CN205088206U - Pressure type palm fruit kills ferment machine - Google Patents
Pressure type palm fruit kills ferment machine Download PDFInfo
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- CN205088206U CN205088206U CN201520831287.2U CN201520831287U CN205088206U CN 205088206 U CN205088206 U CN 205088206U CN 201520831287 U CN201520831287 U CN 201520831287U CN 205088206 U CN205088206 U CN 205088206U
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Abstract
The utility model relates to a pressure type palm fruit kills ferment machine, including horizontal circular cylinder, barrel head end upper portion is equipped with feed inlet and feeding gate, and barrel head end lower part is equipped with discharge gate and discharge door, and the inner chamber head end of barrel is equipped with the driving shaft, installs drive sprocket on the driving shaft, and the inner chamber tail end of barrel is equipped with the driven shaft, installs driven sprocket on the driven shaft, has the chain around wrapping between drive sprocket and the driven sprocket, and the scraper blade is installed at even interval on the chain, and the below of upper scraper blade is equipped with upper sieve, and the below of lower floor's scraper blade is equipped with lower floor's sieve, the top of barrel evenly is equipped with the steam drain, and the upper portion of barrel is equipped with steam inlet, and the lower part of barrel evenly is equipped with the barrel escape orifice. The upper reaches of feed inlet are equipped with the preceding baffle of leak protection material, and the low reaches of feed inlet are equipped with the limit for height baffle, and the left and right sides of upper scraper blade is equipped with respectively prevents the edge leakage baffle, and the inner chamber tail end of barrel is equipped with the afterbody baffle. Should kill the ferment machine and can realize shallow bed of material high pressure cooking, invest in little, the output height.
Description
Technical field
The utility model relates to a kind of palm fibre fruit liquefaction equipment, particularly relates to a kind of pressure type palm fibre fruit yeast killer, belongs to processing fruits machinery technical field.
Background technology
After fresh palm fruit picks, need carry out killing ferment process in 24 hours, otherwise the lipolytic enzyme in its fruit can decompose rapidly grease wherein, becomes glycerine and lipid acid, its economic worth is sharply declined.
Palm fresh fruit of the prior art kills ferment system two kinds, the first adopts tunnel like (horizontal) bundle sterilizing tank, this kills ferment system and is made up of multiple stage bundle sterilizing tank and support equipment, mainly comprise the equipment such as bundle sterilizing tank, fruit cage train, shipping dock, capstan winch, commutation stake, track bridge, cardump car, scraper conveyor, chapelet, and be furnished with related track system.Its workflow is: palm fresh fruit string loads in a row fruit cage train through stowing ramp, and fruit cage train, through capstan winch, commutation stake and conveyer table traction, enters tunnel like bundle sterilizing tank along rail moving.Bundle sterilizing tank can fill at most eight fruit cage trains, and a fruit cage train can load 5 tons of palm fresh fruits, and single bundle sterilizing tank every two hours completes once feeds, kills ferment, discharging process, and namely average treatment amount per hour is 20 tons.When killing ferment, the end socket gate locking of bundle sterilizing tank two ends, passes into 3-3.5Bar water vapor in tank, after discharging free gas, pressurize completes High Temperature High Pressure in 1 hour and kills ferment, then emptied of water steam, hauls out fruit cage train, has bad luck in cardump car by capstan winch, track bridge, conveyer table and track, fruit cage train is overturn 180 ° by cardump car, pour out in fruit cage train the ripe fruit string of palm killing ferment and complete, be delivered to subsequent process through scraper conveyor, carry out the operations such as de-fruit and squeezing.
The second kills ferment system and adopts vertical bundle sterilizing tank, and fruit string loads scraper conveyor through stowing ramp, is transported to above one group of vertical bundle sterilizing tank, and flow in bundle sterilizing tank from the opening for feed at top, fresh fruit string natural packing is in tank body.When loading capacity reaches set amount, close feeding gate, pass into 3-3.5Bar water vapor and kill ferment one hour, then release, open the discharge door discharging of bottom, be delivered to the operations such as de-fruit and squeezing through scraper conveyor.
