CN109430905A - A kind of processing of farm products method - Google Patents

A kind of processing of farm products method Download PDF

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Publication number
CN109430905A
CN109430905A CN201811439297.6A CN201811439297A CN109430905A CN 109430905 A CN109430905 A CN 109430905A CN 201811439297 A CN201811439297 A CN 201811439297A CN 109430905 A CN109430905 A CN 109430905A
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CN
China
Prior art keywords
dictyophora phalloidea
nail rod
retainer
dictyophora
phalloidea
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Granted
Application number
CN201811439297.6A
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Chinese (zh)
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CN109430905B (en
Inventor
朱玉林
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YUEXI SHENNONGSHI AGRICULTURAL TECHNOLOGY Co.,Ltd.
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朱玉林
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Priority to CN201811439297.6A priority Critical patent/CN109430905B/en
Publication of CN109430905A publication Critical patent/CN109430905A/en
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Publication of CN109430905B publication Critical patent/CN109430905B/en
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    • A—HUMAN NECESSITIES
    • A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
    • A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
    • A23N12/00—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts
    • A23N12/06—Machines for cleaning, blanching, drying or roasting fruits or vegetables, e.g. coffee, cocoa, nuts for washing or blanching, combined with subsequent drying
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G47/00—Article or material-handling devices associated with conveyors; Methods employing such devices
    • B65G47/22—Devices influencing the relative position or the attitude of articles during transit by conveyors
    • B65G47/26—Devices influencing the relative position or the attitude of articles during transit by conveyors arranging the articles, e.g. varying spacing between individual articles
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
    • B65G2201/00—Indexing codes relating to handling devices, e.g. conveyors, characterised by the type of product or load being conveyed or handled
    • B65G2201/02—Articles
    • B65G2201/0202—Agricultural and processed food products

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  • Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Chemical & Material Sciences (AREA)
  • Food Science & Technology (AREA)
  • Polymers & Plastics (AREA)
  • Mechanical Engineering (AREA)
  • Apparatuses For Bulk Treatment Of Fruits And Vegetables And Apparatuses For Preparing Feeds (AREA)
  • Preparation Of Fruits And Vegetables (AREA)

Abstract

The present invention relates to a kind of processing of farm products methods, including by the single discharge step of dictyophora phalloidea；Dictyophora phalloidea and fixing step are taken out from dictyophora phalloidea discharge device；Dictyophora phalloidea is overturn and the mushroom cap of dictyophora phalloidea is made to import the step in cleaning device downward；The step of dictyophora phalloidea is cleaned；Dictyophora phalloidea is unloaded to the splicing step got off from dictyophora phalloidea feeding device；The step of dictyophora phalloidea is set on the nail rod on dictyophora phalloidea bar device；Step cushion cover being set in nail rod；Full dictyophora phalloidea will be worn and the step of cushion cover unloads；The step of dictyophora phalloidea is imported into drying frame；And the step of frame push-in drying unit will be dried；Dictyophora phalloidea after drying is smoothed out with the fingers down from nail rod and realizes the step of cushion cover is separated with dictyophora phalloidea；The step of dictyophora phalloidea is packed；The processing of farm products method can effectively improve the processing efficiency of dictyophora phalloidea dried product, it is ensured that the integrality of dictyophora phalloidea dried product.

Description

A kind of processing of farm products method
Technical field
The present invention relates to food processing technology fields, and in particular to a kind of processing of farm products method.
Background technique
Dictyophora phalloidea also known as bamboo fungus, bamboo ginseng, are a kind of hidden colored mushrooms for colonizing in withered bamboo root, shape is slightly like netted extra dry white wine snake Skin, dictyophora phalloidea include bottle-green mushroom cap, the columned stem of snowy white, and pink egg type volva has one on stem top Careful pure white netted skirt is enclosed to spread out downwards from cap, be known as " snow skirt fairy maiden ", " flower of mountain delicacy ", " flower of fungi ", " queen in bacterium ".Dictyophora phalloidea is full of nutrition, and aromatic flavour, flavour is delicious, is just classified as one of " careless eight delicacies " from ancient times.
Unique in taste due to dictyophora phalloidea delicious flavour, the consumption market of dictyophora phalloidea increases year by year, for improve dictyophora phalloidea preservation when Between, it generally requires and dried product is made in dictyophora phalloidea, in the prior art, when implementing to process dictyophora phalloidea dried product, first by harvesting The volva and mushroom cap of dictyophora phalloidea separate, and volva is generally directly abandoned almost without edible value, and mushroom cap not only has higher edible valence Value, and for guaranteeing that the integrality of dictyophora phalloidea is more crucial, however the spore adhesiveness on mushroom cap surface is stronger, in actual processing When, it is relatively difficult, it is placed in warm water and is rinsed after generally individually taking mushroom cap, after rinsing well, implementing to dictyophora phalloidea Before drying, it is also necessary to mushroom cap be set in the end of stem one by one, then the dictyophora phalloidea being arranged is imported in baking room and carry out The mode efficiency of drying operation, above-mentioned processing is more low, time-consuming and laborious.
Summary of the invention
The object of the present invention is to provide a kind of processing of farm products methods, can be improved the processing efficiency to dictyophora phalloidea, it is ensured that bamboo The integrality of sweet-smelling grass dried product.
To achieve the above object, the technical solution adopted by the present invention is that:
Processing of farm products method, the processing of farm products method include the following steps:
The first step by the dictyophora phalloidea of harvesting back in material frame, and the bottom volva of dictyophora phalloidea is removed, will go degerming The dictyophora phalloidea of support is sent to respectively in the drainage conduit of dictyophora phalloidea discharge device, so that the mushroom cap of dictyophora phalloidea is vertically upward；
Second step, starts the elevating mechanism of dictyophora phalloidea discharge device, and the retainer of driving drainage conduit and dictyophora phalloidea feeding device leans on Closely, and the fixing plug pin in the retainer of dictyophora phalloidea feeding device is set in drainage conduit, and interlocks core setting machine structure, make The center of the mushroom cap and bacterium bar that obtain dictyophora phalloidea is in the center of drainage conduit；
Third step starts transfer device, the dictyophora phalloidea feeding device for being mounted with dictyophora phalloidea is transported in cleaning device, dictyophora phalloidea is worked as When feeding device is transported in cleaning device, so that the chamber opening that the multiple elastic clips for being mounted with the retainer of dictyophora phalloidea enclose Straight up, and the lower semisection of retainer protrudes into below the liquid level of cleaning device, starts cleaning device, implements the bacterium to dictyophora phalloidea The cleaning of cap surface；
4th step starts dictyophora phalloidea rotating mechanism, so that importing the rotation of the second unit slot of cleaning device, implements to dictyophora phalloidea The cleaning of mushroom cap；
The dictyophora phalloidea feeding device for being mounted with dictyophora phalloidea is continued on to cleaning dress along the carrier chain of transfer device by the 5th step The top set, and Open Side Down for the advantage that multiple elastic clips of retainer are enclosed, and starting unfolds sprinkler head to holding Frame is sprayed water straight down；
Dictyophora phalloidea feeding device after cleaning is transferred to the top of dictyophora phalloidea material-receiving device, starting dictyophora phalloidea splicing dress by the 6th step The lifting cylinder set so that the first, second splicing fence and the retainer of dictyophora phalloidea feeding device are close, and interlock dictyophora phalloidea and unloads Dictyophora phalloidea in retainer is offloaded in the chamber of the first, second splicing fence enclosing by material device；
7th step starts the nail rod feeding machanism of dictyophora phalloidea bar device, so that nail rod is arranged in the support of dictyophora phalloidea bar device On block, starts nail rod clamp system, nail rod one end is fixed to clamp；
8th step starts cushion cover covered device, so that cushion cover is arranged in the arc-shaped slot of delivery crawler belt, and to lead The cushion cover of crawler belt is sent to be located at the nail rod front end on tray；
9th step starts the horizontal transfer cylinder of dictyophora phalloidea material-receiving device, the first, second splicing fence is pushed to cushion cover set If at setting position, so that the cushion cover being sent on crawler belt is set in nail rod by the pushing head of cushion cover covered device；
Tenth step, horizontal transfer cylinder reset, and start push cylinder, the dictyophora phalloidea in the first splicing fence is set on nail rod On, six step of step the is repeated to the tenth step, until more nail rods derived from nail rod feeding machanism are overworked dictyophora phalloidea；
11st step starts the endless-chain of dictyophora phalloidea bar device, the nail rod that dictyophora phalloidea is overworked on endless-chain is transferred to circulation The discharge port of chain starts nail rod device for discharging, the nail rod both ends for overworking dictyophora phalloidea is sent to striker plate and retainer plate and splicing plate Channel in；
12nd step starts splicing crawler belt, so that striker plate and retainer plate and splicing plate constitute the nail rod in channel and be sent To the groove of splicing crawler belt, and it is transported in the splicing groove for promoting crawler belt；
13rd step, starting promote crawler belt, and the nail rod for overworking dictyophora phalloidea is sent in drying frame, until pendulum in frame will be dried Completely overwork the nail rod of rechoning by the abacus；
14th step pushes to drying frame in drying unit, and starting drying unit is dried the dictyophora phalloidea in frame is dried；
The nail rod dried in frame is unloaded, and dictyophora phalloidea is separated with cushion cover by the 15th step, by the dictyophora phalloidea of drying It is separately packaged.
