CN205987959U - A kind of Pedicellus et Pericarpium Trapae is peeled off pulverizing all-in-one automatically - Google Patents

Abstract

This utility model is related to Pedicellus et Pericarpium Trapae and plucks field, and specifically a kind of Pedicellus et Pericarpium Trapae is peeled off pulverizing all-in-one automatically, includes cutting housing apparatus, divides housing apparatus, conversion equipment and milling device；Cut housing apparatus and include body, feed hopper, transmission wheel and conveying device；Housing apparatus are divided to include a point shell storehouse, agitating device, storage shell storehouse, water storehouse and interior material transporter；Conversion equipment includes fixed seat, belt conveyor, rotation cylinder, No. two belt conveyors, sub-material storehouse and No. three belt conveyors；Milling device includes screw conveyor, raw material conveying device, pulverizing mechanism and filter powder cabin.This utility model can achieve that Pedicellus et Pericarpium Trapae is peeled off and automatic pulverizing automatically, and whole course integration greatly reduces workman's intensity.

Description

A kind of Pedicellus et Pericarpium Trapae is peeled off pulverizing all-in-one automatically

Technical field

This utility model is related to Pedicellus et Pericarpium Trapae and plucks field, and specifically a kind of Pedicellus et Pericarpium Trapae is peeled off pulverizing all-in-one automatically.

Background technology

Pedicellus et Pericarpium Trapae is Trapaceae, and Pedicellus et Pericarpium Trapae belongs to.Also known as waist Pedicellus et Pericarpium Trapae, Shui Li, Pedicellus et Pericarpium Trapae are real, sweet in the mouth, cool, nontoxic, it is annual herb water plant The fruit of Pedicellus et Pericarpium Trapae, the crisp meat of Pedicellus et Pericarpium Trapae skin is beautiful, peels off edible after steaming and decocting, food of also can cooking gruel.Pedicellus et Pericarpium Trapae contains rich in protein, unsaturated lipid Fat acid and multivitamin and trace element.There are diuresis lactogenesis, quench the thirst, deinebriating effect.

Pedicellus et Pericarpium Trapae has the thick shell of thick layer, so the very difficult stripping of Pedicellus et Pericarpium Trapae, prior art, often using manually peeling off, artificial is shelled The mainly comprising the following steps of shell：

1st, the bottom kitchen knife in Pedicellus et Pericarpium Trapae cuts a knife, and that cuts sees Pedicellus et Pericarpium Trapae meat.

2nd, again the edge of a knife cutting away down, in each partial application again of Pedicellus et Pericarpium Trapae both sides, also to be cut see Pedicellus et Pericarpium Trapae meat, but do not hinder too Many.

3rd, if Pedicellus et Pericarpium Trapae is many, batch all first cuts.

4th, two angles of Pedicellus et Pericarpium Trapae are broken again with handss, thumb is in the place falling in uniformly firmly.

5 and then gently one break, and the skin of Pedicellus et Pericarpium Trapae is just disconnected, and easily lifts down.

6th, remaining also have on one side, and that can directly take directly takes, and can not take and just breaks again, to obtain Pedicellus et Pericarpium Trapae meat.

But aforesaid operations take time and effort, need artificial operation, operating process is complicated, cumbersome, has had a strong impact on work Efficiency.

Pedicellus et Pericarpium Trapae is fruit food, can eat, cooks or mash Clear powder raw and eat it, its water caltrop starch heat-clearing and toxic substances removing, stomach reinforcing regulating the spleen and stomach, Skin care, pitch-black healthy hair.All wind due to wound, suffer from heatstroke so that generating heat, thirsty, lack of appetite, dysphoria with smothery sensation etc. that heat is burnt stomach Tianjin and caused, or because Insobriety and trauma stomach Tianjin person be edible it.

In prior art, the manufacture method of water caltrop starch is：

1. the fresh Pedicellus et Pericarpium Trapae of harvesting is put into leaching drift 4～5 days in clear water, stir it with wooden stick, make Pedicellus et Pericarpium Trapae exfoliation.

2. and then excoriative water caltrop pulp treadle-operated tilt hammer for hulling rice is pounded broken, sieve water caltrop pulp with coarse mesh.

3. the water caltrop pulp under sieving is placed in leaching drift in clear water.

4. about steeped through 24 hours, you can wear into juice on stone grinder or steel mill, filter it with calico, extract starch with abundant.

And above-mentioned steps are both needed to manually be operated, the time of producing is longer, complex operation, is unfavorable for a large amount of systems of water caltrop starch Standby, the hand process that its tradition falls behind has contained water caltrop starch development commercially.

Content of the invention

In order to make up the deficiencies in the prior art, this utility model provides a kind of Pedicellus et Pericarpium Trapae and automatically peels off pulverizing all-in-one, its Compensate for the mode operating process of peeling off of traditional Pedicellus et Pericarpium Trapae complicated, take time and effort, need artificial operate, had a strong impact on work efficiency, And water caltrop starch preparation need to manually be operated, produce that the time is longer, be unfavorable for a large amount of preparations of water caltrop starch, its tradition falls behind Hand process has contained the defects such as water caltrop starch development commercially.

This utility model solves its technical problem and be employed technical scheme comprise that：A kind of Pedicellus et Pericarpium Trapae peels off pulverizing integrally automatically Machine, including cutting housing apparatus, point housing apparatus, conversion equipment and milling device.

Described housing apparatus of cutting include body, feed hopper, transmission wheel and conveying device；It is left that described feed hopper is located at body Upper lateral part, described feed hopper lower end is symmetrically arranged with a pair of infundibulate discharging opening, during work, the Pedicellus et Pericarpium Trapae do not peeled off put into into In hopper, then spilt by a pair of discharging opening；

Described transmission wheel has a pair, and a pair of transmission wheel is arranged symmetrically in below feed hopper, and transmission wheel is arranged symmetrically in On the left of body, described transmission wheel is evenly arranged with no less than ten panel grooves, described panel groove is used for placing Pedicellus et Pericarpium Trapae, institute The panel groove lumen width stated is 3cm, thus Pedicellus et Pericarpium Trapae can be in panel groove with vertical state, and is disposed with circle on the right side of transmission wheel Arc-shaped limit plate, limiting plate is used for limiting the Pedicellus et Pericarpium Trapae entering in panel groove, prevents the Pedicellus et Pericarpium Trapae entering in panel groove from rotating in transmission Drop in dynamic process, described limiting plate upper end is fixedly connected with feed hopper；During work, external motor drives transmission wheel to rotate, Enter in each panel groove of each transmission wheel from the Pedicellus et Pericarpium Trapae that a pair of discharging opening drops, then serially enter conveying device through each panel groove In.