The first kills ferment system and exists following not enough: 1. system complex, facility investment is large, and production efficiency is low, and occupied ground is large.2 energy consumptions are high, bundle sterilizing tank cubic capacity 160 cubic metres, and fresh fruit string volume only accounts for 80 cubic metres, capacity utilization 50%, saturation steam in cavity amounts to 80 cubic metres, quality 175kg, is directly discharged, and containing grease in steam, cause environmental pollution, high-pressure space utilization ratio is low.3. security is not good enough, and equipment is in the condition of high temperature, need be manually inserted through bundle sterilizing tank system wirerope, and the transition of fruit cage train needs by manually completing, and labour intensity is large.
The second kills ferment system and adopts vertical bundle sterilizing tank, has effectively simplified technology and equipment, but it is too high to there is the accumulation of palm fruit string, and centre steam flow is poor, and cooking effect is not good enough, causes discharging streaking even.And after the slaking of raw fruit string, intensity reduces, and too high accumulation makes stockpile base pressure high, fuel-displaced after the palm fruit pressurized of slaking, the mixed solution that formation oil, water, pectin are formed, the oil of separating out in advance easily pollutes, and causes the quality of oil to reduce.
Utility model content
The purpose of this utility model is, overcomes problems of the prior art, provide a kind of pressure type palm fibre fruit yeast killer, production efficiency and plant factor high, shallow bed of material steaming and decocting under high pressure can be realized.
For solving above technical problem, a kind of pressure type palm fibre fruit yeast killer of the present utility model, comprise horizontal circular cylinder body, the head end top of described cylindrical shell is provided with opening for feed and feeding gate, the head end bottom of described cylindrical shell is provided with discharge port and discharge door, the inner chamber head end of described cylindrical shell is provided with main drive shaft, described main drive shaft is provided with drive sprocket, the inner chamber tail end of described cylindrical shell is provided with driven shaft, described driven shaft is provided with driven sprocket, chain is surrounded with between described drive sprocket and described driven sprocket, on described chain, uniform intervals is provided with scraper plate, the below of upper strata scraper plate is provided with upper strata sieve plate, the below of lower floor's scraper plate is provided with lower floor's sieve plate, the top of described cylindrical shell is evenly provided with steam drain, and the top of described cylindrical shell is provided with steam-in, and the bottom of described cylindrical shell is evenly provided with cylindrical shell escape orifice.
Relative to prior art, the utility model achieves following beneficial effect: main drive shaft rotates under the driving of scraping board motor, drives driven shaft to rotate by drive sprocket, chain and driven sprocket, and scraper plate advances with chain circulation; Feeding gate is opened, fresh palm fibre fruit enters cylinder lumen from opening for feed, caudad move along upper strata sieve plate under scraper plate promotes, then turn at afterbody and continue to move to head end along lower floor's sieve plate, until upper strata sieve plate and lower floor's sieve plate are all evenly paved with palm fibre fruit, scrape board motor to stop, sieve plate is furnished with ventilating pit, for ventilation and draining; Then feeding gate is closed, by steam-in to injecting steam in cylindrical shell, steam drain time delay for some time makes the air in cylindrical shell discharge rear closedown, when the vapour pressure in cylindrical shell reaches 3-3.5Bar, also pressurize 1 hour is closed in steam-in, and the High Temperature High Pressure completing palm fibre fruit kills ferment; Then open after the steam condensate of cylinder body bottom and the sepage of palm fibre fruit are discharged by cylindrical shell escape orifice and close, then open steam drain exhaust steam is discharged, after reaching normal pressure in cylindrical shell, open discharge door, again start simultaneously and scrape board motor, chain and scraper plate run discharges ripe palm fibre fruit from discharge port, after five minutes, feeding gate is opened, while ripe palm fibre fruit is discharged, fresh palm fibre fruit synchronously enters in cylindrical shell, after ripe palm fibre fruit drains, discharge door is closed, and continues charging after three minutes, feeding gate is closed and is stopped charging, enters next circulation.Palm fibre fruit degree of filling in yeast killer cylindrical shell is high, and without the need to holding fruit cage train, when killing ferment treatment capacity and being suitable with original equipment, the volume of cylindrical shell is only 50% of original equipment, substantially increases production efficiency.The bed depth of palm fibre fruit is low, can realize shallow bed of material steaming and decocting under high pressure, prevents the palm fibre fruit pressurized of slaking from causing fuel-displaced in advance.Simplified the plurality of devices of original system, make palm fruit kill ferment simple, convenient, the production line of same size, facility investment is only the 25-30% of original system; Be easy to Automated condtrol, eliminate loaded down with trivial details manual operation, production line security, reliability are higher.