Compared with prior art, the technical effect that the present invention has are as follows: fill the dictyophora phalloidea of harvesting back using dictyophora phalloidea discharge It sets and is equidistantly arranged, so that the mushroom cap of dictyophora phalloidea is straight up, using dictyophora phalloidea feeding device by the bamboo on dictyophora phalloidea discharge device Sweet-smelling grass is removed and is sent in cleaning device and cleaned one by one, and the dictyophora phalloidea after cleaning exports from cleaning device, and utilizes bamboo Sweet-smelling grass device for discharging implements the discharging to dictyophora phalloidea after cleaning, and the dictyophora phalloidea unloaded is threaded through nail rod using dictyophora phalloidea bar device On, and arrange along nail rod, the nail rod for being equipped with dictyophora phalloidea, which is sent in drying unit, is dried, and it is intact to can be obtained condition Dictyophora phalloidea dried product, which can effectively improve the processing efficiency to dictyophora phalloidea, and ensure the integrality of dictyophora phalloidea dried product.
Detailed description of the invention
Fig. 1 is dictyophora phalloidea system of processing partial structure diagram；
Fig. 2 is the main view of cleaning device；
Fig. 3 and Fig. 4 is dictyophora phalloidea discharge device in system, dictyophora phalloidea feeding device, the signal of two kinds of visual angle results of cleaning device Figure；
Fig. 5 and Fig. 6 is two kinds of visual angle result schematic diagrams of dictyophora phalloidea discharge device in system, dictyophora phalloidea feeding device；
Fig. 7 is the main view of dictyophora phalloidea discharge device in system, dictyophora phalloidea feeding device；
Fig. 8 is the left view of Fig. 7；
Fig. 9 and Figure 10 is transfer device and two kinds of viewing angle constructions schematic diagrames of dictyophora phalloidea feeding device in system；
Figure 11 and Figure 12 is two kinds of viewing angle constructions schematic diagrames of the retainer and dictyophora phalloidea device for discharging in dictyophora phalloidea feeding device；
Figure 13 is the main view of the retainer and dictyophora phalloidea device for discharging in dictyophora phalloidea feeding device；
Figure 14 and Figure 15 is two kinds of viewing angle constructions schematic diagrames of dictyophora phalloidea material-receiving device；
Figure 16 to Figure 19 is four kinds of status diagrams of dictyophora phalloidea material-receiving device, dictyophora phalloidea bar device and cushion cover covered device；
Figure 20 is the main view of dictyophora phalloidea material-receiving device, dictyophora phalloidea device for discharging and dictyophora phalloidea feeding device；
Figure 21 is the main view of dictyophora phalloidea bar device and nail rod device for discharging；
Figure 22 is the partial structure diagram of dictyophora phalloidea bar device；
Figure 23 is the structural schematic diagram of the nail rod clamp system in dictyophora phalloidea bar device；
Figure 24 is the main view of cushion cover covered device；
Figure 25 and Figure 26 is dictyophora phalloidea bar device in system, nail rod device for discharging and the two kinds of viewing angle constructions signal for drying frame Figure；
Figure 27 is dictyophora phalloidea bar device, nail rod device for discharging and the main view for drying frame；
Figure 28 is the structural schematic diagram of dictyophora phalloidea bar device and nail rod device for discharging；
Figure 29 and Figure 30 is two kinds of viewing angle constructions schematic diagrames for drying frame.
Specific embodiment
In conjunction with Fig. 1 to Figure 30, the present invention is further described:
In order to which objects and advantages of the present invention are more clearly understood, the present invention is carried out with reference to embodiments specific It is bright.It should be appreciated that following text is only used to describe one or more of specific embodiments of the invention, not to the present invention The protection scope specifically requested carries out considered critical.
As used in this article, term " parallel " and " vertical " are not limited to its stringent geometric definition, but including right In machining or mankind's error rationally and inconsistency tolerance.
The specific features of the dictyophora phalloidea system of processing are elaborated below:
Dictyophora phalloidea system of processing, including dictyophora phalloidea discharge device 10, the dictyophora phalloidea discharge device 10 be used for implement to dictyophora phalloidea etc. Away from being intervally arranged；
Dictyophora phalloidea feeding device 20, the dictyophora phalloidea feeding device 20 are used to accept the dictyophora phalloidea of dictyophora phalloidea discharge device 10 and are transported to Cleaning device 30 is cleaned；
Transfer device 40,20 equidistant interval of dictyophora phalloidea feeding device are arranged on transfer device 40, and transfer device 40 drives Dynamic dictyophora phalloidea feeding device 20 is located in cleaning device 30 and moves on dictyophora phalloidea discharge device 10；
Dictyophora phalloidea device for discharging 50, the dictyophora phalloidea device for discharging 50 are arranged at the discharge port position of cleaning device 30, and use It is unloaded in by the dictyophora phalloidea after the cleaning in dictyophora phalloidea feeding device 20；
Dictyophora phalloidea bar device 60, the dictyophora phalloidea bar device 60 is for wearing the dictyophora phalloidea that dictyophora phalloidea device for discharging 50 unloads It sets and is transported in drying unit；
As shown in connection with fig. 1, above-mentioned dictyophora phalloidea feeding device 20 is arranged along 40 equidistant interval of transfer device, and works as dictyophora phalloidea When feeding device 20 is transported on dictyophora phalloidea discharge device 10, dictyophora phalloidea to be cleaned is neatly arranged in dictyophora phalloidea discharge device 10, bamboo Sweet-smelling grass feeding device 20 is implemented to enable dictyophora phalloidea uniformly along dictyophora phalloidea the feeding for dictyophora phalloidea of equidistantly arranging in dictyophora phalloidea discharge device 10 It equidistantly arranges in feeding device 20, and is sent in cleaning device 30 and is cleaned, the dictyophora phalloidea after cleaning is from cleaning device 30 Upper export, and unloaded the dictyophora phalloidea in dictyophora phalloidea feeding device 20 using dictyophora phalloidea device for discharging 50, and worn using dictyophora phalloidea Dictyophora phalloidea is set in nail rod by lever apparatus 60, and the nail rod for being placed with dictyophora phalloidea is sent in drying unit and is dried, dictyophora phalloidea after drying It unloads, is packed from nail rod, which can effectively improve the processing efficiency to dictyophora phalloidea, and ensure dictyophora phalloidea Processing quality.
As a preferred solution of the present invention, to realize the undertaking to dictyophora phalloidea is unloaded, the dictyophora phalloidea device for discharging 50 Lower section is provided with dictyophora phalloidea material-receiving device 80, and the dictyophora phalloidea material-receiving device 80 is used to accept the dictyophora phalloidea that dictyophora phalloidea device for discharging 50 unloads, The side of dictyophora phalloidea material-receiving device 80 is arranged in the dictyophora phalloidea bar device 60；
Dictyophora phalloidea material-receiving device 80 is implemented after accepting to the dictyophora phalloidea after cleaning, and the dictyophora phalloidea after cleaning is filled with dictyophora phalloidea bar It is close to set 60, to the dictyophora phalloidea after cleaning is set in the nail rod of dictyophora phalloidea bar device 60.
Further, in conjunction with shown in Figure 16 to Figure 20, the dictyophora phalloidea bar device 60 includes nail rod feeding machanism 61 and nail Bar clamp system 62, the nail rod feeding machanism 61 is for equidistantly arranging nail rod, and the nail rod clamp system 62 will be for that will follow closely Bar feeding machanism 61 clamps, and dictyophora phalloidea is through in the nail rod on nail rod clamp system 62 by the dictyophora phalloidea bar device 60；
The nail rod feeding machanism 61 of above-mentioned dictyophora phalloidea bar device 60 exports nail rod, and is located at nail rod clamp system 62 Upper clamping, dictyophora phalloidea material-receiving device 80 by after cleaning dictyophora phalloidea accept and with nail rod one end of nail rod clamp system 62 it is close, from And dictyophora phalloidea is set in nail rod, so that dictyophora phalloidea gets up along arrangement in nail rod, and the nail rod for being coated with dictyophora phalloidea is sent to In drying unit, to realize the drying to dictyophora phalloidea.
Further, in conjunction with shown in Figure 25 and Figure 26, the discharge port and nail rod device for discharging of the dictyophora phalloidea bar device 60 90 feed inlet linking, the nail rod device for discharging 90 is for unloading and being transported to the nail rod on nail rod feeding machanism 61 In drying unit；
The nail rod for having worn dictyophora phalloidea, which is located on dictyophora phalloidea bar device 60, to be sent, and when being sent to discharge port position, nail rod is unloaded Expect the implementable unloading to the nail rod with dictyophora phalloidea of device 90, and is transported in drying unit and is dried.
To improve the cleaning efficiency to the spore of dictyophora phalloidea cap body, it is provided with dictyophora phalloidea rotating mechanism on the cleaning device 30, Dictyophora phalloidea rotation in the dictyophora phalloidea rotating mechanism driving dictyophora phalloidea feeding device 20；
As shown in connection with fig. 1, dictyophora phalloidea feeding device 20 transfers on transfer device 40, and moves in cleaning device 30 It is dynamic, 60~80 DEG C of warm water is imported in cleaning device 30, utilizes the dictyophora phalloidea in dictyophora phalloidea rotating mechanism driving dictyophora phalloidea feeding device 20 Rotation, so that the dictyophora phalloidea different direction in dictyophora phalloidea feeding device 20 is contacted with the cleaning water flow front end in cleaning device 30, And then while can be improved to dictyophora phalloidea mushroom cap surface spore cleaning efficiency, moreover it is possible to one orientation of dictyophora phalloidea be avoided to make as upstream face At the lower problem of cleaning efficiency.
Further, the side of the dictyophora phalloidea bar device 60 is additionally provided with cushion cover covered device 100, the cushion cover set If cushion cover is set in the nail rod of nail rod feeding machanism 61 by device 100 one by one；
When implementing to dry dictyophora phalloidea, dictyophora phalloidea is caused to be located in nail rod mutually tightly since dictyophora phalloidea is set on the mode in nail rod Get together, for avoid between dictyophora phalloidea mutually closely caused by dictyophora phalloidea after drying efficiency is low and drying shape distortion it is serious The problem of, cushion cover is set in nail rod in turn using cushion cover covered device 100, also that is, between dictyophora phalloidea and dictyophora phalloidea in nail rod It is arranged a cushion cover, so as to effectively to form effective gap between cushion cover and cushion cover, not only avoids mutually being close to Dictyophora phalloidea skirt deformation or the problem of be mutually bonded together, but also the drying efficiency to dictyophora phalloidea can be effectively improved, Condition after ensuring dictyophora phalloidea drying.