The volume of described panel groove is more than the average external volume of a Pedicellus et Pericarpium Trapae and is less than the average external volume of two Pedicellus et Pericarpium Trapaes, thus, Panel groove can only allow a Pedicellus et Pericarpium Trapae to enter every time；

Described conveying device includes a pair being symmetrically fixed on the belt transmission agency of both sides before and after body, is arranged horizontally in A pair of height limiting plate above each belt transmission agency, two pairs of clamping plates being located at each belt transmission agency both sides and clamping bullet Spring；

A pair of described belt transmission agency is located at 3cm below each transmission wheel, thus in transmission wheel rotation process, respectively Pedicellus et Pericarpium Trapae can be fallen into belt transmission agency with vertical state from transmission wheel lower end, and is unlikely to because stagnant Ullage is from long and incline Fall, and each transmission wheel lower left is provided with a pair grade of flitch, striker plate makes to fall to belt transmission agency from transmission wheel Pedicellus et Pericarpium Trapae will not fall on the left of transmission wheel, can only fall and move right with belt transmission agency on the right side of transmission wheel；

Described height limiting plate is arranged at 3cm above each belt transmission agency, is provided with cutting blade, institute in the middle part of height limiting plate The effect stating height limiting plate is to apply pressure to Pedicellus et Pericarpium Trapae upper end, and described cutting blade is used for cutting Pedicellus et Pericarpium Trapae, described height limiting plate lower end Right side of face is provided with material baffle, and described cutting blade and material baffle are respectively positioned on height limiting plate median plane；Thus cutting blade can be from In the middle part of Pedicellus et Pericarpium Trapae, Pedicellus et Pericarpium Trapae is cut in half, the effect of material baffle is so that half-open Pedicellus et Pericarpium Trapae respectively along material baffle two lateral movement；

Described each material baffle right part left and right sides are all symmetrically arranged with sucker, and each sucker all each connects outside gas Pump, sucker is used for adsorbing half-open water caltrop pulp in motor process, and due to the water caltrop pulp smooth surface being cut open, sucker suction is imitated Preferably, and the housing of Pedicellus et Pericarpium Trapae is not subject to suction to fruit, and Shell of Water Chestnut by belt transmission agency, power to the right acts on, easily divide with water caltrop pulp From；

It is fixed with fastening spring, thus distance is adjustable between each pair of clamping plate between described each clamping plate and body；

When fastening spring is in relaxed state, between each pair of described clamping plate, distance is 2cm, and each pair of clamping plate edge Each belt transmission agency median plane is arranged symmetrically in both sides before and after each belt transmission agency, thus moving to belt transmission agency Pedicellus et Pericarpium Trapae between clamping plate can remain that vertical state moves right between clamping plate, and the regulation due to fastening spring Effect, can keep Pedicellus et Pericarpium Trapae to be in the middle part of belt transmission agency when moving on belt transmission agency, thus Pedicellus et Pericarpium Trapae is in rear reforwarding During dynamic, Pedicellus et Pericarpium Trapae is half-and-half cut open from middle part；

Described belt transmission agency is conventional belt conveyer.

During work, when Pedicellus et Pericarpium Trapae is from after each panel groove one by one belt transmission agency, Pedicellus et Pericarpium Trapae is in the effect of belt transmission agency Under moved right in each pair of clamping plate with vertical state, and in motor process, Pedicellus et Pericarpium Trapae is cut by the cutting blade of height limiting plate Into two, the Pedicellus et Pericarpium Trapae being separated in half along material baffle two lateral movement, and under the adsorption of sucker on material baffle, each double Pedicellus et Pericarpium Trapae The water caltrop pulp at angle and Shell of Water Chestnut are separated from each other；

Described point housing apparatus include a point shell storehouse, agitating device, storage shell storehouse, water storehouse and interior material transporter；

, in cutting housing apparatus lower right-hand side, described point shell orlop plate edge point shell storehouse fore-and-aft direction is from rear for described point shell position in storehouse Progressively arrange downwards forward, point built-in full water in shell storehouse, thus through cutting cut after housing apparatus effect and detached water caltrop pulp and Pedicellus et Pericarpium Trapae Angle shell, from cutting in entrance point shell storehouse on the right side of housing apparatus, due to the heavier mass of water caltrop pulp, the lighter weight of Shell of Water Chestnut, enters a point shell The water caltrop pulp in storehouse sinks to point shell orlop portion and slides to a point shell storehouse bottom front, and Shell of Water Chestnut floats on point shell storehouse liquid level, and described divides Shell storehouse front portion is provided with every coverboard, and described is evenly arranged with round sieve on coverboard, and a described point shell orlop portion is provided with A pair of nozzles, described nozzle is used for current in agitation point shell storehouse, and can be used for adding water, the effect of agitation current into point shell storehouse It is so that the Shell of Water Chestnut that part is not kept completely separate rotates vibration with water caltrop pulp, so that Shell of Water Chestnut is complete with water caltrop pulp in point shell storehouse Fully separating；

Described agitating device includes being fixed on point stirring motor of shell storehouse upper end and the stirring being connected with stirring motor Bar, described puddler stretches in point shell storehouse, and during work, stirring motor rotates and drives puddler to rotate, described agitating device For the current in agitation point shell storehouse and Pedicellus et Pericarpium Trapae, the Pedicellus et Pericarpium Trapae that the effect of agitating device is not kept completely separate also for accelerating part Shell is separated in point shell storehouse with water caltrop pulp；

In a point shell storehouse rear, storage is provided with water permeating board in the middle part of shell storehouse to described storage shell position in storehouse, during work, by nozzle toward dress A point shell storehouse for full water persistently adds water, or by the agitaion of agitating device, the Shell of Water Chestnut floating on point shell storehouse liquid level is equal Can diffuse out with current and drop down in storage shell storehouse, the effect through water permeating board, Shell of Water Chestnut can be deposited in above water permeating board, and with Shell of Water Chestnut The water flowing into storage shell storehouse together will enter storage shell storehouse bottom through water permeating board；

Described water storehouse is located at a point shell storehouse right, between described point of shell storehouse and water storehouse, storage shell storehouse and water storehouse two-by-two It is connected with pipeline, the pipeline between described water storehouse and point shell storehouse is provided with water pump, between described water storehouse and point shell storehouse Pipeline one end connects water storehouse bottom, and its other end connects the nozzle in point shell orlop portion, when needs are carried out to current in point shell storehouse Agitation, or so that Shell of Water Chestnut is together diffused out with water when storing up shell storehouse, then make pump working, the Shui Jingshui in water storehouse A point shell storehouse is sprayed into from water storehouse through nozzle after pumping action；

Described interior material transporter is conventional belt conveyer, before interior material transporter bottom is fixed on point shell orlop portion End, interior material transporter top is fixed on front on point shell storehouse, and the conveyer belt of interior material transporter is provided with leaking hole, and interior Material transporter be integrally located at point front side board in shell storehouse and point shell storehouse between coverboard, during work, positioned at dividing before shell orlop portion The water caltrop pulp at end is sent to interior material transporter top in the presence of interior material transporter, described plays obstruction Pedicellus et Pericarpium Trapae every coverboard The effect of shell, it is to avoid the Shell of Water Chestnut floating on liquid level in point shell storehouse is transported away with interior material transporter, described leaking hole is prevented Stop water caltrop pulp and carried part water and be transported away with interior material transporter.

