temperature pressure steam given off in brewing spirit process is compressed into the steam of High Temperature High Pressure through described Root's compressor, high-temperature-hot-water is displaced after the steam of High Temperature High Pressure enters described multi-stage condensing device, high-temperature-hot-water flows into described vaporizer 7, described high-temperature-hot-water is flashed to high-temperature steam by described vaporizer 7, high-temperature steam enters described first and discriminates pot 3 and the second Zhen pot 4, thus effectively reclaimed the used heat discharged in brewing spirit process, circulated and re-used, not only reduce the consuming cost of steam, can also environmental pollution be reduced.
In addition, described vaporizer 7 and described first-stage condenser 91 can be made of one, and namely the hydroecium of described first-stage condenser 91 simultaneously can be worked as described vaporizer 7 and used.
In sum, a kind of Root's compressor of the present utility model can not only reduce noise, and easy to use; Brewing spirit energy conserving system of the present utility model can not only reduce steam consumption cost, reduce environmental pollution, and noise is low, easy to use.So the utility model effectively overcomes various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present utility model and effect thereof only, but not for limiting the utility model.Any person skilled in the art scholar all without prejudice under spirit of the present utility model and category, can modify above-described embodiment or changes.Therefore, such as have in art and usually know that the knowledgeable modifies or changes not departing from all equivalences completed under the spirit and technological thought that the utility model discloses, must be contained by claim of the present utility model.
Claims (6)
1. a Root's compressor, comprise compressor main body (10) and for driving the motor (20) of described compressor main body (10), it is characterized in that, described Root's compressor also comprises sound-insulating cover (30), and described compressor main body (10) and motor (20) are all housed in described sound-insulating cover (30); Described sound-insulating cover (30) is provided with air intake sound isolation passage (301) and air-out sound isolation passage (302), described air intake sound isolation passage (301) is connected with the fan (201) of described motor (20), and the outlet of described air-out sound isolation passage (302) is provided with ventilating fan (3021); Described compressor main body (10) comprises nearside tank (100a) and offside tank (100b), described nearside tank (100a) top is connected with left bank tracheae (100c), left drain line (100d) is connected with bottom it, described offside tank (100b) top is connected with right outlet pipe (100e), is connected with right drain line (100f) bottom it; Described left bank tracheae (100c) and the upper end of right outlet pipe (100e) are all positioned at described sound-insulating cover (30) outward; Described left drain line (100d) and right drain line (100f) through after described sound-insulating cover (30) with store oily device and be connected; Described left bank tracheae (100c) and the upper end of right outlet pipe (100e) are equipped with air valve (40), and described left drain line (100d) and right drain line (100f) are equipped with fuel outlet valve (50); Described right drain line (100f) end face is vertically provided with right oil filling pipe (100g), described left drain line (100d) end face is vertically provided with left oil filling pipe (100h), and described right oil filling pipe (100g) and left oil filling pipe (100h) are all positioned at described sound-insulating cover (30) outward; Fuel outlet valve (50) on described right drain line (100f) is positioned at described right oil filling pipe (100g) and describedly stores between oily device; Fuel outlet valve (50) on described left drain line (100d) is positioned at described left oil filling pipe (100h) and describedly stores between oily device.
2. a kind of Root's compressor according to claim 1, it is characterized in that: described fan (201) outer wall is provided with sound insulation cylinder (60), described sound insulation cylinder (60) is connected with described air intake sound isolation passage (301).
3. a kind of Root's compressor according to claim 1 and 2, it is characterized in that: described sound-insulating cover (30) is provided with temperature measuring set (70), and the feeler (701) of described temperature measuring set (70) is positioned at described sound-insulating cover (30).
4. a kind of Root's compressor according to claim 1, is characterized in that: described left oil filling pipe (100h) and right oil filling pipe (100g) are equipped with graduation line.