As a preferred solution of the present invention, in conjunction with shown in Fig. 5, Fig. 6 and Fig. 7, the dictyophora phalloidea discharge device 10 includes multiple The drainage conduit 11 of equidistant interval arrangement, 11 nozzle of drainage conduit is straight up and setting is on elevating mechanism, and elevating mechanism drives Dynamic drainage conduit 11 and dictyophora phalloidea feeding device 20 close to or far from；
Due to dictyophora phalloidea form of the invention and non-standard, it is difficult to carry out guide, dictyophora phalloidea with the feed machinery of automation Neatly being arranged in drainage conduit 11 can be selected manual type progress, and dictyophora phalloidea is directly placed at drainage conduit 11 using manual type It is interior, so that the mushroom cap of dictyophora phalloidea is upward, and then realizes the artificial cloth to dictyophora phalloidea, it, can be by dictyophora phalloidea tail end during artificial cloth Volva removal, removal can also not had to, it is good to be washed down volva using cleaning device 30, periodically to being lost in cleaning device 30 The volva export stayed；
Above-mentioned elevating mechanism drives 11 vertical shift of drainage conduit, to drive drainage conduit 11 and dictyophora phalloidea feeding device 20 It is close, and then realize the feeding to dictyophora phalloidea, so that the dictyophora phalloidea being located in drainage conduit 11 is arranged in dictyophora phalloidea feeding device 20；
The movement of above-mentioned transfer device 40 is intermittent movement, utilizes the off time of transfer device 40, manual type Dictyophora phalloidea is plugged in drainage conduit 11.
Further, core setting machine structure is provided in the lumen of the drainage conduit 11, the core setting machine structure includes being oppositely arranged Support block 12 in 11 two sides of drainage conduit, the support block 12 are arranged in the opening 16 on 11 tube wall of drainage conduit, and two help block 12 are presented below as two states:
One are as follows: elevating mechanism drive drainage conduit 11 and dictyophora phalloidea feeding device 20 close to when, two help the opposite end of blocks 12 Protrude into opening 16 and opposite close；
Secondly are as follows: elevating mechanism drive drainage conduit 11 and dictyophora phalloidea feeding device 20 far from when, two help the opposite end of blocks 12 Far from opening 16 and separate；
For the dictyophora phalloidea process requirements for adapting to different-diameter size, need the diameter of drainage conduit 11 doing as far as possible is big, and So that 11 length of drainage conduit as far as possible shorter, while to ensure that dictyophora phalloidea can smoothly import in drainage conduit 11, so that bamboo The mushroom cap of sweet-smelling grass end is emerging at the nozzle of drainage conduit 11, above-mentioned elevating mechanism driving drainage conduit 11 and dictyophora phalloidea feeding device 20 In close process, opening 16 and opposite close is protruded into the opposite end of above-mentioned two supports blocks 12, so that holding is helped two It holds the dictyophora phalloidea between block 12 and is in entire 11 center of drainage conduit, and then can ensure that dictyophora phalloidea feeding device can be looked for smoothly The center of quasi- dictyophora phalloidea, and then facilitate the determination realized to dictyophora phalloidea position, to guarantee to realize the feeding to dictyophora phalloidea.
Further, the two supports block 12 is each attached on support frame 13, and the lower end tube wall of the drainage conduit 11 is fixed In support plate 14, the support plate 14 is connect with elevating mechanism, and the support frame 13 is slidably arranged on slide plate 141 and slides Dynamic direction is horizontal, and the slide plate 141 is fixed in support plate 14, and two groups of sliding bars 131 are provided between two support frames 13, described Two groups of 131 length directions of sliding bar are horizontal and are arranged with limit spring 132, and the both ends of the limit spring 132 are born against On support frame 13；
During above-mentioned elevating mechanism driving support plate 14 moves up, so that support frame 13 is along on slide plate 141 Sliding, and glide direction is horizontal, compresses limit spring 132, to realize close between two support blocks 12；When elevating mechanism is multiple Behind position, during support plate 14 moves down, so that support frame 13 is along 141 slide downward of slide plate, and in limit spring Under 132 elastic reset, two support frames 13 are along 141 reverse slide of slide plate, so that two help blocks 12 separate, do not influence pair Normal feeding of the dictyophora phalloidea feeding device 20 to dictyophora phalloidea.
Specifically, the outside of two support frame 13 is provided with limit bulb 133, the outside of the limit bulb 133 It is provided with limit batten 134, two limit battens 134 arrange that 134 opposite sides of batten are small apart from upper end, lower end for two limits vertically Big arrangement, the elevating mechanism includes the first cylinder 15 connecting with 14 lower face of support plate, the piston of first cylinder 15 Bar is arranged vertically；
Above-mentioned the first cylinder 15 starting, so that coupled support plate 14 moves up, and makes the limit of two support frames 13 Position bulb 133 with two limit battens 134 against, when support plate 14 is moved to the small spaced position in two limit battens, 134 upper end, two Support frame 13 compresses limit spring 132, so that two help block 12 close, determines core to dictyophora phalloidea to realize, it is ensured that dictyophora phalloidea The center on mushroom cap top, the first cylinder 15 reset, and support plate 14 declines, and act in the elastic reset power of limit spring 132 Under, two help block 12 separate, to avoid influence of the dictyophora phalloidea feeding device 20 to the normal feeding of dictyophora phalloidea in drainage conduit 11.
In conjunction with shown in Fig. 5 to Figure 10, the structure of dictyophora phalloidea feeding device 20 is elaborated below:
The dictyophora phalloidea feeding device 20 includes the retainer 22 that is arranged on transfer device 40, the retainer 22 perpendicular to The transhipment direction interval setting of transfer device 40 is multiple, and the retainer 22 is located at the top of drainage conduit 11, the retainer 22 and 11 position of drainage conduit and quantity are corresponding, and the retainer 22 is made of multiple elastic clips 221, the multiple elastic clip 221 upper end is fixed as one, and the lower end of the multiple elastic clip 221 extends downwardly and enclose the chamber of clamping dictyophora phalloidea, The upper end tie point of multiple elastic clips 221 of the retainer 22 is provided centrally with fixing plug pin 222, the fixing plug pin 222 is vertical；
If mushroom cap is easy to fall off with bacterium bar top since the mushroom cap of dictyophora phalloidea is directly cleaned, can not thus protect Demonstrate,prove the integrality of dictyophora phalloidea, it is still desirable to before drying operation, mushroom cap be set in the top of bacterium bar one by one, to seriously affect To the processing efficiency of dictyophora phalloidea, and retainer 22 is utilized in the present invention, the fixing plug pin 222 at 22 center of retainer is along dictyophora phalloidea mushroom cap Center interpolation is in bacterium bar, to realize the fixation to mushroom cap and bacterium bar, avoids when implementing to clean mushroom cap, the mushroom cap of appearance The problem of being separated with bacterium bar；
Retainer 22 is made of multiple elastic clips 221, and multiple elastic clips 221 enclose cage structure, not only The support to dictyophora phalloidea can be achieved, and also can ensure that water flow smoothly enters in retainer 22, to implement to the clear of dictyophora phalloidea mushroom cap It washes, it is ensured that the cleaning effect of dictyophora phalloidea mushroom cap surface spore；
Cooperate with the core setting machine structure of above-mentioned dictyophora phalloidea discharge device 10, so as to quick and precisely find the top of dictyophora phalloidea mushroom cap accurately Portion center, to facilitate fixing plug pin 222 out of, dictyophora phalloidea mushroom cap top center insertion dictyophora phalloidea bacterium bar, to realize to dictyophora phalloidea The fixation of mushroom cap and bacterium bar.
Preferably, in conjunction with shown in Figure 11, Figure 12 and Figure 13, the elastic clip 221 includes the first, second intermediate plate section 2211,2212, the first, second intermediate plate section 2211,2212 is arc flaky texture, the first clamping piece section 2211 Upper end is fixed with one, and the lower end of the second intermediate plate section 2212 extends far from fixing plug pin 222, the first clamping piece section 2211 The bite of clamping dictyophora phalloidea is constituted with the link position of second intermediate plate section 2212, what the lower end of the second intermediate plate section 2212 enclosed Round tube diameter is greater than the upper end caliber of drainage conduit 11；
When the first cylinder 15 start, driving drainage conduit 11 move up with retainer 22 close to when, the second intermediate plate section The round tube diameter that 2212 lower end encloses is greater than the upper end caliber of drainage conduit 11, so that drainage conduit 11 and second intermediate plate section 2212 lower end against when, 2212 tie point flexible deformation of second intermediate plate section and open, so that it is guaranteed that the bacterium of the upper end of dictyophora phalloidea Cap imports in the upper chamber that above-mentioned first clamping piece section 2211 encloses, and fixing plug pin 222 is inserted by the top center of mushroom cap In dictyophora phalloidea, to realize the fixation to mushroom cap and bacterium bar；
When the first cylinder 15 resets, driving drainage conduit 11 move down with retainer 22 far from when, two pieces of centering device supports Block 12 is separate, avoids the problem that two support blocks 12 cause dictyophora phalloidea to fall off from fixing plug pin 222 dictyophora phalloidea contact；
And drainage conduit 11 move down with retainer 22 far from when, the connection of first clamping piece section 2211 and second intermediate plate section 2212 The tie point of the bite of position composition clamping dictyophora phalloidea, first clamping piece section 2211 and second intermediate plate section 2212 is arranged to the folder of indent It holds a little, to realize the clamping to dictyophora phalloidea bacterium bar, falls off from fixing plug pin 222 during transhipment to avoid dictyophora phalloidea, and And facilitates and implement to operate the dictyophora phalloidea feeding in drainage conduit 11.