During work, point built-in full water in shell storehouse, thus through cutting cut after housing apparatus effect and detached water caltrop pulp and Pedicellus et Pericarpium Trapae From cutting in entrance point shell storehouse on the right side of housing apparatus, the water caltrop pulp entering point shell storehouse sinks to point shell orlop portion and slides to a point shell orlop portion shell Front end, Shell of Water Chestnut floats on point shell storehouse liquid level；

Then, stirring motor rotates and drives puddler to rotate, thus the current in agitation point shell storehouse and Pedicellus et Pericarpium Trapae, meanwhile, water Pump work, the water in water storehouse sprays into point shell storehouse to stir current from water storehouse through nozzle after water pump effect, so that portion Divide the Shell of Water Chestnut not being kept completely separate to rotate vibration with water caltrop pulp in point shell storehouse, make the Shell of Water Chestnut in point shell storehouse whole with water caltrop pulp It is kept completely separate；

And persistently added water toward point shell storehouse filling water by nozzle, and by the agitaion of agitating device, float on point Shell of Water Chestnut on the liquid level of shell storehouse all can diffuse out with current and drops down in storage shell storehouse, the effect through water permeating board, and Shell of Water Chestnut can be piled up Above water permeating board, and storage shell storehouse bottom will be entered through water permeating board with the water that Shell of Water Chestnut flows into storage shell storehouse；

Meanwhile, the water caltrop pulp positioned at point shell storehouse bottom front is sent to interior material transmission in the presence of interior material transporter Device top.

Described conversion equipment includes fixed seat, belt conveyor, rotation cylinder, be located at a belt conveyor before No. two belt conveyors of side, it is located at the sub-material storehouse below belt conveyor and No. two belt conveyors and is arranged on No. three belt conveyors in sub-material storehouse；

Described fixed seating is below described interior material transporter top；

A described belt conveyor rear end thereof is connected in fixed seat, during work, transports through interior material transporter Water caltrop pulp from interior material transporter top enter a belt conveyor, described rotation cylinder one end is hinged with fixed seat, The rotation cylinder other end is hinged with a belt conveyor front end, and rotation cylinder is stretched and can be driven a belt conveyor around solid Reservation rotates；

When a belt conveyor is the level of state, a described belt conveyor front end and No. two belt conveyors Rear end contacts, and now, is moveable on No. two belt conveyors positioned at the water caltrop pulp on a belt conveyor；

Described sub-material storehouse includes a storehouse and is located at No. two storehouses in front of a storehouse, described No. three belt conveyors Bottom is fixed on a storehouse bottom right, and No. three belt conveyor tops are located at top on the left of a storehouse.

Under original state, rotation cylinder is in the state of stretching out, and a belt conveyor and No. two belt conveyors are in together One plane, during work, when carrying out pulverizing to Pedicellus et Pericarpium Trapae, then water caltrop pulp is after a belt conveyor and No. two belt conveyors Enter No. two storehouses from No. two belt conveyors, thus being collected；When needing to carry out pulverizing to Pedicellus et Pericarpium Trapae, then rotation cylinder is received Contracting, a belt conveyor rotates down around fixed seat, thus, water caltrop pulp enters in a storehouse after a belt conveyor, Through No. three belt conveyors in a storehouse, water caltrop pulp is transported to No. three belt conveyer tops again.

Described milling device includes screw conveyor, raw material conveying device, pulverizing mechanism and filter powder cabin；

Described screw conveyor is horizontally disposed from front to back along a storehouse fore-and-aft direction, and screw conveyor is located at Below No. three belt conveyor tops, in screw conveyor, it is provided with screw auger, during work, be sent to No. three belts defeated The water caltrop pulp sending machine top falls in screw conveyor, and described screw conveyor lower rear is provided with material leakage pipe, described It is provided with rubbing mechanism, the water caltrop pulp falling in screw conveyor is sent in material leakage pipe through screw auger in material leakage pipe, then Rubbed through rubbing mechanism；

Described rubbing mechanism includes a pair of agitation blade being arranged in material leakage pipe and passes through axle phase with agitation blade Rubbing motor even, during work, rubs motor work and drives a pair of agitation blade to rotate to rub water caltrop pulp in material leakage pipe；

Described raw material conveying device is conventional belt conveyer, and raw material conveying device fore-and-aft direction progressively inclines from back to front Arrange obliquely, and raw material conveying device front end is located at below material leakage pipe, raw material conveying device rear end is located at the biography cutting housing apparatus Below material device, described raw material conveying device rear end is provided with sliding plate diagonally downward；During work, the Pedicellus et Pericarpium Trapae minced meat that rubbed from Material leakage pipe enters raw material conveying device front end, then is transported to Pedicellus et Pericarpium Trapae conveyer device rear end through raw material conveying device, then from described cunning Flour mill structure is entered on flitch；

Described pulverizing mechanism includes mechanical stone mill and hampering plate, and the upper millstone upper end of described mechanical stone mill is provided with annulus Shape chute feeder and the cylinder being arranged in chute feeder feed cavity；Described feeding slot cross-section is semicircle, and described send Hopper is used for the Pedicellus et Pericarpium Trapae minced meat that storage enters upper millstone, and described sliding plate bottom is located in chute feeder, during work, Pedicellus et Pericarpium Trapae minced meat Constantly enter chute feeder from sliding plate, described hampering plate one end is fixedly connected with cutting housing apparatus, the hampering plate other end is located at chute feeder Interior, described hampering plate is used for hindering Pedicellus et Pericarpium Trapae minced meat being synchronized with the movement with upper millstone in chute feeder, so that Pedicellus et Pericarpium Trapae minced meat enter In the charging cavity in chute feeder, and then ground by mechanical stone mill；

Described filter powder cabin is located at lower section on rear side of mechanical stone mill, is provided with gauze, described filter powder cabin and storage in the middle part of filter powder cabin Shell storehouse is connected by pipeline, during work, the water caltrop starch being ground from mechanical stone mill and the lapping liquid being ground generation with Pedicellus et Pericarpium Trapae Fall in filter powder cabin, then the filtration through gauze, positioned at gauze upper end, its lapping liquid enters filter powder cabin bottom to water caltrop starch, Thus realize water caltrop starch separating with lapping liquid.

Beneficial effect：

（1）This utility model cuts housing apparatus by automatic for the Pedicellus et Pericarpium Trapae plucked segmentation into two, and makes to cut into by sucker Each water caltrop pulp of two halves is separated with Shell of Water Chestnut, and meanwhile, point housing apparatus pass through current and Pedicellus et Pericarpium Trapae in agitation point shell storehouse, further will be residual Remaining water caltrop pulp and Shell of Water Chestnut are kept completely separate, more respectively water caltrop pulp and Shell of Water Chestnut are delivered to different places, and whole process need not be artificial Operation, is greatly saved artificial, improves work efficiency.