As improvement of the present utility model, the upstream of described opening for feed is provided with material leak-proof front apron, and the downstream of described opening for feed is provided with limit for height baffle plate, and the top of described material leak-proof front apron and described limit for height baffle plate is connected on the roof of described cylindrical shell; Leave gap between the lower edge of described material leak-proof front apron and the upper limb of upper strata baffle plate, the lower edge of described limit for height baffle plate is equal with the top of the bed of material.Material leak-proof front apron gear, in the upstream of opening for feed, prevents fresh palm fibre fruit from tumbling to lower floor's sieve plate from head end; The palm fibre fruit bed of material, in the downstream of opening for feed, can control at lower height, both prevent palm fibre fruit in local accumulation excessive height, and ensured shallow bed of material steaming and decocting under high pressure, can prevent again palm fibre fruit from blocking in advance process by limit for height baffle plate gear.
As improvement of the present utility model, the sidewall of described discharge port is connected with excretion bend pipe, and the inner termination of described excretion bend pipe inserts the inner chamber of described discharge door and termination is provided with bottom valve.Discharge port due to position minimum, the steam condensate in cylindrical shell and palm fibre fruit transudate the most easily concentrate on herein, when having overbottom pressure in cylindrical shell, liquid will bottom valve filter after enter excretion bend pipe discharge.
As improvement of the present utility model, the below of described steam drain is provided with filter vapour bar, and described filter vapour bar covers the below of each steam drain, and is distributed with multiple breather hole along the length direction of described filter vapour bar.When filter vapour bar can prevent steam discharge, palm fibre fruit or fiber are poured steam discharge pipe by pressure steam.
As improvement of the present utility model, the left and right sides of described upper strata sieve plate is arranged with chain groove, and described chain is arranged in described chain groove.
As improvement of the present utility model, the left and right sides of described upper strata scraper plate is respectively equipped with lateral leakage protection baffle plate, and the bottom of described lateral leakage protection baffle plate is connected on described upper sieve plate, and the top of described lateral leakage protection baffle plate connects on the roof of described cylindrical shell.The side of upper strata sieve plate is blocked by lateral leakage protection baffle plate, prevents palm fibre fruit from tumbling to lower floor.
As improvement of the present utility model, described cylindrical shell escape orifice is coated with screen plate respectively, described screen plate is densely covered with multiple through hole.Screen plate can prevent impurity from entering cylindrical shell escape orifice.
As improvement of the present utility model, the inner chamber tail end of described cylindrical shell is provided with guard rails, and described guard rails envelope is in the below of described scraper plate at the gabarit track at afterbody turning.Guard rails can prevent afterbody from having palm fibre fruit residual.