Further, in conjunction with shown in Figure 11 to Figure 13 and Figure 20, the dictyophora phalloidea device for discharging 50 includes being set in fixation The plate face of stripper 51 on contact pin 222, the stripper 51 is horizontal and upper face is extended with discharging strut 52 vertically, described to unload Material strut 52 passes through elastic clip 221 and upwardly extends, and the upper end of the discharging strut 52 is provided with fixed plate 53, the fixation Plate 53 is slidably arranged in supporting slider 54, and arrangement and one end and the upper end of elastic clip 221 connect the supporting slider 54 vertically Connect, be arranged with discharging spring 55 in the supporting slider 54,55 upper and lower side of discharging spring respectively with fixed plate 53 and elasticity Intermediate plate 221 against；
After dictyophora phalloidea, which is transferred to, to be cleaned in cleaning device 30, need to unload the dictyophora phalloidea after cleaning from retainer 22 Get off, using the stripper 51 being set on fixing plug pin 222, to may make stripper 51 along the length of fixing plug pin 222 Direction sliding is spent, so that dictyophora phalloidea be unloaded from fixing plug pin 222；
Stripper 51 is arranged to disk-shaped structure, and the edge of stripper 51 and first clamping piece section 2211 and second intermediate plate The link position of section 2212 is against so that first clamping piece section 2211 and second intermediate plate section 2212 are opened, to facilitate dictyophora phalloidea Discharging；
Above-mentioned 55 upper and lower side of discharging spring is respectively with fixed plate 53 and elastic clip 221 against so that stripper 51 in normal state place with 2211 link position of first clamping piece section at, and then under the action of avoiding 51 self gravity of stripper Interference to dictyophora phalloidea feeding.
Further, in conjunction with shown in Figure 11 to Figure 13, support ring 56, the support are provided with above the retainer 22 Ring 56 includes inner ring and outer ring, and the inner ring is connect with outer ring rotating, and extending bracket 220, institute are provided on the retainer 22 It states extending bracket 220 and the outer ring of support ring 56 is fixed, the inner ring of the support ring 56 is set in discharging strut 52 and support is slided Outside bar 54, the inner ring of the support ring 56 is provided with fixed frame plate 57, is connected between the retainer 22 by fixed frame plate 57 It is integrated, the outer ring of the support ring 56 has radially extended rod for stiring materials 561, and the length direction of described rod for stiring materials 561 is horizontal, institute It is multiple along the outer ring circumferential direction equidistant interval setting of support ring 56 to state rod for stiring materials 561；
To realize the rotation to retainer 22, to ensure that the retainer 22 being located in cleaning device 30 can be overturn, thus The overturning to the dictyophora phalloidea in retainer 22 is realized, so that the mushroom cap different location of dictyophora phalloidea is on upstream face, to ensure to dictyophora phalloidea The cleaning effect of mushroom cap；
The outer ring of above-mentioned retainer 22 and support ring 56 is fixed, and passes through fixed frame plate between adjacent retainer 22 57 are fixed as one, to realize the integrally connected of dictyophora phalloidea feeding device 20, and are conveniently attached with transfer device 40；
Above-mentioned dictyophora phalloidea feeding device 20 is transported in cleaning device 30 under the transhipment effect of transfer device 40, and with Dictyophora phalloidea rotating mechanism and rod for stiring materials 561 in cleaning device 30 cooperate, so that the rotation to retainer 22 is realized, so that keeping Dictyophora phalloidea in frame 22 is in the state of rotation during moving along cleaning device 30, to ensure that the cleaning to dictyophora phalloidea mushroom cap is imitated Fruit.
Further, after dictyophora phalloidea feeding device 20 is moved through along cleaning device 30, by the discharge end of cleaning device 30 Export, to realize the discharging to dictyophora phalloidea in retainer 22, in conjunction with shown in Figure 13 and Figure 20, the fixed sliding of frame plate 57 setting There is triggering slide bar 571, arrangement and upper end are provided with trigger board 572 to the triggering slide bar 571 vertically, the triggering slide bar 571 Lower end setting is "T"-shaped, and the upper face of the trigger board 572 and fixed plate 53 is close, is arranged with touching on the triggering slide bar 571 Send out spring 573, the upper and lower side of the triggering spring 573 respectively with trigger board 572 and fixed plate 53 against；
Above-mentioned dictyophora phalloidea device for discharging 50 makees to illustrate in detail below, herein not table for the time being.
Preferably, the transfer device 40 includes the carrier chain 41 of two groups of parallel intervals arrangement, on the fixed frame plate 57 It is extended with fixed link and carrier chain 41 is connected, the dictyophora phalloidea feeding device 20 is located at the top position of dictyophora phalloidea discharge device 10 When, straight down, the dictyophora phalloidea feeding device 20 is located at the chamber opening that multiple elastic clips 221 of the retainer 22 enclose When on cleaning device 30, the chamber opening that multiple elastic clips 221 of the retainer 22 enclose straight up, the retainer 22 lower semisection protrudes into the liquid level lower position of cleaning device 30；
When above-mentioned dictyophora phalloidea feeding device 20 is located at the top position of dictyophora phalloidea discharge device 10, the retainer 22 it is more The chamber opening that a elastic clip 221 encloses straight down, to facilitate the feeding realized to dictyophora phalloidea；
When above-mentioned dictyophora phalloidea feeding device 20 is located on cleaning device 30, multiple elastic clips 221 of the retainer 22 The chamber opening of enclosing straight up, may make the lower semisection of retainer 22 to go deep into below the liquid level of cleaning device 30, not only keep away Exempt to cause below the bacterium bar and the liquid level for protruding into cleaning device 30 that skirt is excessive of dictyophora phalloidea by skirt and bacterium bar surface adhesion black Spore mucus, but also when can avoid dictyophora phalloidea and being located at cleaning in cleaning device 30, caused dictyophora phalloidea is from fixing plug pin 222 and guarantor Hold the problem of falling off in the chamber of the enclosing of frame 22；
Above-mentioned carrier chain 41 realizes that the reason of rotation is that slewing rollers are provided on carrier chain, so that adjustment carrier chain Conveying direction and carrier chain on dictyophora phalloidea feeding device 20 orientation, it is convenient to 10 top position of dictyophora phalloidea discharge device to ensure Dictyophora phalloidea feeding, and realize cleaning to dictyophora phalloidea mushroom cap.
In conjunction with shown in Fig. 1 to Fig. 4, below exhaustive presentation cleaning device 30 structure feature:
The cleaning device 30 includes cleaning sink 31, is imported with warm water, the cleaning sink in the cleaning sink 31 For the setting of 31 length directions there are two partition 33, cleaning sink 31 is divided into Unit first, second, third by described two partitions 33 Slot 311,312,313, the cell wall and slot bottom of the second unit slot 312 are provided with supersonic generator 36；
Above-mentioned 41 delivery dictyophora phalloidea feeding device 20 of carrier chain is located at when moving in the cleaning sink 31 of cleaning device 30, real It is divided into three phases on border, when feeding device 20 is transported in first unit slot 311 by carrier chain 41, first unit slot 311 Interior hot water implements the immersion to mushroom cap first, so that the spore on mushroom cap surface is preliminary de- with mushroom cap first under warm water effect From；The spore adhesiveness in mushroom cap surface mesh trellis groove at this time is stronger, does not completely fall off also, is completed herein to dictyophora phalloidea mushroom cap The first step cleaning operation on surface；
When dictyophora phalloidea feeding device 20 is transported in second unit slot 312 by carrier chain 41, led from first unit slot 311 The also remaining spore in dictyophora phalloidea mushroom cap surface out can be realized recessed with mushroom cap surface mesh under the concussion of supersonic generator 36 Slot falls off, it is ensured that the cleaning effect of dictyophora phalloidea, completes the second step cleaning operation to dictyophora phalloidea herein；
Specifically, as shown in connection with fig. 2, the dictyophora phalloidea feeding device 20 is located at the first, second unit groove of cleaning device 30 311, when in 312, the lower semisection of the retainer 22 is located at below the liquid level of cleaning device 30, the third unit slot 313 Multiple rows of cleaning sprayer 34 is provided with above notch, the water jet of the cleaning sprayer 34 is horizontal and arranges straight down, described clear The water jet for washing spray head 34 is directed toward retainer 22；
When dictyophora phalloidea feeding device 20 is transported in third unit slot 313 by carrier chain 41, retainer 22 at this time can be with Implement the flushing again to dictyophora phalloidea bacterium bar, skirt and mushroom cap using cleaning sprayer 34 higher than the liquid level in third unit slot 313, it will The spore of bacterium bar, skirt and mushroom cap surface adhesion is rinsed well, it is ensured that the cleaning on entire dictyophora phalloidea surface；
Above-mentioned implementation is divided into three steps to the cleaning of dictyophora phalloidea mushroom cap, not only can ensure that the cleaning effect to mushroom cap, but also The blackish green spore mucus of mushroom cap surface adhesion caused by the pollution blackening of the ejected wash water in cleaning device also be can avoid from mushroom cap On the problem of can not thoroughly removing.