（2）This utility model utilizes the heavier mass of water caltrop pulp, the lighter weight of Shell of Water Chestnut, enters the water caltrop pulp in point shell storehouse Sink to point shell orlop portion and slide to a point shell storehouse bottom front, Shell of Water Chestnut floats on the principle on point shell storehouse liquid level, then applies flowing Water, thus separating water caltrop pulp and Shell of Water Chestnut, is skillfully constructed, meanwhile, between its point of shell storehouse, storage shell storehouse, water storehouse and filter powder cabin all Pipeline is had to communicate, whole entirety current are lossless, can be circulated utilization, save water resource.

（3）Conversion equipment of the present utility model can allow this utility model with being intended between water caltrop pulp and water caltrop starch enter Row selects, and when allowing selection final products be water caltrop pulp, then rotation cylinder is stretched out makes a belt conveyor stretch out, and works as final products During for water caltrop starch, then rotation cylinder is shunk makes a belt conveyor rotate down, easy and simple to handle, strong applicability.

（4）Milling device of the present utility model changes Traditional Man Flour milling method, its overall process：Pedicellus et Pericarpium Trapae is integrally shelled Shell rubs pulverizing filtration and all need not manually be operated, thus pulverizing efficiency is higher.

（5）The mill upper end of this utility model milling equipment is designed with annular chute feeder, is provided with cylinder in chute feeder Charging cavity, thus water caltrop pulp can continual enter in the chute feeder of mill, then enters charging cavity by chute feeder, need not be with Traditional mill equally carries out discontinuous.

Brief description

With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.

Fig. 1 is overall schematic of the present utility model；

Fig. 2 is the structural representation that this utility model cuts housing apparatus；

Fig. 3 is partly cut-away's structure chart of the front view of Fig. 2；

Fig. 4 is the structural representation of this utility model Fig. 2 side view；

Fig. 5 is the partial structural diagram of A in Fig. 4；

Fig. 6 is the top view of this utility model Fig. 2；

Fig. 7 is the structural representation that this utility model divides housing apparatus；

Fig. 8 is what Fig. 7 saw from the bottom up structural representation；

Fig. 9 is partly cut-away's schematic diagram that this utility model divides housing apparatus；

Figure 10 is the structural representation of this utility model conversion equipment；

Figure 11 is the structural representation of this utility model milling device；

Figure 12 is partly cut-away's schematic diagram of this utility model screw conveyor；

Figure 13 is the partial structural diagram of this utility model raw material conveying device, pulverizing mechanism and filter powder cabin；

In figure：Cut housing apparatus 1, point housing apparatus 2, conversion equipment 3, milling device 4, body 11, feed hopper 12, discharging opening 121st, transmission wheel 13, panel groove 131, limiting plate 132, conveying device 14, belt transmission agency 141, height limiting plate 142, clamping plate 143rd, fastening spring 144, shelves flitch 145, cutting blade 146, material baffle 147, sucker 148, point shell storehouse 21, every coverboard 211, spray Mouth 212, agitating device 22, stirring motor 221, puddler 222, storage shell storehouse 23, water permeating board 231, water storehouse 24, water pump 241, interior Material transporter 25,31, belt conveyor 32 of fixed seat, 33, No. two belt conveyors 34 of rotation cylinder, sub-material storehouse 35, A number storehouse 351, two storehouse 352, three belt conveyor 36, screw conveyor 41, screw auger 411, material leakage pipe 412, strand Broken mechanism 413, agitation blade 414, rubbing motor 415, raw material conveying device 42, sliding plate 421, pulverizing mechanism 43, mechanical stone Mill 431, hampering plate 432, upper millstone 433, chute feeder 434, charging cavity 435, filter powder cabin 44.

Specific embodiment

In order that technological means, creation characteristic, reached purpose and effect that this utility model is realized are easy to understand, under Face combines specific embodiment, and this utility model is expanded on further.

As shown in fig. 1, a kind of Pedicellus et Pericarpium Trapae described in the utility model is peeled off pulverizing all-in-one automatically, including cut housing apparatus 1, point Housing apparatus 2, conversion equipment 3 and milling device 4.

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5 and Fig. 6, described housing apparatus 1 of cutting include body 11, feed hopper 12, pass Send wheel 13 and conveying device 14；Described feed hopper 12 is located at body 11 left upper portion, and described feed hopper 12 lower end symmetrically sets It is equipped with a pair of infundibulate discharging opening 121, during work, the Pedicellus et Pericarpium Trapae do not peeled off is put in feed hopper 12, then pass through a pair of discharging opening 121 spill；

Described transmission wheel 13 has a pair, and a pair of transmission wheel 13 is arranged symmetrically in below feed hopper 12, and transmission wheel 13 is right Claim to be arranged on the left of body 11, described transmission wheel 13 is evenly arranged with no less than ten panel grooves 131, described panel groove 131 are used for placing Pedicellus et Pericarpium Trapae, and described panel groove 131 lumen width is 3cm, thus Pedicellus et Pericarpium Trapae can be in panel groove with vertical state In 131, and on the right side of transmission wheel 13, it is disposed with circular arc limiting plate 132, limiting plate 132 is used for limiting in entrance panel groove 131 Pedicellus et Pericarpium Trapae, prevents the Pedicellus et Pericarpium Trapae entering in panel groove 131 from dropping during transmission wheel 13 rotation, described limiting plate 132 upper end It is fixedly connected with feed hopper 12；During work, external motor drives transmission wheel 13 to rotate, and the Pedicellus et Pericarpium Trapae dropping from a pair of discharging opening 121 enters Enter in each panel groove 131 of each transmission wheel 13, then serially enter in conveying device 14 through each panel groove 131.

The volume of described panel groove 131 is more than the average external volume of a Pedicellus et Pericarpium Trapae and is less than the average external volume of two Pedicellus et Pericarpium Trapaes, from And, panel groove 131 can only allow a Pedicellus et Pericarpium Trapae to enter every time；

Described conveying device 14 includes a pair being symmetrically fixed on body 11 belt transmission agency 141 of both sides, water in front and back Flat a pair of the height limiting plate 142 being arranged in each belt transmission agency 141 top, two couple being located at each belt transmission agency 141 both sides Clamping plate 143 and fastening spring 144；

Described a pair of belt transmission agency 141 is located at each transmission wheel 13 lower section 3cm, thus rotating in transmission wheel 13 Cheng Zhong, each Pedicellus et Pericarpium Trapae can be fallen into belt transmission agency 141 with vertical state from transmission wheel 13 lower end, and is unlikely to because of stagnant Ullage From long and topple over, and each transmission wheel 13 lower left is provided with a pair grade of flitch 145, and striker plate 145 makes from transmission wheel 13 Pedicellus et Pericarpium Trapaes falling to belt transmission agency 141 will not be fallen on the left of transmission wheel 13, can only fall on the right side of transmission wheel 13 with belt Connecting gear 141 moves right；