As improvement of the present utility model, described feeding gate and discharge door are opens pressure door soon, the described doorframe opening pressure door soon is evenly provided with teeth groove, described door closure periphery of opening pressure door soon is evenly provided with the external tooth that can embed described teeth groove, the center of described door closure is connected with door-hinge, and described door-hinge is hinged on the free end that door closure opens arm, and the root that described door closure opens arm is fixed on tumbler shaft, described tumbler shaft is hinged on ear seat, and the root of described ear seat is fixed on the outer wall of described cylindrical shell; The outer wall of described door closure is hinged with the door closure locking cylinder that door closure can be driven to rotate around door-hinge axis, the other end of described door closure locking cylinder is hinged on the middle part that described door closure opens arm; The afterbody that described door closure opens arm is hinged with and door closure can be driven to open the arm door closure that arm axle axis rotates that rotates open and close cylinder, and the other end that described door closure opens and closes cylinder is hinged on the outer wall of described cylindrical shell.When closing door closure, the piston rod that door closure opens and closes cylinder stretches out, door closure is opened the rotate axis of arm axle of arm and is rotated forward, door closure is fastened on doorframe, the external tooth correspondence of door closure embeds in the teeth groove of doorframe, and then door closure locking cylinder drives door closure to rotate forward the angle of a tooth, makes external tooth leave the position aimed at teeth groove, door closure is locked, and realizes sealing between door closure and doorframe by sealing-ring.When opening door closure, the angle of door closure reverse rotation tooth under the driving of door closure locking cylinder, makes external tooth again aim at teeth groove, door closure is unlocked, then the piston rod that door closure opens and closes cylinder is retracted, and door closure is opened arm and to be rotated the axis reverse rotation of arm axle, and door closure is pulled away from doorframe.
Accompanying drawing explanation
Be described in further detail the utility model below in conjunction with the drawings and specific embodiments, accompanying drawing only provides reference and explanation use, is not used to limit the utility model.
Fig. 1 is the front view of the utility model pressure type palm fibre fruit yeast killer.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is that enlarged view is looked on a left side of Fig. 1.
Fig. 4 is the sectional view along A-A in Fig. 2.
Fig. 5 is the skeleton view of Fig. 2.
Fig. 6 is the stereographic map of Fig. 1.
Fig. 7 is the cutaway view Amplified image along B-B in Fig. 1.
Fig. 8 is the stereographic map opening pressure door soon.
In figure: 1. cylindrical shell; 1a. opening for feed; 1b. discharge port; 1c. steam-in; 1d. steam drain; 1e. cylindrical shell escape orifice; 1f. drains bend pipe; 1g. bottom valve; 2. main drive shaft; 2a. drive sprocket; 3. driven shaft; 3a. driven sprocket; 4. chain; 4a. scraper plate; 5. upper strata sieve plate; 6. lower floor's sieve plate; 7a. filters vapour bar; 7b. screen plate; 8a. material leak-proof front apron; 8b. limit for height baffle plate; 8c. lateral leakage protection baffle plate; 8d. guard rails; 9a. doorframe; 9b. door closure; 9b1. door-hinge; 9c. door closure opens arm; 9d. tumbler shaft; 9e. ear seat; 9f. door closure locking cylinder; 9g. door closure opens and closes cylinder.
Embodiment
As shown in Figures 1 to 7, pressure type palm fibre fruit yeast killer of the present utility model comprises horizontal circular cylinder body, the head end top of cylindrical shell 1 is provided with opening for feed 1a and feeding gate, the head end bottom of cylindrical shell 1 is provided with discharge port 1b and discharge door, the inner chamber head end of cylindrical shell 1 is provided with main drive shaft 2, main drive shaft 2 is provided with drive sprocket 2a, the inner chamber tail end of cylindrical shell 1 is provided with driven shaft 3, driven shaft 3 is provided with driven sprocket 3a, chain 4 is surrounded with between drive sprocket 2a and driven sprocket 3a, on chain 4, uniform intervals is provided with scraper plate 4a, the below of upper strata scraper plate is provided with upper strata sieve plate 5, the below of lower floor's scraper plate is provided with lower floor's sieve plate 6, the left and right sides of upper strata sieve plate 5 is arranged with chain groove, and chain 4 is arranged in chain groove.The top of cylindrical shell 1 is evenly provided with steam drain 1d, and the top of cylindrical shell 1 is provided with steam-in 1c, and the bottom of cylindrical shell 1 is evenly provided with cylindrical shell escape orifice 1e.