To implement to the cleaning effect for being in dictyophora phalloidea in second unit slot 312, as shown in connection with fig. 2, the dictyophora phalloidea rotating machine Structure includes the multiple rows of limit plate 3121 being arranged in second unit slot 312, multiple rows of 3121 parallel interval of limit plate arrangement, phase The channel that retainer 22 passes through is constituted between adjacent limit plate 3121, the lower face of multiple rows of limit plate 3121 is provided with driving lever 3122, the driving lever 3122 is arranged along the length direction equidistant interval of limit plate 3121；
Dictyophora phalloidea feeding device 20 is under the delivery effect of carrier chain 41, so that retainer 22 is along multiple rows of limit plate 3121 It constitutes and is moved in the channel that retainer 22 passes through, and rod for stiring materials 561 on retainer 22 is moved in second unit slot 312 When with the driving lever 3122 of 3121 lower face of limit plate against to realize the rotation to retainer 22, and then realizing to dictyophora phalloidea Rotation, so that dictyophora phalloidea can be realized and the contact of concussion water flow, it is ensured that the surface of mushroom cap connects from different concussion direction water flows Touching, it is ensured that the cleaning effect on dictyophora phalloidea mushroom cap surface.
To ensure that retainer 22 can smoothly enter into the channel of the composition of limit plate 3121, multiple rows of limit plate 3121 Front end be provided with guide item 3123, the front end that the guide item 3123 is located at channel is arranged to "eight" shape structure.
It is further preferable that the chamber that multiple elastic clips 221 at the discharge port position of the cleaning device 30 enclose is opened Straight down, the top of the cleaning device 30 is additionally provided with unfolds sprinkler head 35 to mouth, the injection side for unfolding sprinkler head 35 To straight down and be directed toward retainer 22 upper end.
As shown in connection with fig. 1, after dictyophora phalloidea is located at and cleans in retainer 22, the carrier chain 41 is located at cleaning sink 31 Top extend, that is, by carrier chain 41 reversely commutate so that carrier chain 41 is reversed along the length direction of cleaning device 30 It is mobile, and retainer 22 is enclosed and accommodates the chamber opening of dictyophora phalloidea straight down, so that the dictyophora phalloidea in carrier chain 41 Mushroom cap upward, start silk fabric produced in Hangzhou on cleaning device unfolds sprinkler head 35 to being sprayed water right above retainer 22 straight down, thus So that the skirt of dictyophora phalloidea is in flattened state, it is ensured that the natural posture of the moulding of later period dictyophora phalloidea dried product.
To realize the splicing to the dictyophora phalloidea after cleaning, in conjunction with shown in Figure 14 to Figure 19, the dictyophora phalloidea material-receiving device 80 includes The first, second splicing fence 81,82 below 30 discharge end carrier chain 41 of cleaning device, the first splicing fence 81 are set It constitutes between the second splicing fence 82 opposite or is arranged far from cooperation, the first splicing fence 81 and the second splicing fence 82 Position and quantity it is corresponding with retainer 22, the first splicing fence 81 and the second splicing fence 82 are arranged in hoisting mechanism On, hoisting mechanism drives the first splicing fence 81 with the reciprocating movement of 82 vertical direction of the second splicing fence and close with retainer 22 Or it is separate, the first splicing fence 81 and the second splicing fence 82 and retainer 22 close to when, the first splicing fence 81 It is separate between the second splicing fence 82, and interlock the movement of dictyophora phalloidea device for discharging 50 and the dictyophora phalloidea in retainer 22 is offloaded to first In the chamber that splicing fence 81 and the second splicing fence 82 enclose, the first splicing fence 81 and the second splicing fence 82 with protect Hold frame 22 far from when, it is close between the first splicing fence 81 and the second splicing fence 82, driving mechanism drive dictyophora phalloidea splicing Device 80 and the nail rod of dictyophora phalloidea bar device 60 are close, and the first splicing fence 81 and the second splicing fence 82 are enclosed chamber Interior dictyophora phalloidea is set in nail rod；
After dictyophora phalloidea cleans up, and when hoisting mechanism drives the first splicing fence 81 and the second splicing fence 82 With retainer 22 close to when, dictyophora phalloidea is unloaded from retainer 22 using dictyophora phalloidea device for discharging 50, first splicing is enclosed Separate between column 81 and the second splicing fence 82, the material receiving port that the first splicing fence 81 and the second splicing fence 82 are formed is in most Big state, so as to effectively realize the undertaking to dictyophora phalloidea is unloaded, it is ensured that dictyophora phalloidea can fall into the first splicing fence 81 In the chamber of the receiving dictyophora phalloidea constituted with the second splicing fence 82, after realizing to dictyophora phalloidea undertaking, held using driving mechanism driving Dictyophora phalloidea material-receiving device 80 and the nail rod of dictyophora phalloidea bar device 60 for being connected to dictyophora phalloidea are close, so that dictyophora phalloidea is set in nail rod one by one On, and dictyophora phalloidea is arranged in turn along nail rod, facilitate and carries out drying operation.
Preferably, it in conjunction with shown in Figure 14 and Figure 15 and shown in Figure 16 to Figure 19, is set on the second splicing fence 82 It is equipped with port 821, splicing inclined-plane 811 is provided in the first splicing fence 81, extends on the second splicing fence 82 and sets It is equipped with first support plate 822, the first splicing fence 81 is connect with the piston rod of push cylinder 812, the push cylinder 812 Piston rod it is horizontal and cylinder body is fixed on first support plate 822, the hoisting mechanism includes and 822 lower face of first support plate The lifting cylinder 823 of connection, straight up, the cylinder body of the lifting cylinder 823 is fixed on to 823 piston rod of lifting cylinder On two supporting plates 83, the second support plate 83 is slidably arranged in third supporting plate 84 and glide direction and push cylinder 812 Piston rod is parallel, and horizontal transfer cylinder 85, the piston rod of the horizontal transfer cylinder 85 are provided on the third supporting plate 84 It is parallel with the piston rod of push cylinder 812, on the piston rod and second support plate 83 of the horizontal transfer cylinder 85；
After the chamber for the receiving dictyophora phalloidea that first splicing fence 81 and the second splicing fence 82 are constituted is implemented to the undertaking of dictyophora phalloidea, And dictyophora phalloidea inclination is lain on splicing inclined-plane 811, and lifting cylinder 823 resets, and starts horizontal transfer cylinder 85, interlocks first Dictyophora phalloidea on splicing fence 81 and the second splicing fence 82 is moved horizontally at the nail rod position of dictyophora phalloidea bar device 60, and opens Dynamic push cylinder 812, so that the first splicing fence 81 and the second splicing fence 82 are close, to will lie on splicing inclined-plane 811 Dictyophora phalloidea be set in the nail rod of dictyophora phalloidea bar device 60, move in circles until full dictyophora phalloidea will be worn in nail rod, to improve to dictyophora phalloidea Hang efficiency；
Below with reference to the dictyophora phalloidea device for discharging 50 introduced above, in conjunction with shown in figure Figure 20, to the tool of dictyophora phalloidea device for discharging 50 Body action process is stated as follows:
The dictyophora phalloidea device for discharging 50 includes the first discharge arm 581 that the top of dictyophora phalloidea material-receiving device 80 is arranged in, and described the The other end of one discharge arm 581 and one end of the second discharge arm 582 are hinged, the other end and third of second discharge arm 582 One end of discharge arm 583 is hinged, and the middle section rotary type of second discharge arm 582 is arranged on support base 583, and described second unloads The both ends of material bar 582 are provided with the first, second strip-shaped hole 5821,5822, the articulated shaft and third of first discharge arm 581 The articulated shaft of discharge arm 583 is slidably arranged in respectively in the first, second strip-shaped hole 5821,5822, first discharge arm 581 and Third discharge arm 583 is vertical and is slidably arranged in support sliding sleeve 584 respectively, the lower end of first discharge arm 581 and dictyophora phalloidea First splicing fence 81 of material-receiving device 80 against or separation, the upper plate of the lower end of the third discharge arm 583 and trigger board 572 Face against or separation；
When lifting cylinder 823 starts, and implements the driving to dictyophora phalloidea material-receiving device 80, the first of dictyophora phalloidea material-receiving device 80 is connect Expect the lower end of fence 81 and the first discharge arm 581 against to interlock the second discharge arm 582 around the rotation of support base 583, and making It obtains third discharge arm 583 to move straight down under the position-limiting action of support sliding sleeve 584, thus the upper face with trigger board 572 Against, during trigger board 572 moves up and down, compression triggering spring 573, and interlock trigger board 572 and supported with fixed plate 53 It leans on, so that stripper 51 moves straight down along the length direction of fixing plug pin 222, to realize the discharging to dictyophora phalloidea, The dictyophora phalloidea unloaded is offloaded on the splicing inclined-plane 811 of the first splicing fence 81, realizes connecing to the dictyophora phalloidea unloaded Material；
For the interference for avoiding above-mentioned 583 hanging shape of third discharge arm from transporting dictyophora phalloidea feeding device 20, described first is unloaded Expect settable clump weight on bar 581, so that the lower end of third discharge arm 583 is in high-order state in its natural state, thus The lower end of third discharge arm 583 is avoided to contact the interference for leading to generate when mobile to dictyophora phalloidea material-receiving device 20 with trigger board 572；
When dictyophora phalloidea feeding device 20 is transported at 80 position directly above of dictyophora phalloidea material-receiving device, carrier chain 41 stops, so that After the completion obtained is to the operation of dictyophora phalloidea discharging and bar, carrier chain 41 is continued to run, the time stopped using the interruption of system at this time, Realize the artificial cloth to new dictyophora phalloidea.
