CN110643493A - Edible and medicinal fungus multistage screening equipment - Google Patents
Edible and medicinal fungus multistage screening equipment Download PDFInfo
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- CN110643493A CN110643493A CN201911017089.1A CN201911017089A CN110643493A CN 110643493 A CN110643493 A CN 110643493A CN 201911017089 A CN201911017089 A CN 201911017089A CN 110643493 A CN110643493 A CN 110643493A
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- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
- C12M33/00—Means for introduction, transport, positioning, extraction, harvesting, peeling or sampling of biological material in or from the apparatus
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- C12M—APPARATUS FOR ENZYMOLOGY OR MICROBIOLOGY; APPARATUS FOR CULTURING MICROORGANISMS FOR PRODUCING BIOMASS, FOR GROWING CELLS OR FOR OBTAINING FERMENTATION OR METABOLIC PRODUCTS, i.e. BIOREACTORS OR FERMENTERS
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- C12M33/14—Means for introduction, transport, positioning, extraction, harvesting, peeling or sampling of biological material in or from the apparatus with filters, sieves or membranes
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Abstract
The invention discloses a multi-stage screening device for edible and medicinal fungi, which structurally comprises: the invention realizes the flow screening effect of edible and medicinal floras by applying the screening trapezoid carrying groove to be matched with the edible and medicinal fungus box, applying the gradient swash plate slide lining frame floras of a turnplate dial frame to lower the edible and medicinal fungus groups through the edible and medicinal fungus box, leading the heavy-mass floras containing impurities to be swung by inclined fluid to enter a ladder rail ring frame groove for storage and package of a runner for discharge, leading the light-mass edible and medicinal floras with high purity to flow centripetally to form the gradual fluid mixing and purifying effect borne by a diversion disk, leading the saturated purity of the edible and medicinal fungi to form the effect that a turnplate pipe of the dial plate enters a test tube clamp rail frame, and then swinging along an ellipsoid clamp rail ring with large moment to obtain large-scale powder precipitates of the fungi and medicaments for facilitating the capsule shell medicine package and eating, and ensuring the gradient purifying and screening operation of the edible and medicinal fungi, ensuring the sufficient dosage of the medicine.
Description
Technical Field
The invention relates to multi-stage screening equipment for edible and medicinal fungi, and belongs to the field of edible fungi processing equipment.
Background
The edible and medicinal fungi are the content of the components of the injection agent which is commonly used in medicine, and also improve the medicinal purity of the medicinal components, so that the medicinal fungi can be injected or encapsulated for edible treatment, and the multi-stage screening and purification of the edible and medicinal fungi need to be performed by rotating and swinging to perform centrifugal and centripetal equipment operation, and the common defects to be optimized in the prior art comprise:
edible and medicinal fungus often needs culture dish cooperation low temperature refrigeration, this deposits to the multi-cylinder drawer type and causes culture dish space extrusion phenomenon, cause edible and medicinal fungus when systematic management storage screening, can cause the booth distance when the centrifugal shock culture dish to rock, space amplitude is not big, multi-stage screening is not careful, the moment of giving centrifugal force and centripetal force causes the operation of shortening, the fungus crowd that leads to the screening piles the partition obvious inadequately, mix easily and be drawed, the finished product quality of edible and medicinal fungus has been pressed down, also lead to the bonding disk body condition that long-time short distance stew for the built-in culture dish of equipment, the sliding inefficiency that rocks of leading to edible and medicinal fungus.
Disclosure of Invention
Aiming at the defects in the prior art, the invention aims to provide multi-stage screening equipment for edible and medicinal fungi, which aims to solve the problems that edible and medicinal fungi are frequently subjected to low-temperature refrigeration by the cooperation of a culture dish, the space extrusion phenomenon of the culture dish is caused by the drawer type storage of a plurality of cylinders, so that the edible and medicinal fungi can cause small-space shaking during centrifugal shaking of the culture dish during systematic management, storage and screening, the space amplitude is not large, the multi-stage screening is not delicate, the operation of shortening is caused to the centrifugal force and the moment of centripetal force, the screened flora pile is not obviously separated, the fungi are easy to mix and extract, the quality of the finished products of the edible and medicinal fungi is reduced, the condition of bonding a tray body which is kept still for a long time and a short distance is caused to the culture dish arranged in the equipment, and the shaking and.