Main drive shaft 2 rotates under the driving of scraping board motor, drives driven shaft 3 to rotate by drive sprocket 2a, chain 4 and driven sprocket 3a, and scraper plate 4a circulates with chain 4 and advances; Feeding gate is opened, fresh palm fibre fruit enters cylindrical shell 1 inner chamber from opening for feed 1a, caudad move along upper strata sieve plate 5 under scraper plate 4a promotes, then turn at afterbody and continue to move to head end along lower floor's sieve plate 6, until upper strata sieve plate 5 and lower floor's sieve plate 6 are all evenly paved with palm fibre fruit, scrape board motor to stop, sieve plate is furnished with ventilating pit, for ventilation and draining; Then feeding gate is closed, by steam-in 1c to injecting steam in cylindrical shell 1, steam drain 1d time delay for some time makes the air in cylindrical shell 1 discharge rear closedown, when the vapour pressure in cylindrical shell 1 reaches 3-3.5Bar, steam-in 1c closes also pressurize 1 hour, and the High Temperature High Pressure completing palm fibre fruit kills ferment; Then open after the steam condensate of cylinder body bottom and the sepage of palm fibre fruit are discharged by cylindrical shell escape orifice 1e and close, then open steam drain 1d exhaust steam is discharged, after reaching normal pressure in cylindrical shell 1, open discharge door, again start simultaneously and scrape board motor, chain 4 and scraper plate 4a run and are discharged from discharge port 1b by ripe palm fibre fruit, after five minutes, feeding gate is opened, while ripe palm fibre fruit is discharged, fresh palm fibre fruit synchronously enters in cylindrical shell 1, after ripe palm fibre fruit drains, discharge door is closed, and continues charging after three minutes, feeding gate is closed and is stopped charging, enters next circulation.
The upstream of opening for feed 1a is provided with material leak-proof front apron 8a, and the downstream of opening for feed 1a is provided with limit for height baffle plate 8b, and the top of material leak-proof front apron 8a and limit for height baffle plate 8b is connected on the roof of cylindrical shell 1; Leave gap between the lower edge of material leak-proof front apron 8a and the upper limb of upper strata baffle plate, the lower edge of limit for height baffle plate 8b is equal with the top of the bed of material.Material leak-proof front apron 8a keeps off in the upstream of opening for feed 1a, prevents fresh palm fibre fruit from tumbling to lower floor's sieve plate 6 from head end; Limit for height baffle plate 8b keeps off in the downstream of opening for feed 1a, can control at lower height by the palm fibre fruit bed of material, both prevent palm fibre fruit in local accumulation excessive height, and ensured shallow bed of material steaming and decocting under high pressure, can prevent again palm fibre fruit from blocking in advance process.
The sidewall of discharge port 1b is connected with excretion bend pipe 1f, and the inner termination of excretion bend pipe 1f inserts the inner chamber of discharge door and termination is provided with bottom valve 1g.Discharge port 1b due to position minimum, the steam condensate in cylindrical shell 1 and palm fibre fruit transudate the most easily concentrate on herein, when having overbottom pressure in cylindrical shell 1, liquid will bottom valve 1g filter after enter excretion bend pipe 1f and discharge.
The below of steam drain 1d is provided with filter vapour bar 7a, and filter vapour bar 7a covers the below of each steam drain 1d, and is distributed with multiple breather hole along the length direction of filter vapour bar 7a.When filter vapour bar 7a can prevent steam discharge, palm fibre fruit or fiber are poured steam discharge pipe by pressure steam.