Described height limiting plate 142 is arranged at each belt transmission agency 141 top 3cm, is provided with and cuts in the middle part of height limiting plate 142 Cutting blade 146, the effect of described height limiting plate 142 is to apply pressure to Pedicellus et Pericarpium Trapae upper end, and described cutting blade 146 is used for cutting Pedicellus et Pericarpium Trapae Angle, is provided with material baffle 147 on the right side of described height limiting plate 142 lower surface, described cutting blade 146 is respectively positioned on limit with material baffle 147 On high plate median plane；Thus Pedicellus et Pericarpium Trapae can be cut in half in the middle part of Pedicellus et Pericarpium Trapae by cutting blade 146, the effect of material baffle 147 is so that Half-open Pedicellus et Pericarpium Trapae is respectively along 147 liang of lateral movements of material baffle；

Described each material baffle 147 right part left and right sides are all symmetrically arranged with sucker 148, and each sucker 148 all each connects Connect outside air pump, sucker 148 is used for adsorbing half-open water caltrop pulp in motor process, due to the Pedicellus et Pericarpium Trapae meat surface light being cut open Sliding, sucker 148 adsorption effect is preferable, and the housing of Pedicellus et Pericarpium Trapae is not subject to suction, and Shell of Water Chestnut is subject to belt transmission agency 141 power to the right Effect, is easily separated with water caltrop pulp；

It is fixed with fastening spring 144 between described each clamping plate 143 and body 11, thus between each pair of clamping plate 143 Apart from adjustable；

When fastening spring 144 is in relaxed state, between each pair of described clamping plate 143 distance be 2cm, and each to folder Tight plate 143 is arranged symmetrically in each belt transmission agency 141 both sides in front and back along each belt transmission agency 141 median plane, thus with skin The Pedicellus et Pericarpium Trapae that tape transport 141 moves between clamping plate 143 can remain vertical state between clamping plate 143 to the right Motion, and the adjustment effect due to fastening spring 144, can keep Pedicellus et Pericarpium Trapae to be in skin when moving on belt transmission agency 141 In the middle part of tape transport 141, thus Pedicellus et Pericarpium Trapae is during subsequent motion, Pedicellus et Pericarpium Trapae is half-and-half cut open from middle part；

Described belt transmission agency 141 is conventional belt conveyer.

During work, when Pedicellus et Pericarpium Trapae is from after each panel groove 131 one by one belt transmission agency 141, Pedicellus et Pericarpium Trapae is in belt transmission agency Moved right in each pair of clamping plate 143 with vertical state in the presence of 141, and in motor process, Pedicellus et Pericarpium Trapae is by height limiting plate 142 Cutting blade 146 cut the Pedicellus et Pericarpium Trapae into two, being separated in half along 147 liang of lateral movements of material baffle, and sucker on material baffle 147 Under 148 adsorption, the water caltrop pulp of each double Pedicellus et Pericarpium Trapae and Shell of Water Chestnut are separated from each other；

As shown in Fig. 1, Fig. 7, Fig. 8 and Fig. 9, described point housing apparatus 2 include a point shell storehouse 21, agitating device 22, storage shell storehouse 23rd, water storehouse 24 and interior material transporter 25；

Described point shell storehouse 21 is located at cuts housing apparatus 1 lower right-hand side, and described point shell storehouse 21 base plate is along before and after point shell storehouse 21 Direction is progressively arranged downwards from back to front, point built-in full water in shell storehouse 21, thus cut and detached after housing apparatus 1 effect through cutting Water caltrop pulp and Shell of Water Chestnut enter in point shell storehouse 21 from cutting housing apparatus 1 right side, due to the heavier mass of water caltrop pulp, the quality of Shell of Water Chestnut Relatively light, the water caltrop pulp entering point shell storehouse 21 sinks to point shell storehouse 21 bottom and slides to point shell storehouse 21 bottom front, and Shell of Water Chestnut floats on point On the liquid level of shell storehouse 21, described point shell storehouse 21 front portion is provided with every coverboard 211, and described is evenly arranged with circle on coverboard 211 Shape sieve aperture, described point shell storehouse 21 bottom is provided with a pair of nozzles 212, and described nozzle 212 is used for water in agitation point shell storehouse 21 Stream, and can be used for adding water into point shell storehouse 21, the effect of agitation current is so that the Shell of Water Chestnut and Pedicellus et Pericarpium Trapae not partly being kept completely separate Meat rotates vibration in point shell storehouse 21, so that Shell of Water Chestnut is kept completely separate with water caltrop pulp；

Described agitating device 22 include being fixed on point stirring motor 221 of shell storehouse 21 upper end and with stirring motor 221 Connected puddler 222, described puddler 222 stretches in point shell storehouse 21, and during work, stirring motor 221 rotates and drives stirring Bar 222 rotates, and described agitating device 22 is used for current and Pedicellus et Pericarpium Trapae in agitation point shell storehouse 21, and the effect of agitating device 22 is same It is to separate in point shell storehouse 21 with water caltrop pulp for the Shell of Water Chestnut that accelerating part is not kept completely separate；

Described storage shell storehouse 23 is located at point shell storehouse 21 rear, and storage is provided with water permeating board 231 in the middle part of shell storehouse 23, during work, leads to Cross nozzle 212 persistently to add water toward point shell storehouse 21 filling water, or by the agitaion of agitating device 22, float on a point shell storehouse 21 Shell of Water Chestnut on liquid level all can diffuse out with current and drops down in storage shell storehouse 23, the effect through water permeating board 231, and Shell of Water Chestnut can be piled up Above water permeating board 231, and will enter under storage shell storehouse 23 through water permeating board 231 with the water that Shell of Water Chestnut flows into storage shell storehouse 231 Portion；

Described water storehouse 24 is located at point shell storehouse 21 right, described point of shell storehouse 21 and water storehouse 24, storage shell storehouse 23 and water storage It is connected with pipeline between storehouse 24 two-by-two, the pipeline between described water storehouse 24 and point shell storehouse 21 is provided with water pump 241, described storage Pipeline one end between sump 24 and point shell storehouse 21 is connected water storehouse 24 bottom, and its other end connects the nozzle of point shell storehouse 21 bottom 212, when needs stir to current in point shell storehouse 21, or make Shell of Water Chestnut in point shell storehouse 21 together diffuse out storage shell storehouse with water When 23, then water pump 241 is made to work, the water in water storehouse 24 sprays into a point shell storehouse from water storehouse 24 through nozzle after water pump 241 effect 21；

Described interior material transporter 25 is conventional belt conveyer, and interior material transporter 25 bottom is fixed on a point shell storehouse 21 Bottom front, interior material transporter 25 top is fixed on front on point shell storehouse 21, and the conveyer belt of interior material transporter 25 is arranged Have a leaking hole, and interior material transporter 25 be integrally located at point front side board in shell storehouse 21 and point shell storehouse 21 between coverboard 211, work When making, the water caltrop pulp positioned at point shell storehouse 21 bottom front is sent to interior material transporter in the presence of interior material transporter 25 25 tops, the described effect playing obstruction Shell of Water Chestnut every coverboard 211, it is to avoid divide the Shell of Water Chestnut floating on liquid level in shell storehouse 21 with interior material Transporter 25 is transported away, and described leaking hole prevents water caltrop pulp to carry part water and is transported out with interior material transporter 25 Go.