In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a multistage screening installation of edible and medicinal fungus, its structure includes: test tube is transferred groove, filler opening, screening trapezoidal year groove, is pressed from both sides leaf spring pipe support, edible-medicinal fungus case, roller bearing motor, bottom stay frame seat, screening trapezoidal year groove hugs closely in edible-medicinal fungus case's right side and link up each other, the filler opening is equipped with more than two and all welds on the top in screening trapezoidal year groove, the test tube is transferred the groove nestification and is carried the lower right corner in groove and link up each other in screening trapezoidal, bottom stay frame seat is carried groove mechanical connection through pressing from both sides leaf spring pipe support and screening trapezoidal year groove, roller bearing motor hugs closely in the front side of screening trapezoidal year groove middle section bottom, edible-medicinal fungus case installs the upper left corner in bottom stay frame seat, press from both sides leaf spring pipe support more than two and hug closely respectively in the front and back both sides in screening trapezoidal year groove, screening trapezoidal year groove is equipped with test tube clamp rail frame, trapezoidal groove, dish that turns over turns to dial frame, trapezoidal rail ring frame, The ear detains post block holder, loads ware, spring plate seat, the test tube clamp rail frame with turn over the dish and dial a frame mechanical connection and be in on same vertical face, turn over the dish and dial the frame and insert the inside of inlaying at the dovetail groove, ladder rail ring frame groove is installed in turning over the dish and dial the inside of frame, it is equipped with two and hug closely respectively in the left and right sides of ear knot post block holder to load the ware, the ear is detained the post block holder and is installed on the top surface of spring plate seat, the spring plate seat is inserted and is inlayed in the inside of dovetail groove, spacer wheel nestification is on the top of ear knot post block holder, the dovetail groove is hugged closely in the right side of edible-medicinal fungus case and is link up each other.
In order to optimize the technical scheme, the method further comprises the following steps:
as a further improvement of the invention, the test tube clamping rail frame consists of a test tube barrel, an ellipsoid clamping rail ring and a side spring buckling frame, wherein the test tube barrel and the ellipsoid clamping rail ring are buckled together, the axes of the test tube barrel and the ellipsoid clamping rail ring are collinear, and the ellipsoid clamping rail ring and the side spring buckling frame are mechanically connected and are positioned on the same horizontal line.
As a further improvement of the invention, the ellipsoid clamping rail ring consists of an ellipsoid clamping buckle pad, a buckle attaching rail and convex pad wing plates, two convex pad wing plates are arranged and are respectively inserted and embedded at the left side and the right side of the buckle attaching rail, and the ellipsoid clamping buckle pad is closely attached to the front side of the convex pad wing plates and is positioned on the same vertical plane.
As a further improvement of the invention, the turning disc stirring frame consists of a flow guide disc, a centrifugal wheel and a track support, wherein the track support is mechanically connected with the flow guide disc through the centrifugal wheel, and the centrifugal wheel is nested in the upper left corner of the flow guide disc and is vertical to the flow guide disc.
As a further improvement of the invention, the flow guide disc comprises a round frame disc, a corrugated inclined plate, a narrow groove plate seat and a fin plate, wherein the narrow groove plate seat and the round frame disc are welded into a whole, the axes of the narrow groove plate seat and the round frame disc are collinear, the corrugated inclined plate is tightly attached to the top of the narrow groove plate seat and is positioned on the same inclined plane, and the two fin plates are inserted and embedded under the bottom of the narrow groove plate seat.
As a further improvement of the invention, the ladder rail ring frame groove consists of a ring frame slide way, a transfer ball cylinder and a material discharging kettle nozzle, the ring frame slide way and the transfer ball cylinder are welded into a whole and are communicated with each other, and the material discharging kettle nozzle is inserted and embedded under the bottom of the transfer ball cylinder.
As a further improvement of the invention, the ring frame slideway consists of a roller ball, a ring frame channel and a cotton core strip block, wherein the roller ball is in clearance fit with the ring frame channel, and the cotton core strip block is inserted and embedded in the ring frame channel.