In conjunction with shown in Figure 24, for the drying efficiency for further increasing dictyophora phalloidea, it is ensured that the shape integrality of dictyophora phalloidea, the cushion cover Covered device 100 is arranged on the nail rod front end of dictyophora phalloidea bar device 60 and the horizontal movement path of dictyophora phalloidea material-receiving device 80, institute Stating cushion cover covered device 100 includes delivery crawler belt 101, and the arc-shaped slot of holding cushion cover is provided on the delivery crawler belt 101 1011, the arc-shaped slot 1011 along delivery crawler belt 101 circumferential direction interval setting it is multiple, the delivery crawler belt 101 into Material side is connected with the discharge port of cushion cover vibrating disk 102；
Cushion cover is short tubular structure, can effectively be separated out adjacent dictyophora phalloidea and carry out effective dry house away from cushion cover is thrown to vibration In Moving plate 102, vibrating disk 102 implements the adjustment to cushion cover posture, and cushion cover is exported by the discharge port of vibrating disk 102 When, the tube core of cushion cover is horizontal and parallel with the flute length direction of arc-shaped slot 1011, goes out when delivery crawler belt 101 is located at vibrating disk 102 When transferring below material mouth, cushion cover can holding be in arc-shaped slot 1011 one by one, to realize the single delivery to cushion cover, and It is sent at the nail rod front position of dictyophora phalloidea bar device 60, will be set in one by one in respective nail rod, so that dictyophora phalloidea exists When bar, it is adjacent between dictyophora phalloidea between can have a cushion cover, effectively dictyophora phalloidea can be separated.
Specifically, in conjunction with the enlarged drawing in Figure 24, the tube core side of cushion cover derived from the discharge port of the cushion cover vibrating disk 102 To parallel with the flute length direction of arc-shaped slot 1011,102 discharge port of cushion cover vibrating disk is provided with baffle 1021, the baffle 1021 upper ends are connect with the lower end of release link 1023, and the upper end of the release link 1023 is slidably arranged in cushion cover vibrating disk 102 At discharge port position, spring 1024 is arranged in the release link 1023,1024 upper and lower side of spring is vibrated with cushion cover respectively The discharge port of disk 102 and 1021 upper end of baffle are against one end of the baffle 1021, which overhangs, is provided with trigger ball 1025, described to lead The upper zone face of crawler belt 101 is sent to be provided with driving voussoir 1012, the inclined-plane of driving voussoir 1012 is arranged in the arc-shaped slot 1011 Lower position, the trigger ball 1025 and driving voussoir 1012 against or separate, the setting of the discharge port of the cushion cover vibrating disk 102 Catch up with material hairbrush 1022；
In normal state, baffle 1021 is located at the discharge port middle position of cushion cover vibrating disk 102, thus avoid cushion cover from Discharge port arbitrarily exports, and delivery crawler belt 101 is located at below discharge port during movement, driving voussoir 1012 and trigger ball 1025 Against the inclined-plane of driving voussoir 1012 moves up 1021 compressed spring 1024 of baffle, so that cushion cover is from vibrating disk 1021 outlet port export, and export to driving voussoir 1012, so that cushion cover to be rushed to the vallecular cavity of arc-shaped slot 1011 It is interior, to realize the positioning to cushion cover, avoids cushion cover from being located in arc-shaped slot 1011 and arbitrarily shift；
And since baffle 1021 is under the driving force effect of driving voussoir 1012, discharge port of the cushion cover from vibrating disk 102 There is a problem of the excessive therefore above-mentioned delivery crawler belt 101 of discharging quantity and 102 discharge port position of vibrating disk distance sometimes not It is preferably excessive, it should expect that hairbrush 1022 can once will fall off the arc that excessive cushion cover rushes to adjacent guide crawler belt 101 catching up with In card slot 1011, to realize the single discharge to cushion cover.
Specifically, the cushion cover covered device 100 further includes the cantilever for being vertically arranged in 83 front end two sides of second support plate 103, the projecting end equidistant interval of the cantilever 103 is disposed with pushing head 104, the quantity and position that the pushing head 104 is arranged Corresponding with the first splicing fence 81, the lower face of the cantilever 103 is provided with release link 1031, the release link 1031 and second 83 front end two sides of supporting plate constitute being slidably matched for vertical direction, and reset spring 1032, institute are arranged in the release link 1031 The upper and lower side of reset spring 1032 is stated respectively with the upper face of the lower face of cantilever 103 and second support plate 83 against described to push away Material head 104 and 1011 one end of arc-shaped slot close to or far from；
Above structure can ensure for the cushion cover being sent on crawler belt 101 to be set on one by one in respective nail rod, and not shadow Ring subsequent dictyophora phalloidea bar operation, during above-mentioned push cylinder 812 starts, pushing away on driving cantilever 103 and cantilever 03 104 synchronizing moving of material head, and it is close with one end notch of the arc-shaped slot 1011 on delivery crawler belt 101, so that cushion cover be worn It covers in the nail rod to overhang at 1011 other end notch position of arc-shaped slot；
The width that above-mentioned delivery crawler belt 101 is arranged is unsuitable wide, to ensure for cushion cover to be set in nail rod, and Delivery crawler belt 101 should not be too large at a distance from the projecting end of nail rod, to ensure pushing head 104 along 1011 length of arc-shaped slot During direction pushes cushion cover movement, cushion cover can be set on to the rod end position of nail rod, cushion cover is worn to realize Operation；
Further, the upper face rotary type of the cantilever 103 is provided with extruding wheel 1033, the first splicing fence Limit inclined plate 813 is provided on 81, wheel rim is against the delivery on the lower face and extruding wheel 1033 of the limit inclined plate 813 On support grillage 105, the lower face of support grillage 105 is extended with the setting of the end rotary type closed at both ends of crawler belt 101 straight down Supporting slider 1051, the supporting slider 1051 are slidably arranged on frame body, are arranged with support bullet in the supporting slider 1051 Spring 1052, the upper and lower side of the support spring 1052 is respectively with support grillage 105 and frame body against on the support grillage 105 It is provided with ball 1053, being extended on the first splicing fence 81 has extruding inclined plate 814, under the extruding inclined plate 814 Plate face and ball 1053 against or separate；
In conjunction with shown in Figure 16 to Figure 19, after cushion cover is set in nail rod, to avoid the interference worn to dictyophora phalloidea, need by The generation that moves horizontally of pushing head 104 and delivery crawler belt 101 and the first splicing fence 81 avoids, so that the mobile road of dictyophora phalloidea There is no obstacle on diameter；After pushing head 104 pushes to cushion cover in nail rod, horizontal transfer cylinder 85 resets, so that pushing head 104 Far from delivery crawler belt 101, above-mentioned push cylinder 812 starts, thus by the first splicing fence 81 and the second splicing fence 82 Dictyophora phalloidea it is mobile to nail rod direction, limit inclined plate 813 first with extruding wheel 1033 against so that cantilever 103 and pushing head 104 compression reseting springs 1032, so that cantilever 103 and pushing head 104 reduce the evacuation formed to dictyophora phalloidea bar；
The piston rod of push cylinder 812 continues to extend, and extruding inclined plate 814 and the ball 1053 of the first splicing fence 81 support It leans on, to compress support spring 1052, so that delivery crawler belt 101 declines, delivery crawler belt 101 is avoided to do caused by dictyophora phalloidea bar It relates to；
After push cylinder 812 resets, 1052 elastic reset of support spring, so that delivery crawler belt 101 rises to a high position, and It realizes the splicing and arrangement to cushion cover, and realizes the splicing to new dictyophora phalloidea, move in circles, until overworking dictyophora phalloidea in nail rod.
In conjunction with shown in Figure 21 to Figure 23, the following detailed description of the structure feature of dictyophora phalloidea bar device 60:
The nail rod feeding machanism 61 of the dictyophora phalloidea bar device 60 includes hopper 611, the up big and down small cloth of the hopper 611 It sets, the lower section of the hopper 611 is provided with bar shaped outlet 6111, and 6111 lower section of bar shaped outlet of the hopper 611, which is provided with, to be followed Loop chain 63, parallel interval is provided with tray 64 on the endless-chain 63, and the slot that gets stuck of holding nail rod is provided on the tray 64 641, the nail rod clamp system 62 is arranged on tray 64 and stretches out the bar for the 641 both ends notch of slot that gets stuck for clamping nail rod Body；
Nail rod length is piled up according to length direction to hopper 611, nail rod exports under self gravitation effect from bar shaped 611 export to the tray 64 of endless-chain 63, and until holding in the slot 641 that gets stuck, will be convex using nail rod clamp system 62 The clamping for stretching out the nail rod shaft for the 641 both ends notch of slot that gets stuck avoids nail rod from falling so as to realize the fixation to nail rod；
The clamp system realizes the clamping to nail rod one end, to wear more dictyophora phalloidea as far as possible.
Specifically, in conjunction with shown in Figure 23, the nail rod clamp system 62 includes the clamping shaft that 64 two sides of tray are arranged in 621, the rod end rotary type for clamping shaft 621 is provided with clamp arm 622, is arranged with torsional spring 623 on the clamping shaft 621, The both ends of the torsional spring 623 are connect with clamp arm 622 and tray 64 respectively, the 6111 lower section setting of bar shaped outlet of the hopper 611 Have a frizzen 6112, the end of the clamp arm 622 and frizzen 6112 against or separate；
During endless-chain 63 rotates, 6111 lower section of bar shaped outlet positioned at hopper 611 is mobile, exports from bar shaped Nail rod holding derived from 6111 lower sections is described and when tray 64 is moved to 611 lower end position of hopper in the slot 641 that gets stuck The end of clamp arm 622 and frizzen 6112 are against so that clamp arm 622 and the slot 641 that gets stuck are separate, to ensure that nail rod can be quasi- It is really caught in and gets stuck in slot 641, so that the arrangement to nail rod is realized, during endless-chain 63 continues to rotate, when clamp arm 622 After end is separated with frizzen 6112,623 elastic reset of torsional spring avoids in nail rod to realize the clamping to nail rod one end The problem of dictyophora phalloidea and cushion cover preponderance cause nail rod to fall.