5. a brewing spirit energy conserving system, it is characterized in that: at least comprise for steaming device (1), with the described point steam cylinder (2) be connected for steaming device (1), first discriminates pot (3), second discriminates pot (4), white wine condenser (5), compressor (6), multi-stage condensing device, and vaporizer (7); Described compressor (6) is the Root's compressor described in any one of Claims 1-4;
The inlet opening that described point of steam cylinder (2) discriminates pot (3) by the first steam output pipe (21) and described first being provided with the first gate valve (101) is connected, and the inlet opening that described point of steam cylinder (2) discriminates pot (4) by the second steam output pipe (22) and described second being provided with the second gate valve (102) is connected;
Described first output tube discriminating pot (3) is connected with the A arm (31) being provided with the 3rd gate valve (103) and the B arm (32) being provided with the 4th gate valve (104);
Described second output tube discriminating pot (4) is connected with the C arm (41) of the 5th gate valve (105) and is provided with the D arm (42) of the 6th gate valve (106);
The steam inlet of described white wine condenser (5) is connected with D arm (42) with described A arm (31);
The air intake sound isolation passage (301) of described Root's compressor is connected with C arm (41) with described B arm (32), and the ventilating fan (3021) of described Root's compressor is connected with the high-temperature steam import of described multi-stage condensing device;
Described multi-stage condensing device is connected with non-condensible gas storage tank (81), the high-temperature water outlet of described multi-stage condensing device is connected with described vaporizer (7) import by pipeline, and the condensation-water drain of described multi-stage condensing device connects wet pit (82);
The outer pipe of described vaporizer (7) is connected with the E arm (71) of the 7th gate valve (107) and is provided with the F arm (72) of the 8th gate valve (108), and described E arm (71) the other end is connected with the described first inlet opening of discriminating pot (3); Described F arm (72) the other end is connected with the described second inlet opening of discriminating pot (4).
6. brewing spirit energy conserving system according to claim 5, it is characterized in that: described multi-stage condensing device comprises first-stage condenser (91) and secondary condenser (92), the high-temperature steam import of described first-stage condenser (91) is connected with the ventilating fan (3021) of described Root's compressor, the condensation-water drain of described first-stage condenser (91) is connected with described secondary condenser (92) import by pipeline, the high-temperature water outlet of described first-stage condenser (91) is connected with described vaporizer (7) import by pipeline, the non-condensible gas outlet of described first-stage condenser (91) is connected with described non-condensible gas storage tank (81) by pipeline, the high-temperature water outlet of described secondary condenser (92) is connected with described first-stage condenser (91) high-temperature water import by pipeline, the condensation-water drain of described secondary condenser (92) is connected with described wet pit (82), and the cooling water intake of described secondary condenser (92) is connected with apparatus for supplying cool water (921).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420868824.6U CN204476757U (en) | 2014-12-31 | 2014-12-31 | A kind of Root's compressor and brewing spirit energy conserving system |
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| CN201420868824.6U CN204476757U (en) | 2014-12-31 | 2014-12-31 | A kind of Root's compressor and brewing spirit energy conserving system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104564672A (en) * | 2014-12-31 | 2015-04-29 | 上海锦江电子技术工程有限公司 | Roots compressor and oil filling and discharging method thereof as well as white spirit brewing energy-saving system |
| CN110513294A (en) * | 2019-10-09 | 2019-11-29 | 临沂冠有机电制造有限公司 | A kind of energy-saving screw rod air compressor |
-
2014
- 2014-12-31 CN CN201420868824.6U patent/CN204476757U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104564672A (en) * | 2014-12-31 | 2015-04-29 | 上海锦江电子技术工程有限公司 | Roots compressor and oil filling and discharging method thereof as well as white spirit brewing energy-saving system |
| CN104564672B (en) * | 2014-12-31 | 2019-03-26 | 上海锦江电子技术工程有限公司 | A kind of lobed rotor compressor, its oiling are drained the oil method and brewing spirit energy conserving system |
| CN110513294A (en) * | 2019-10-09 | 2019-11-29 | 临沂冠有机电制造有限公司 | A kind of energy-saving screw rod air compressor |
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