As a further improvement of the invention, the circulation ball cylinder is composed of a ball cylinder shell ring, a ball core groove, a circulation ball bag groove and a drainage tube, wherein the ball cylinder shell ring and the ball core groove are nested into a whole, the axes of the ball cylinder shell ring and the ball core groove are collinear, the ball core groove and the circulation ball bag groove are connected through glue and are communicated with each other, and the drainage tube is arranged on the left side of the ball core groove.
As a further improvement of the invention, the ear buckle column block seat consists of two ear buckle block blocks, a triangular seat and a plunger block, wherein the ear buckle block blocks are respectively inserted and embedded at the left side and the right side of the triangular seat, and the triangular seat is tightly attached to the top surface of the plunger block and is positioned on the same vertical surface.
As a further improvement of the invention, the sticking track is of a slip ring track structure with narrow left and right, wide middle and narrow track, so that the test tube can be conveniently shaken by large moment in an ellipsoidal track, powdery precipitation of high-purity edible and medicinal fungi can be ensured, and later capsule filling operation can be conveniently carried out.
As a further improvement of the invention, the narrow-slot plate seat is of a funnel-shaped concave plate structure with wide upper part and wide lower part and narrow middle part, a corrugated flow guide effect is formed by the raised inclined plane at the top end, so that the flora fluctuates and slides, and the small-amplitude sieving effect of the edible and medicinal flora is formed by matching with the flapping of the fins at the lower side.
As a further improvement of the invention, the cotton core strip block is in a long round strip block structure with the cotton core outer ring and the through pipe arranged inside, so that the downward sliding operation of fluid filling formed by the penetration of the external cotton core absorption flora into the inner pipe is facilitated, the pre-separation operation of impurity flora is ensured, and the difficulty in screening in the mixed later period is avoided.
As a further improvement of the invention, the circulation balloon groove is of a balloon groove structure with left and right balloons and a communicating pipe at the bottom, so that the alternating arcs of the left and right balloons can realize the layering of airflow containing various impurity edible and medicinal fungi by sucking in layers, and then the circulation extraction of the ball core is matched, thereby ensuring the impurity to be removed greatly and forming the pretreatment for the later screening of flora.
Advantageous effects
The invention relates to multistage screening equipment for edible and medicinal fungi, wherein a worker pours a solution mixed with the edible and medicinal fungi into an edible and medicinal fungi box, and then the ladder-shaped groove of a screening ladder-shaped loading groove is formed into integral equipment erection on a bottom support rod frame seat through the butt joint of a test tube lowering groove and a filler port, then the worker starts a roller motor to roll a spring tube frame of a spring pulling splint to vertically fluctuate and shake and screen flora for purification, during the purification, the centrifugal wheel of a turning disc stirring frame rolls on a track support to turn a round frame disc of a flow guide disc, the edible and medicinal flora on a narrow groove plate seat is filtered to a fin plate through fluctuation of a corrugated inclined plate to beat and shake the flora, then the round frame disc is replaced by levels one by one to carry out stepped receiving and filtration, during the process of turning and shaking, the heavy-mass impurity flora is absorbed through a ring frame slideway of a ring rail ring groove, a roller pushes a cotton core block flow guide bar in the ring groove of a ring cylinder shell ring and a ball core groove, and then, fluid flora is extracted by layered filtration through a circulation balloon groove and is led into a drainage tube and finally discharged to a loading vessel from a discharge kettle nozzle, after the internal capacity of the loading vessel reaches an upper limit, the loading vessel is occluded by an ear buckle plate block of an ear buckle column block seat through a spacer wheel spacer, so that the loading vessel alternately converts and bears the heavy weight of the purified flora on a spring plate seat along the left side and the right side of a triangular seat and a plunger block for screening, the purified edible and medicinal flora flows into a test tube barrel of a test tube clamp rail frame through a stepped structure, an ellipsoidal clamp pad of an ellipsoidal clamp rail ring and an attaching rail are pressed and attached to cooperate with a side buckle spring tube frame to draw a convex pad wing plate to move in an elliptic path, the vibration moment is large in length, the amount of powder of flora deposited by shaking is sufficient, and the working efficiency and the pharmaceutical yield of the multi-stage screening equipment for the edible and medicinal flora are ensured.