Further, the lower section of the bar shaped outlet 6111 is provided with bristle 6114, the bristle 6114 and tray 64 Upper face against；
During endless-chain 63 rotates, so that the upper face of bristle 6114 and tray 64 is against so that from item The nail rod that shape outlet 6111 is fallen down rushes to getting stuck in slot 641 for next tray 64 under the blocking of bristle 6114, from And realize the arrangement to nail rod；
Above-mentioned tray 64 and the spacing of bar shaped outlet 6111 should not be too large, and slightly larger than the diameter of nail rod, and block The section of hopper 641 is semicircle, and the spacing of bar shaped outlet 6111 is slightly larger than the diameter of nail rod, while easy-unloading, it is ensured that The discharging of single nail rod, while so as to realize to nail rod holding, under the barrier force for avoiding bristle 6114, by nail rod from card It is brushed out in hopper 641.
The rotation of above-mentioned endless-chain 63 is discontinuous, and nail rod is arranged in by endless-chain 63 to get stuck in slot 641, and arranges The front position of arc-shaped slot 1011 of the cloth on delivery crawler belt 101, endless-chain 63 at this time stop, and above-mentioned cushion cover is arranged Device 100 and dictyophora phalloidea material-receiving device 80 act, to dictyophora phalloidea and cushion cover are set in nail rod in turn, until covering slow bamboo in nail rod Sweet-smelling grass；
Above-mentioned dictyophora phalloidea, which is located in nail rod, is arranged quantity according to the length computation of nail rod, can set on dictyophora phalloidea material-receiving device 80 Counter is set, counter can be used to control the movement of dictyophora phalloidea material-receiving device 80, after reaching setting numerical value, station early period of system Stop, starting endless-chain 63, the nail rod for having worn dictyophora phalloidea is unloaded, and new nail rod is arranged on endless-chain 63, Station early period of system works on, and moves in circles, and traveling time of endless-chain 63 itself is shorter, therefore almost between system Disconnected formula operational efficiency does not impact.
For the support for realizing single nail rod derived from the bar shaped outlet 6111 to hopper 611, the bar shaped exports 6111 It is provided with retainer plate 6113 below one end, nail rod shaft middle section is located on retainer plate 6113.
In conjunction with shown in Figure 26 to Figure 27, in detail below illustrate overwork dictyophora phalloidea nail rod be how discharging:
The nail rod device for discharging 90 includes the retainer plate 91 being arranged in below 63 discharge port of endless-chain, the retainer plate 91, which are located at 64 two sides of tray, arranges, the end of the clamp arm 622 and the plate end of retainer plate 91 against or separate, the retainer plate 91 One end extend downwardly, the side of the retainer plate 91 is provided with splicing plate 92, the extension of the splicing plate 92 and retainer plate 91 Direction is consistent, and the splicing plate 92 is used to accept the other end shaft of nail rod, and the outside of the retainer plate 91 and splicing plate 92 is equal It is provided with striker plate 93, the striker plate 93 is consistent with the extending direction of retainer plate 91 and splicing plate 92 respectively, the striker plate 93 arrange and constitute the channel that nail rod passes through with retainer plate 91 and 92 gap of splicing plate respectively；
In above-mentioned 63 transmission process of endless-chain, the end of clamp arm 622 and the plate end of retainer plate 91 are against so that folder Arm 622 is opened, and the nail rod one end for wearing full dictyophora phalloidea slides the gap constituted to striker plate 93 and retainer plate 91 from retainer plate 91 Interior, the other end of nail rod slides in the channel constituted to striker plate 93 and splicing plate 92, to realize to the nail rod for overworking dictyophora phalloidea Preliminary discharging；
In conjunction with shown in Figure 21, to realize to the neat discharge for the nail rod for overworking dictyophora phalloidea, the drying efficiency of dictyophora phalloidea is improved, it is described Splicing crawler belt 94, the splicing crawler belt are provided with below the channel that striker plate 93 is constituted with retainer plate 91 and splicing plate 92 respectively It is provided with the groove 941 for holding nail rod both ends on 94, triggering voussoir 95, the triggering are provided on the splicing crawler belt 94 The section of voussoir 95 is triangle, and the lower end of the striker plate 93 is provided with opening 931, is hingedly provided in the opening 931 Baffle 932, the articulated shaft of the baffle 932 is horizontal and parallel with the flute length direction of groove 941, one end of the baffle 932 to It is lower extension and with triggering voussoir 95 against or separate, the upper end of the baffle 932 is provided with guide inclined-plane 9321, the baffle Torsional spring is provided on 932 articulated shaft, the articulated shaft side of the baffle 932 is additionally provided with lever 933；
After above-mentioned nail rod slides in the channel constituted to striker plate 93 and retainer plate 91 and splicing plate 92, splicing crawler belt 94 startings rotate so that triggering voussoir 95 triggers baffle 932 around articulated shaft, so that the upper end of striker plate 93 and retainer The channel that nail rod passes through is formed between plate 91 and splicing plate 92, so that nail rod is offloaded in the groove 941 of splicing crawler belt 94, and It is exported by splicing crawler belt 94 to being dried in drying unit；
The upper end of above-mentioned baffle 932 is provided with guide inclined-plane 9321, is provided with torsion on the articulated shaft of the baffle 932 Spring so that nail rod can ride upon on guide inclined-plane 9321, and under the elastic force of torsional spring, will not trigger baffle 932 It is rotated around articulated shaft, therefore can realize and stop expecting operation to nail rod, the drive to baffle 932 is only realized using triggering voussoir 95 It is dynamic, realize the discharging to nail rod.
It needs to be sent in drying unit after 94 splicing of splicing crawler belt, in this regard, under the discharge end of the splicing crawler belt 94 Side is provided with splicing slide plate 96, and the splicing slide plate 96 is in tilted layout and low side is provided with and promotes crawler belt 97, the promotion crawler belt 97 vertical arrangement and caterpillar circulation direction equidistant interval is provided with splicing frid 971, the outlet for promoting crawler belt 97 It is connected with the feed inlet of drying frame 110；
The movement of splicing crawler belt 94 can be synchronous with above-mentioned endless-chain 63, therefore can realize the delivery to nail rod, when overworking The nail rod of dictyophora phalloidea is located at when being sent on splicing crawler belt 94, and is fallen to and promoted on crawler belt 97 by the discharge end of splicing crawler belt 94 Splicing frid 971 in, to realize to the promotion of nail rod and be arranged in drying frame 110 in turn, pendulum in frame 110 to be dried After full dictyophora phalloidea, drying frame 110 being pushed in drying unit and is dried, drying unit is biggish drying cabinet, so as to Improve the drying efficiency to dictyophora phalloidea.
It in conjunction with shown in Figure 25 and Figure 26, arranges to realize to the nail rod for overworking dictyophora phalloidea, the drying frame 110 includes two side frames Body 111, two side frame body 111 are made of multiple retainer inclined plates 1111, and the retainer inclined plate 1111 of two side frame bodies 111 is for holding in the palm The both ends shaft of nail bar, the multiple 1111 vertical direction equidistant interval of retainer inclined plate arrangement, the retainer inclined plate 1111 High-end close with splicing frid 971 that is promoting 97 outlet port of crawler belt, the low side of the retainer inclined plate 1111 is provided with backgauge machine Structure；
It promotes crawler belt 97 and exports high-end importing of the derived nail rod from retainer inclined plate 1111, so that nail rod is oblique by retainer The high-end landing of plate 1111 is to low side, until occupying nail rod on retainer inclined plate 1111.
Preferably, in conjunction with shown in Figure 29 and Figure 30, the stock stop includes the low side position that retainer inclined plate 1111 is arranged in The baffle 112 set, the baffle 112 are fixed on supporting plate 113, and the supporting plate 113 is arranged vertically, the side of the supporting plate 113 It is provided with support riser 114, the supporting plate 113 constitutes being slidably matched for vertical direction, the supporting plate 113 with support riser 114 Lower face be provided with rack gear 1131, have driving gear 1141, the driving gear 1141 and rack gear on the support riser 114 1131 engagements, the driving gear 1141 are fixed on rotating shaft rod 1142, and 1142 rotary type of the rotating shaft rod setting is being propped up It supports on riser 114, one end of the rotating shaft rod 1142 is provided with adjusting handle 1143, is provided on the rotating shaft rod 1142 Ratchet 1144, rotary type is provided with pawl 1145 on the support riser 114, and the pawl 1145 cooperates with ratchet 1144；
After occupying the nail rod for overworking dictyophora phalloidea on retainer inclined plate 1111, drying frame 110 is pushed in drying unit, thus The drying operation to dictyophora phalloidea is realized, after dictyophora phalloidea drying, by rotating adjusting handle 1143, so that the upper end of baffle 112 is lower than The low side upper face of retainer inclined plate 1111 realizes that the discharging to nail rod after drying passes through after nail rod discharging to facilitate Adjusting handle 1143 is rotated, so that the upper end of baffle 112 is higher than the low side upper face of retainer inclined plate 1111, by pawl 1145 and spine 1144 cooperation of wheel to realize the fixation to baffle 112, and drying frame 110 is pushed to and promotes 97 outlet port of crawler belt, To realize the recycling to drying frame 110, locating piece can be set promoting 97 outlet port of crawler belt, realize to drying frame 110 Positioning, it is ensured that the high end position of retainer inclined plate 1111 can accurately be fallen by promoting crawler belt 97 and exporting derived nail rod, thus Realize the discharge to nail rod.
Specifically, to ensure that nail rod is capable of the arrangement of retainer inclined plate 111 along vertical direction, the retainer inclined plate 1111 It is high-end be extended with guide riser 1112 vertically, the guide riser 1112 generally L shape, the guide riser 1112 The upper face parallel interval of lower end flaps and retainer inclined plate 1111 arranges that the lower end flaps and retainer of the guide riser 1112 are oblique Gap between plate 1111 constitutes the channel that nail rod both ends pass through, and the spacing between the channel is slightly larger than the diameter of nail rod；
After the nail rod of the retainer inclined plate 1111 of high end position occupies, nail rod is by 1112 lubricating substance of guide riser, and from leading Gap between the lower end flaps and retainer inclined plate 1111 of material riser 1112 enters on next layer of retainer inclined plate 1111, until whole Nail rod is occupied in a drying frame 110.