During work, point built-in full water in shell storehouse 21, thus through cutting cut after housing apparatus 1 effect and detached water caltrop pulp and Pedicellus et Pericarpium Trapae From cutting in housing apparatus 1 right side entrance point shell storehouse 21, the water caltrop pulp entering point shell storehouse 21 sinks to point shell storehouse 21 bottom and slides to angle shell Divide shell storehouse 21 bottom front, Shell of Water Chestnut floats on point shell storehouse 21 liquid level；

Then, stirring motor 221 rotates and drives puddler 222 to rotate, thus the current in agitation point shell storehouse 21 and Pedicellus et Pericarpium Trapae, Meanwhile, water pump 241 works, the water in water storehouse 24 through water pump 241 effect after from water storehouse 24 through nozzle spray into point shell storehouse 21 with Agitation current, so that the Shell of Water Chestnut that part is not kept completely separate rotates vibration with water caltrop pulp in point shell storehouse 21, make a point shell storehouse Shell of Water Chestnut in 21 and water caltrop pulp are all kept completely separate；

And persistently added water toward point shell storehouse 21 filling water by nozzle 212, and by the agitaion of agitating device 22, Float on the Shell of Water Chestnut on point shell storehouse 21 liquid level all to diffuse out with current and drop down in storage shell storehouse 23, the effect through water permeating board 231, Shell of Water Chestnut can be deposited in above water permeating board 231, and will enter through water permeating board 231 with the water that Shell of Water Chestnut flows into storage shell storehouse 231 Enter to store up shell storehouse 23 bottom；

Meanwhile, the water caltrop pulp positioned at point shell storehouse 21 bottom front is sent to interior material in the presence of interior material transporter 25 Transporter 25 top.

As shown in Fig. 1 and Figure 10, described conversion equipment 3 includes fixed seat 31, belt conveyor 32, a rotation cylinder 33rd, it is located at No. two belt conveyors 34 in a belt conveyor 32 front, be located at a belt conveyor 32 and No. two belts The sub-material storehouse 35 of conveyer 34 lower section and be arranged on No. three belt conveyors 36 in sub-material storehouse 35；

Described fixed seat 31 is located at below described interior material transporter 25 top；

Described belt conveyor 32 rear end thereof is connected in fixed seat 31, during work, through interior material transporter 25 transport water caltrop pulps from interior material transporter 25 top enter a belt conveyor 32, described rotation cylinder 33 one end with Fixed seat 31 is hinged, and rotation cylinder 33 other end is hinged with belt conveyor 32 front end, and rotation cylinder 33 is stretched and can be carried A dynamic belt conveyor 32 rotates around fixed seat 31；

When a belt conveyor 32 is the level of state, described belt conveyor 32 front end is defeated with No. two belts Machine 34 rear end is sent to contact, now, the water caltrop pulp on a belt conveyor 32 is moveable to No. two belt conveyors 34 On；

No. two storehouses 352 that described sub-material storehouse 35 includes a storehouse 351 and is located at storehouse 351 front, described three Number belt conveyor 36 bottom is fixed on storehouse 351 bottom right, and it is left that No. three belt conveyor 36 tops are located at a storehouse 351 Above side.

Under original state, rotation cylinder 33 is in the state of stretching out, a belt conveyor 32 and No. two belt conveyors 34 It is in same plane, during work, when carrying out pulverizing to Pedicellus et Pericarpium Trapae, then water caltrop pulp is through a belt conveyor 32 and No. two belts No. two storehouses are entered from No. two belt conveyors 34, thus being collected after conveyer 34；When needing to carry out pulverizing to Pedicellus et Pericarpium Trapae, Then rotation cylinder 33 is shunk, and a belt conveyor 32 rotates down around fixed seat 31, thus, water caltrop pulp is through a Belt Conveying Enter in a storehouse 351 after machine 32, then through No. three belt conveyors 36 in a storehouse 251, water caltrop pulp is transported to No. three belts Transporter 36 top.

As shown in Fig. 1, Figure 12 and Figure 13, described milling device 4 includes screw conveyor 41, raw material conveying device 42nd, pulverizing mechanism 43 and filter powder cabin 44；

Described screw conveyor 41 is horizontally disposed from front to back along storehouse 351 fore-and-aft direction, and spiral transmission dress Put 41 to be located at below No. three belt conveyor 36 tops, in screw conveyor 41, be provided with screw auger 411, during work, quilt The water caltrop pulp being sent to No. three belt conveyor 36 tops falls in screw conveyor 41, described screw conveyor 41 rear portion Lower section is provided with material leakage pipe 412, is provided with rubbing mechanism 413, falls into the Pedicellus et Pericarpium Trapae in screw conveyor 41 in described material leakage pipe 412 Angle meat is sent in material leakage pipe 412 through screw auger 411, then is rubbed through rubbing mechanism 413；

Described rub a pair of agitation blade 414 that mechanism 413 includes being arranged in material leakage pipe 412 and with agitation knife Piece 414 passes through the rubbing motor 415 that axle is connected, and during work, rubs motor 415 work and drives a pair of agitation blade 414 in material leakage Rotate to rub water caltrop pulp in pipe 412；

Described raw material conveying device 42 be conventional belt conveyer, raw material conveying device 42 fore-and-aft direction from back to front by Step tilts upward arrangement, and raw material conveying device 42 front end is located at below material leakage pipe 412, and raw material conveying device 42 rear end is located at and cuts Below the conveying device 14 of housing apparatus 1, described raw material conveying device 42 rear end is provided with sliding plate 421 diagonally downward；During work, The Pedicellus et Pericarpium Trapae minced meat being rubbed enter raw material conveying device 42 front end from material leakage pipe 412, then are transported to Pedicellus et Pericarpium Trapae through raw material conveying device 42 Angle conveyer device 42 rear end, then flour mill structure 43 is entered from described sliding plate 421；

Described pulverizing mechanism 43 includes mechanical stone mill 431 and hampering plate 432, the upper millstone 433 of described mechanical stone mill 431 Upper end is provided with annular chute feeder 434 and is arranged on the cylindrical charging cavity 435 in chute feeder 434；Described feeding Groove 434 section is semicircle, and described chute feeder 434 is used for the Pedicellus et Pericarpium Trapae minced meat that storage enters upper millstone 433, described sliding plate 421 bottoms are located in chute feeder 434, and during work, Pedicellus et Pericarpium Trapae minced meat constantly enter chute feeder 434, described hampering plate from sliding plate 421 432 one end are fixedly connected with cutting housing apparatus 1, and hampering plate 432 other end is located in chute feeder 434, and described hampering plate 432 is used for hindering Pedicellus et Pericarpium Trapae minced meat being synchronized with the movement with upper millstone 433 in chute feeder 434, so that Pedicellus et Pericarpium Trapae minced meat enter be located in chute feeder 434 Charging cavity 435 in, and then ground by mechanical stone mill 431；

Described filter powder cabin 44 is located at below mechanical stone mill 431 rear side, is provided with gauze, described filter powder in the middle part of filter powder cabin 44 Storehouse 44 is connected by pipeline with storage shell storehouse 23, during work, the water caltrop starch that is ground from mechanical stone mill 431 and being ground with Pedicellus et Pericarpium Trapae The lapping liquid producing falls in filter powder cabin 44, then the filtration through gauze, and water caltrop starch is located at gauze upper end, and its lapping liquid enters Enter to filter powder cabin 44 bottom, thus realize water caltrop starch separating with lapping liquid.