The invention has the following advantages after operation:
the screening trapezoidal carrier groove is matched with the edible and medicinal fungus box, the edible and medicinal fungus groups are placed under the edible and medicinal fungus box, the flowing screening effect of the gradient swash plate slide lining frame fungus groups of the turning disc shifting frame is realized, the heavy-mass edible and medicinal fungus groups can be swung by inclined surface fluid to enter the ladder rail ring frame groove to be stored in a packaging flow channel for storage and discharge, the high-purity light-mass edible and medicinal fungus groups can flow centripetally to form a gradual fluid mixing and purifying effect carried by a flow guiding disc, the saturated purity of the edible and medicinal fungus forms the effect that the turning pipe of the shifting plate enters the test tube clamping rail frame, and then the heavy torque swings along the ellipsoid clamping rail ring, so that fungus powder precipitates are convenient for capsule shell medicine to be eaten, the phenomena of dense fungus group distribution and low purification precision are improved, the large-batch gradient purification screening operation of the edible and medicinal fungus is ensured, and the dosage of the.
Drawings
Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:
FIG. 1 is a schematic structural diagram of a multistage screening apparatus for edible and medicinal fungi of the present invention.
FIG. 2 is a schematic cross-sectional view of a screening ladder-shaped loading chute according to the present invention.
FIG. 3 is a schematic cross-sectional view of the test tube clamp rail frame, the turning disc dial frame, the ladder rail ring frame groove and the ear buckle column block seat of the invention in working state.
Fig. 4 is a schematic view of the working state of the ellipsoidal rail clamping ring in a three-dimensional internal view.
FIG. 5 is a schematic view of the air-guiding disk according to the present invention in an operating state.
Fig. 6 is a schematic top view of the ring frame slideway of the present invention.
Fig. 7 is a perspective structural diagram of the working state of the circulation ball cylinder of the invention.
Description of reference numerals: test tube lowering groove-1, filler through hole-2, screening trapezoid carrying groove-3, plate spring clamping pipe frame-4, edible and medicinal fungus box-5, roller motor-6, bottom support rod frame seat-7, test tube clamping rail frame-3A, trapezoid groove-3B, turning disc dial frame-3C, trapezoid rail ring frame groove-3D, spacer wheel-3E, ear buckling column block seat-3F, loading dish-3G, reed plate seat-3H, test tube cylinder-3A 1, ellipsoid clamping rail ring-3A 2, side buckling reed pipe frame-3A 3, ellipsoid clamping pad-3A 21, sticking buckling rail-3A 22, convex pad wing plate-3A 23, diversion disc-3C 1, centrifugal wheel-3C 2, rail frame-3C 3, circular frame corrugated disc-3C 11, inclined plate-3C 12, Narrow groove plate seat-3C 13, fin plate-3C 14, ring frame slideway-3D 1, circulation ball cylinder-3D 2, material discharging spout-3D 3, roller ball-3D 11, ring frame groove-3D 12, cotton core bar-3D 13, ball cylinder shell ring-3D 21, ball core groove-3D 22, circulation ball bag groove-3D 23, drainage tube-3D 24, ear buckle plate-3F 1, triangular seat-3F 2 and plunger block-3F 3.
Detailed Description
In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.
Referring to fig. 1 to 7, the present invention provides a multi-stage screening apparatus for edible and medicinal fungi, which comprises: test tube lowering groove 1, filler opening 2, screening trapezoidal year groove 3, splint reed pipe frame 4, edible-medicinal fungus case 5, roller motor 6, bottom stay rod frame seat 7, screening trapezoidal year groove 3 hugs closely in edible-medicinal fungus case 5's right side and link up each other, filler opening 2 is equipped with more than two and all welds on screening trapezoidal year groove 3's top, test tube lowering groove 1 nests in screening trapezoidal year groove 3's lower right corner and link up each other, bottom stay rod frame seat 7 carries groove 3 mechanical connection through pressing from both sides leaf spring frame 4 and screening trapezoidal year groove, roller motor 6 hugs closely in the front side of screening trapezoidal year groove 3 middle section bottom, edible-medicinal fungus case 5 installs in the upper left corner of bottom stay rod frame seat 7, press from both sides leaf spring 4 and be equipped with more than two and hug closely respectively in screening trapezoidal year groove 3 front and back both sides, screening trapezoidal year groove 3 is equipped with test tube clamp rail frame 3A, Trapezoidal groove 3B, turn over dish and dial frame 3C, trapezoidal rail ring frame groove 3D, spacer wheel 3E, ear buckle post seat 3F, load dish 3G, spring plate seat 3H, test tube clamp rail frame 3A with turn over dish and dial frame 3C mechanical connection and be in on same vertical face, turn over dish and dial frame 3C and insert the inside of inlaying in trapezoidal groove 3B, trapezoidal rail ring frame groove 3D installs in the inside that turns over dish and dial frame 3C, load dish 3G and be equipped with two and hug closely respectively in the left and right sides of ear buckle post seat 3F, ear buckle post seat 3F installs on the top surface of spring plate seat 3H, spring plate seat 3H inserts the inside of inlaying in trapezoidal groove 3B, spacer wheel 3E nestification is on the top of ear buckle post seat 3F, trapezoidal groove 3B hugs closely in the right side of medicinal fungi-eating box 5 and link up each other.