For convenience of the movement realized to drying frame 10, two side frame body 111 is fixed in mobile base 115.
Below with reference to above-mentioned dictyophora phalloidea system of processing, the processing method of dictyophora phalloidea is once illustrated:
The dictyophora phalloidea processing method includes the following steps:
The first step by the dictyophora phalloidea of harvesting back in material frame, and the bottom volva of dictyophora phalloidea is removed, will go degerming The dictyophora phalloidea of support is sent to respectively in the drainage conduit 11 of dictyophora phalloidea discharge device 10, so that the mushroom cap of dictyophora phalloidea is vertically upward；
Second step starts the elevating mechanism of dictyophora phalloidea discharge device 10, drives the guarantor of drainage conduit 11 and dictyophora phalloidea feeding device 20 It holds that frame 22 is close, and the fixing plug pin 222 in the retainer 22 of dictyophora phalloidea feeding device 20 is set in drainage conduit 11, and And core setting machine structure is interlocked, so that the center of the mushroom cap of dictyophora phalloidea and bacterium bar is in the center of drainage conduit 11；
Third step starts transfer device 40, the dictyophora phalloidea feeding device 20 for being mounted with dictyophora phalloidea is transported to cleaning device 30 It is interior, when dictyophora phalloidea feeding device 20 is transported in cleaning device 30, so that being mounted with multiple elastic clips of the retainer 22 of dictyophora phalloidea Straight up, and the lower semisection of retainer 22 protrudes into below the liquid level of cleaning device 30 chamber opening that piece 221 encloses, starting Cleaning device 30 implements the cleaning to the mushroom cap surface of dictyophora phalloidea；
4th step starts dictyophora phalloidea rotating mechanism, so that importing the rotation of the second unit slot 312 of cleaning device 30, implements Cleaning to dictyophora phalloidea mushroom cap；
5th step continues on to the dictyophora phalloidea feeding device 20 for being mounted with dictyophora phalloidea along the carrier chain 41 of transfer device 40 The top of cleaning device 30, and Open Side Down for the advantage that multiple elastic clips 221 of retainer 22 are enclosed, and starting is unfolded Sprinkler head 35 is sprayed water straight down to retainer 22；
Dictyophora phalloidea feeding device 20 after cleaning, is transferred to the top of dictyophora phalloidea material-receiving device 80 by the 6th step, and starting dictyophora phalloidea connects The lifting cylinder 823 on device 80 is expected, so that the retainer 22 of the first, second splicing fence 81,82 and dictyophora phalloidea feeding device 20 It is close, and interlock dictyophora phalloidea device for discharging 50 and the dictyophora phalloidea in retainer 22 is offloaded to the enclosing of the first, second splicing fence 81,82 Chamber in；
7th step starts the nail rod feeding machanism 61 of dictyophora phalloidea bar device 60, so that nail rod is arranged in dictyophora phalloidea bar device On 60 tray 64, starts nail rod clamp system 62, nail rod one end is fixed to clamp；
8th step starts cushion cover covered device 100, so that cushion cover is arranged in the arc-shaped slot 1011 of delivery crawler belt 101 It is interior, and the cushion cover for being sent crawler belt 101 is made to be located at the nail rod front end on tray 64；
9th step starts the horizontal transfer cylinder 85 of dictyophora phalloidea material-receiving device 80, the first, second splicing fence 81,82 is pushed away It send to 100 position of cushion cover covered device, so that the pushing head 104 of cushion cover covered device 100 will be sent the pad on crawler belt 101 It is set in nail rod；
Tenth step, horizontal transfer cylinder 85 reset, and start push cylinder 812, the dictyophora phalloidea in the first splicing fence 81 is worn It covers in nail rod, repeats six step of step the to the tenth step, until more nail rods derived from nail rod feeding machanism 61 are overworked dictyophora phalloidea；
11st step starts the endless-chain 63 of dictyophora phalloidea bar device 60, and the nail rod that dictyophora phalloidea is overworked on endless-chain 63 is shifted To the discharge port of endless-chain 63, start nail rod device for discharging 90, the nail rod both ends for overworking dictyophora phalloidea are sent to striker plate 93 and support In the channel of flitch 91 and splicing plate 92；
12nd step starts splicing crawler belt 94, so that striker plate 93 and retainer plate 91 and splicing plate 92 are constituted in channel Nail rod is sent in the groove 941 of splicing crawler belt 94, and is transported in the splicing groove 971 for promoting crawler belt 97；
13rd step, starting promote crawler belt 97, the nail rod for overworking dictyophora phalloidea are sent in drying frame 110, until will dry The nail rod for overworking rechoning by the abacus is occupied in frame 110；
14th step pushes to drying frame 110 in drying unit, and starting drying unit will dry the dictyophora phalloidea in frame 110 Drying；
The nail rod dried in frame 110 is unloaded, and dictyophora phalloidea is separated with cushion cover by the 15th step, by drying Dictyophora phalloidea is separately packaged.

Claims (1)

1. processing of farm products method, it is characterised in that: the processing of farm products method includes the following steps:
The first step by the dictyophora phalloidea of harvesting back in material frame, and the bottom volva of dictyophora phalloidea is removed, will remove volva Dictyophora phalloidea is sent to respectively in the drainage conduits (11) of dictyophora phalloidea discharge device (10), so that the mushroom cap of dictyophora phalloidea is vertically upward；
Second step starts the elevating mechanism of dictyophora phalloidea discharge device (10), drives drainage conduit (11) and dictyophora phalloidea feeding device (20) Retainer (22) is close, and makes fixing plug pin (222) row of being set in the retainer (22) of dictyophora phalloidea feeding device (20) In expects pipe (11), and core setting machine structure is interlocked, so that the center of the mushroom cap of dictyophora phalloidea and bacterium bar is in the centre bit of drainage conduit (11) It sets；
Third step starts transfer device (40), the dictyophora phalloidea feeding device (20) for being mounted with dictyophora phalloidea is transported to cleaning device (30) It is interior, when dictyophora phalloidea feeding device (20) be transported to cleaning device (30) it is interior when so that being mounted with the multiple of the retainer (22) of dictyophora phalloidea Straight up, and the lower semisection of retainer (22) protrudes into cleaning device (30) to the chamber opening that elastic clip (2211) encloses Below liquid level, start cleaning device (30), implements the cleaning to the mushroom cap surface of dictyophora phalloidea；
4th step starts dictyophora phalloidea rotating mechanism, so that importing the rotation of the second unit slot (312) of cleaning device (30), implements Cleaning to dictyophora phalloidea mushroom cap；
The dictyophora phalloidea feeding device (20) for being mounted with dictyophora phalloidea is continued to convey by the 5th step along the carrier chain (41) of transfer device (40) To the top of cleaning device (30), and make that multiple elastic clips (221) of retainer (22) enclose it is surging Open Side Down, Starting unfolds sprinkler head (35) and sprays water straight down to retainer (22)；
Dictyophora phalloidea feeding device (210) after cleaning, is transferred to the top of dictyophora phalloidea material-receiving device (80) by the 6th step, and starting dictyophora phalloidea connects The lifting cylinder (823) on device (80) is expected, so that the first, second splicing fence (81,82) and dictyophora phalloidea feeding device (20) Retainer (22) is close, and interlocks dictyophora phalloidea device for discharging (50) dictyophora phalloidea in retainer (22) is offloaded to first, second and connect In the chamber for expecting fence (81,82) enclosing；
7th step starts the nail rod feeding machanism (61) of dictyophora phalloidea bar device (60), so that nail rod is arranged in dictyophora phalloidea bar device (60) on tray (64), start nail rod clamp system (62), nail rod one end is fixed to clamp；
8th step starts cushion cover covered device (100), so that cushion cover is arranged in the arc-shaped slot (1011) of delivery crawler belt (101) It is interior, and the cushion cover for being sent crawler belt (101) is made to be located at the nail rod front end on tray (64)；
9th step starts the horizontal transfer cylinder (85) of dictyophora phalloidea material-receiving device (80), by the first, second splicing fence (81,82) It pushes at cushion cover covered device (100) position, so that the pushing head (104) of cushion cover covered device (100) will be sent crawler belt (101) cushion cover on is set in nail rod；
Tenth step, horizontal transfer cylinder (85) reset, and start push cylinder (812), by the dictyophora phalloidea in the first splicing fence (81) It is set in nail rod, repeats six step of step the to the tenth step, until more nail rods derived from nail rod feeding machanism (61) are overworked Dictyophora phalloidea；
11st step starts the endless-chain (63) of dictyophora phalloidea bar device (60), and the nail rod that dictyophora phalloidea is overworked on endless-chain (63) is turned The discharge port of endless-chain (63) is moved to, starts nail rod device for discharging (90), the nail rod both ends for overworking dictyophora phalloidea is sent to striker plate (93) and in retainer plate (91) and the channel of splicing plate (92)；
12nd step starts splicing crawler belt (94), so that striker plate (93) and retainer plate (91) and splicing plate (92) constitute channel Interior nail rod is sent in the groove (941) of splicing crawler belt (94), and is transported to the splicing groove (971) for promoting crawler belt (97) It is interior；
13rd step, starting promote crawler belt (97), and the nail rod for overworking dictyophora phalloidea is sent in drying frame (110), until will dry The nail rod for overworking rechoning by the abacus is occupied in frame (110)；
14th step pushes to drying frame (110) in drying unit, and starting drying unit will dry the dictyophora phalloidea in frame (110) Drying；
The nail rod dried in frame (110) is unloaded, and dictyophora phalloidea is separated with cushion cover by the 15th step, by the bamboo of drying Sweet-smelling grass is separately packaged.
CN201811439297.6A 2018-11-29 2018-11-29 Processing method of agricultural products Active CN109430905B (en)

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