The left and right sides of upper strata scraper plate is respectively equipped with lateral leakage protection baffle plate 8c, and the bottom of lateral leakage protection baffle plate 8c is connected on upper sieve plate, on the roof of the top connector drum 1 of lateral leakage protection baffle plate 8c.The side of upper strata sieve plate 5 is blocked by lateral leakage protection baffle plate 8c, prevents palm fibre fruit from tumbling to lower floor.
Cylindrical shell escape orifice 1e is coated with screen plate 7b respectively, screen plate 7b is densely covered with multiple through hole.Screen plate 7b can prevent impurity from entering cylindrical shell escape orifice 1e.
The inner chamber tail end of cylindrical shell 1 is provided with guard rails 8d, and guard rails 8d envelope, in the below of scraper plate at the gabarit track at afterbody turning, has palm fibre fruit residual to prevent afterbody.
As shown in Figure 8, feeding gate and discharge door are opens pressure door soon, the doorframe 9a opening pressure door soon is evenly provided with teeth groove, the door closure periphery of opening pressure door soon is evenly provided with the external tooth that can embed teeth groove, the center of door closure is connected with door-hinge 9b1, and door-hinge 9b1 is hinged on the free end that door closure opens arm 9c, and the root that door closure opens arm 9c is fixed on tumbler shaft 9d, tumbler shaft 9d is hinged on ear seat 9e, and the root of ear seat 9e is fixed on the outer wall of cylindrical shell 1; The outer wall of door closure is hinged with the door closure locking cylinder 9f that door closure can be driven to rotate around door-hinge 9b1 axis, the other end of door closure locking cylinder 9f is hinged on the middle part that door closure opens arm 9c; The afterbody that door closure opens arm 9c is hinged with and door closure can be driven to open the arm 9c door closure that arm axle 9d axis rotates that rotates open and close cylinder 9g, and the other end that door closure opens and closes cylinder 9g is hinged on the outer wall of cylindrical shell 1.
When closing door closure, the piston rod that door closure opens and closes cylinder 9g stretches out, door closure is opened the rotate axis of arm axle 9d of arm 9c and is rotated forward, door closure is fastened on doorframe 9a, the external tooth correspondence of door closure embeds in the teeth groove of doorframe 9a, and then door closure locking cylinder 9f drives door closure to rotate forward the angle of a tooth, makes external tooth leave the position aimed at teeth groove, door closure is locked, and realizes sealing between door closure and doorframe 9a by sealing-ring.
When opening door closure, the angle of door closure reverse rotation tooth under the driving of door closure locking cylinder 9f, makes external tooth again aim at teeth groove, door closure is unlocked, then the piston rod that door closure opens and closes cylinder 9g is retracted, and door closure is opened arm 9c and to be rotated the axis reverse rotation of arm axle 9d, door closure is pulled away from doorframe 9a.
The foregoing is only the better possible embodiments of the utility model, non-ly therefore limit to scope of patent protection of the present utility model.In addition to the implementation, the utility model can also have other embodiments.All employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop in the protection domain of the utility model requirement.The utility model can pass through without the technical characteristic described or adopt existing techniques in realizing, does not repeat them here.
Claims (9)
1. a pressure type palm fibre fruit yeast killer, comprise horizontal circular cylinder body, the head end top of described cylindrical shell is provided with opening for feed and feeding gate, the head end bottom of described cylindrical shell is provided with discharge port and discharge door, it is characterized in that: the inner chamber head end of described cylindrical shell is provided with main drive shaft, described main drive shaft is provided with drive sprocket, the inner chamber tail end of described cylindrical shell is provided with driven shaft, described driven shaft is provided with driven sprocket, chain is surrounded with between described drive sprocket and described driven sprocket, on described chain, uniform intervals is provided with scraper plate, the below of upper strata scraper plate is provided with upper strata sieve plate, the below of lower floor's scraper plate is provided with lower floor's sieve plate, the top of described cylindrical shell is evenly provided with steam drain, and the top of described cylindrical shell is provided with steam-in, and the bottom of described cylindrical shell is evenly provided with cylindrical shell escape orifice.