During work, the Pedicellus et Pericarpium Trapae do not peeled off is put in feed hopper 12, then is spilt by a pair of discharging opening 121；Now, outside Motor drives transmission wheel 13 to rotate, and enters in each panel groove 131 of each transmission wheel 13 from the Pedicellus et Pericarpium Trapae that a pair of discharging opening 121 drops, Drop on belt transmission agency 141 one by one through each panel groove 131 again, Pedicellus et Pericarpium Trapae is in the presence of belt transmission agency 141 with perpendicular Straight state moves right in each pair of clamping plate 143, and in motor process, Pedicellus et Pericarpium Trapae is cut by the cutting blade 146 of height limiting plate 142 Be slit into two halves, the Pedicellus et Pericarpium Trapae being separated in half along 147 liang of lateral movements of material baffle, and on material baffle 147 sucker 148 adsorption Under, the water caltrop pulp of each double Pedicellus et Pericarpium Trapae and Shell of Water Chestnut are separated from each other.

Under original state, point built-in full water in shell storehouse 21, thus through cutting cut after housing apparatus 1 effect and detached water caltrop pulp With Shell of Water Chestnut from cutting in housing apparatus 1 right side entrance point shell storehouse 21, the water caltrop pulp entering point shell storehouse 21 sinks to point shell storehouse 21 bottom simultaneously Slide to point shell storehouse 21 bottom front, Shell of Water Chestnut floats on point shell storehouse 21 liquid level；Then, stirring motor 221 rotates and drives puddler 222 rotations, thus the current in agitation point shell storehouse 21 and Pedicellus et Pericarpium Trapae, meanwhile, water pump 241 works, and the water in water storehouse 24 is through water pump Point shell storehouse 21 is sprayed into stir current from water storehouse 24 through nozzle after 241 effects, so that the Pedicellus et Pericarpium Trapae that part is not kept completely separate Shell rotates vibration with water caltrop pulp in point shell storehouse 21, so that the Shell of Water Chestnut in point shell storehouse 21 is all kept completely separate with water caltrop pulp；And it is logical Cross nozzle 212 persistently to add water toward point shell storehouse 21 filling water, and by the agitaion of agitating device 22, float on a point shell storehouse 21 Shell of Water Chestnut on liquid level all can diffuse out with current and drops down in storage shell storehouse 23, the effect through water permeating board 231, and Shell of Water Chestnut can be piled up Above water permeating board 231, and will enter under storage shell storehouse 23 through water permeating board 231 with the water that Shell of Water Chestnut flows into storage shell storehouse 231 Portion；Meanwhile, the water caltrop pulp positioned at point shell storehouse 21 bottom front is sent to interior material transmission in the presence of interior material transporter 25 Device 25 top.

Under original state, rotation cylinder 33 is in the state of stretching out, a belt conveyor 32 and No. two belt conveyors 34 It is in same plane, when carrying out pulverizing to Pedicellus et Pericarpium Trapae, then water caltrop pulp is through a belt conveyor 32 and No. two Belt Conveyings No. two storehouses are entered from No. two belt conveyors 34, thus being collected after machine 34；When needing to carry out pulverizing to Pedicellus et Pericarpium Trapae, then turn Cylinder 33 of taking offence shrinks, and a belt conveyor 32 rotates down around fixed seat 31, thus, water caltrop pulp is through a belt conveyor 32 Enter in a storehouse 351 afterwards, then through No. three belt conveyors 36 in a storehouse 251, water caltrop pulp is transported to No. three belt-conveyings Machine 36 top.

The water caltrop pulp being sent to No. three belt conveyor 36 tops falls in screw conveyor 41, described spiral transmission Device 41 lower rear is provided with material leakage pipe 412, is provided with rubbing mechanism 413 in described material leakage pipe 412, falls into spiral transmission dress The water caltrop pulp put in 41 is sent in material leakage pipe 412 through screw auger 411, acts on after rubbing mechanism 413, rubs motor 415 Work drives a pair of agitation blade 414 to rotate to rub water caltrop pulp in material leakage pipe 412.

The Pedicellus et Pericarpium Trapae minced meat being rubbed enter raw material conveying device 42 front end from material leakage pipe 412, then through raw material conveying device 42 It is transported to Pedicellus et Pericarpium Trapae conveyer device 42 rear end, then the chute feeder 434 described in flour mill structure 43 is entered from described sliding plate 421 Interior, during Pedicellus et Pericarpium Trapae minced meat constantly enter chute feeder 434 from sliding plate 421, because hampering plate 432 constantly hinders Pedicellus et Pericarpium Trapae minced meat Being synchronized with the movement with upper millstone 433 in chute feeder 434, so that Pedicellus et Pericarpium Trapae minced meat constantly enter from chute feeder 434 be located at In charging cavity 435 in chute feeder 434, then ground by mechanical stone mill 431.

The lapping liquid being ground generation from the water caltrop starch that mechanical stone mill 431 is ground with Pedicellus et Pericarpium Trapae falls in filter powder cabin 44, Again through gauze filtration so that water caltrop starch be located at gauze upper end, its lapping liquid enter filter powder cabin 44 bottom, thus realizing Water caltrop starch is separated with lapping liquid.

Of the present utility model ultimate principle, principal character and advantage have been shown and described above.The technical staff of the industry It should be appreciated that this utility model is not restricted to the described embodiments, the simply explanation of the description in above-described embodiment and description Principle of the present utility model, on the premise of without departing from this utility model spirit and scope, this utility model also has various changes Change and improve, these changes and improvements both fall within the range of claimed this utility model.This utility model claims model Enclose by appending claims and its equivalent thereof.