2. pressure type palm fibre fruit yeast killer according to claim 1, it is characterized in that: the upstream of described opening for feed is provided with material leak-proof front apron, the downstream of described opening for feed is provided with limit for height baffle plate, and the top of described material leak-proof front apron and described limit for height baffle plate is connected on the roof of described cylindrical shell; Leave gap between the lower edge of described material leak-proof front apron and the upper limb of upper strata baffle plate, the lower edge of described limit for height baffle plate is equal with the top of the bed of material.
3. pressure type palm fibre fruit yeast killer according to claim 1, it is characterized in that: the sidewall of described discharge port is connected with excretion bend pipe, the inner termination of described excretion bend pipe inserts the inner chamber of described discharge door and termination is provided with bottom valve.
4. pressure type palm fibre fruit yeast killer according to claim 1, is characterized in that: the below of described steam drain is provided with filter vapour bar, and described filter vapour bar covers the below of each steam drain, and is distributed with multiple breather hole along the length direction of described filter vapour bar.
5. pressure type palm fibre fruit yeast killer according to claim 1, it is characterized in that: the left and right sides of described upper strata sieve plate is arranged with chain groove, described chain is arranged in described chain groove.
6. pressure type palm fibre fruit yeast killer according to claim 1, it is characterized in that: the left and right sides of described upper strata scraper plate is respectively equipped with lateral leakage protection baffle plate, the bottom of described lateral leakage protection baffle plate is connected on described upper sieve plate, and the top of described lateral leakage protection baffle plate connects on the roof of described cylindrical shell.
7. pressure type palm fibre fruit yeast killer according to claim 1, is characterized in that: described cylindrical shell escape orifice is coated with screen plate respectively, described screen plate is densely covered with multiple through hole.
8. pressure type palm fibre fruit yeast killer according to claim 1, it is characterized in that: the inner chamber tail end of described cylindrical shell is provided with guard rails, described guard rails envelope is in the below of described scraper plate at the gabarit track at afterbody turning.
9. pressure type palm fibre fruit yeast killer according to any one of claim 1 to 8, it is characterized in that: described feeding gate and discharge door are opens pressure door soon, the described doorframe opening pressure door soon is evenly provided with teeth groove, described door closure periphery of opening pressure door soon is evenly provided with the external tooth that can embed described teeth groove, the center of described door closure is connected with door-hinge, described door-hinge is hinged on the free end that door closure opens arm, the root that described door closure opens arm is fixed on tumbler shaft, described tumbler shaft is hinged on ear seat, and the root of described ear seat is fixed on the outer wall of described cylindrical shell; The outer wall of described door closure is hinged with the door closure locking cylinder that door closure can be driven to rotate around door-hinge axis, the other end of described door closure locking cylinder is hinged on the middle part that described door closure opens arm; The afterbody that described door closure opens arm is hinged with and door closure can be driven to open the arm door closure that arm axle axis rotates that rotates open and close cylinder, and the other end that described door closure opens and closes cylinder is hinged on the outer wall of described cylindrical shell.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520831287.2U CN205088206U (en) | 2015-10-26 | 2015-10-26 | Pressure type palm fruit kills ferment machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520831287.2U CN205088206U (en) | 2015-10-26 | 2015-10-26 | Pressure type palm fruit kills ferment machine |
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| CN205088206U true CN205088206U (en) | 2016-03-16 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107365624A (en) * | 2017-08-31 | 2017-11-21 | 郑州兴昊都商贸有限公司 | Horizontal crawler type palm fresh fruit brake ferment device and brake ferment technique |
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2015
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107365624A (en) * | 2017-08-31 | 2017-11-21 | 郑州兴昊都商贸有限公司 | Horizontal crawler type palm fresh fruit brake ferment device and brake ferment technique |
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