Claims (4)

1. a kind of Pedicellus et Pericarpium Trapae automatically peel off pulverizing all-in-one it is characterised in that：Including cutting housing apparatus (1), point housing apparatus (2), conversion Device (3) and milling device (4), wherein：

Described housing apparatus (1) of cutting include body (11), feed hopper (12), transmission wheel (13) and conveying device (14)；Described Feed hopper (12) is located at body (11) left upper portion, and described feed hopper (12) lower end is symmetrically arranged with a pair of infundibulate discharging opening (121)；

Described transmission wheel (13) has a pair, and a pair of transmission wheel (13) is arranged symmetrically in below feed hopper (12), and transmission wheel (13) it is arranged symmetrically on the left of body (11), described transmission wheel (13) is evenly arranged with no less than ten panel grooves (131), And on the right side of transmission wheel (13), it is disposed with circular arc limiting plate (132), described limiting plate (132) upper end is mutually solid with feed hopper (12) Even；

The volume of described panel groove (131) is more than the average external volume of a Pedicellus et Pericarpium Trapae and is less than the average external volume of two Pedicellus et Pericarpium Trapaes；

Described conveying device (14) include symmetrically being fixed on for a pair the belt transmission agency (141) of both sides before and after body (11), It is arranged horizontally in a pair of the height limiting plate (142) above each belt transmission agency (141), be located at each belt transmission agency (141) two Two pairs of clamping plates (143) of side and fastening spring (144)；

Described a pair of belt transmission agency (141) is located at 3cm below each transmission wheel (13), and left below each transmission wheel (13) Side is provided with a pair grade of flitch (145)；

Described height limiting plate (142) is arranged at 3cm above each belt transmission agency (141), in the middle part of height limiting plate (142) lower surface It is provided with cutting blade (146), on the right side of described height limiting plate (142) lower surface, be provided with material baffle (147), described cutting blade (146) it is respectively positioned on height limiting plate median plane with material baffle (147)；

Described each material baffle (147) right part left and right sides are all symmetrically arranged with sucker (148), and each sucker (148) is all respective Connect outside air pump；

It is fixed with fastening spring (144) between described each clamping plate (143) and body (11)；

When fastening spring (144) is in relaxed state, between each pair of described clamping plate (143) distance be 2cm, and each to folder Tight plate (143) is arranged symmetrically in each belt transmission agency (141) both sides in front and back along each belt transmission agency (141) median plane；

Described belt transmission agency (141) is conventional belt conveyer.

2. a kind of Pedicellus et Pericarpium Trapae according to claim 1 automatically peel off pulverizing all-in-one it is characterised in that：Described point housing apparatus (2) a point shell storehouse (21), agitating device (22), storage shell storehouse (23), water storehouse (24) and interior material transporter (25) are included；

Described point shell storehouse (21) is located at cuts housing apparatus (1) lower right-hand side；

Described point shell storehouse (21) base plate is progressively arranged downwards from back to front along point shell storehouse (21) fore-and-aft direction, and described divides shell storehouse (21) front portion is provided with every coverboard (211), and described is evenly arranged with round sieve on coverboard (211), and described divides shell storehouse (21) bottom is provided with a pair of nozzles (212)；

Described agitating device (22) includes being fixed on stirring motor (221) and and the stirring motor of point shell storehouse (21) upper end (221) puddler (222) being connected, described puddler (222) stretches in point shell storehouse (21)；

Described storage shell storehouse (23) is located at point shell storehouse (21) rear, is provided with water permeating board (231) in the middle part of storage shell storehouse (23)；

Described water storehouse (24) is located at point shell storehouse (21) right, described point of shell storehouse (21) and water storehouse (24), storage shell storehouse (23) And water storehouse (24), storage shell storehouse (23) and water storehouse (24) between be connected with pipeline two-by-two, described water storehouse (24) with divide a shell storehouse (21) water pump (241) is provided with the pipeline between, the pipeline one end between described water storehouse (24) and point shell storehouse (21) is connected Water storehouse (24) bottom, its other end connects the nozzle (212) of point shell storehouse (21) bottom；

Described interior material transporter (25) is conventional belt conveyer, and interior material transporter (25) bottom is fixed on a point shell storehouse (21) bottom front, interior material transporter (25) top is fixed on the upper front in point shell storehouse (21), the biography of interior material transporter (25) Send and leaking hole is provided with band, and interior material transporter (25) is integrally located at point front side board in shell storehouse (21) and point shell storehouse (21) Between coverboard (211).

3. a kind of Pedicellus et Pericarpium Trapae according to claim 1 automatically peel off pulverizing all-in-one it is characterised in that：Described conversion equipment (3) include fixed seat (31), belt conveyor (32), rotation cylinder (33), be located in front of a belt conveyor (32) No. two belt conveyors (34), be located at sub-material storehouse below belt conveyor (32) and No. two belt conveyors (34) And be arranged on No. three belt conveyors (36) in sub-material storehouse (35) (35)；

Described fixed seat (31) is located at below described interior material transporter (25) top；

Described belt conveyor (32) rear end thereof is connected in fixed seat (31), described rotation cylinder (33) one end with Fixed seat (31) is hinged, and rotation cylinder (33) other end is hinged with belt conveyor (32) front end；

When a belt conveyor (32) is the level of state, described belt conveyor (32) front end is defeated with No. two belts Machine (34) rear end is sent to contact；

Described sub-material storehouse (35) includes a storehouse (351) and No. two storehouses (352) in front of a storehouse (351), described No. three belt conveyor (36) bottoms be fixed on storehouse (351) bottom right, No. three belt conveyor (36) tops are located at Top on the left of a number storehouse (351).

4. a kind of Pedicellus et Pericarpium Trapae according to claim 1 automatically peel off pulverizing all-in-one it is characterised in that：Described milling device (4) screw conveyor (41), raw material conveying device (42), pulverizing mechanism (43) and filter powder cabin (44) are included；

Described screw conveyor (41) is horizontally disposed from front to back along storehouse (351) fore-and-aft direction, and spiral transmission dress Put (41) to be located at below No. three belt conveyor (36) tops, in screw conveyor (41), be provided with screw auger (411), institute State screw conveyor (41) lower rear and be provided with material leakage pipe (412), in described material leakage pipe (412), be provided with rubbing mechanism (413)；

Described rubbing mechanism (413) include a pair of agitation blade (414) being arranged in material leakage pipe (412) and with agitation Blade (414) passes through the rubbing motor (415) that axle is connected；

Described raw material conveying device (42) be conventional belt conveyer, raw material conveying device (42) fore-and-aft direction from back to front by Step tilts upward arrangement, and raw material conveying device (42) front end is located at below material leakage pipe (412), raw material conveying device (42) rear end Being located at cuts below the conveying device (14) of housing apparatus (1), and described raw material conveying device (42) rear end is provided with lubricating substance diagonally downward Plate (421)；

Described pulverizing mechanism (43) includes mechanical stone mill (431) and hampering plate (432), the upper mill of described mechanical stone mill (431) Disk (433) upper end is provided with annular chute feeder (434) and is arranged on the cylindrical charging cavity in chute feeder (434) (435)；Described chute feeder (434) section is semicircle, and described sliding plate (421) bottom is located in chute feeder (434), institute State hampering plate (432) one end and cut housing apparatus (1) and be fixedly connected with, hampering plate (432) other end is located in chute feeder (434)；

Described filter powder cabin (44) is located at lower section on rear side of mechanical stone mill (431), is provided with gauze, described filter in the middle part of filter powder cabin (44) Powder cabin (44) is connected by pipeline with storage shell storehouse (23).