Referring to fig. 3, the test tube holder 3A is composed of a test tube barrel 3A1, an ellipsoid holder rail ring 3A2 and a side buckle spring holder 3A3, the test tube barrel 3A1 and the ellipsoid holder rail ring 3A2 are buckled together and have collinear axes, the ellipsoid holder rail ring 3A2 is mechanically connected with the side buckle spring holder 3A3 and is on the same horizontal line, the turning disc dial holder 3C is composed of a guide disc 3C1, a centrifugal wheel 3C2 and a rail holder 3C3, the rail holder 3C3 is mechanically connected with the guide disc 3C1 through a centrifugal wheel 3C2, the centrifugal wheel 3C2 is nested in the upper left corner of the guide disc 3C1 and is perpendicular to each other, the ring frame groove 3D is composed of a ring frame slideway 3D 5842, a flow cylinder 3D2 and a spout 3D3, the ring 3D1 and the slide 3D 585 are welded to form a discharge cylinder, and the discharge cylinder 5733D is inserted and welded to form a discharge cylinder 5733D discharge cylinder, ear knot pillar stand 3F comprises ear buckle piece 3F1, triangle seat 3F2, plunger piece 3F3, ear buckle piece 3F1 is equipped with two and inserts respectively and inlays the left and right sides at triangle seat 3F2, triangle seat 3F2 hugs closely on the top surface of plunger piece 3F3 and be in same vertical face, descends edible medical fungus crowd through water conservancy diversion dish 3C1 gradient formula and presss from both sides the test tube of rail ring 3A2 centre gripping for the ellipsoid, forms a tubulation centrifugal oscillation effect, and the wheel centrifugation of rolling at earlier stage sieves and moves high-efficiently, progressively divides the gradient with fungus crowd purity and promotes, rejects impurity quality dust and dislysate, and the accuracy of guarantee medicine quality and dosage is effective.
Referring to fig. 4, the ellipsoid clamping rail ring 3a2 is composed of an ellipsoid clamping pad 3a21, a buckling rail 3a22 and a convex pad wing plate 3a23, the convex pad wing plate 3a23 is provided with two and is respectively inserted and embedded at the left and right sides of the buckling rail 3a22, the ellipsoid clamping pad 3a21 is tightly attached to the front side of the convex pad wing plate 3a23 and is located on the same vertical plane, the buckling rail 3a22 is a sliding ring rail structure with narrow left and right sides and narrow middle and narrow track, so that a large-amplitude moment of an ellipsoid track conveniently shakes a test tube, powdery precipitation of high-purity edible and medicinal fungi is ensured, and later-stage capsule loading operation is facilitated, the test tube is clamped by the ellipsoid clamping pad 3a21 and then moves along the track through the buckling rail 3a22, so as to achieve a rotational oscillation effect of an ellipse moment length amplitude difference, which is larger than a conventional single centrifugal effect, and the precipitation quality is more complete.
Referring to fig. 5, the diversion disc 3C1 is composed of a circular frame disc 3C11, a corrugated sloping plate 3C12, a narrow groove plate seat 3C13 and a fin plate 3C14, the narrow groove plate seat 3C13 and the circular frame disc 3C11 are welded into a whole, the axes of the narrow groove plate seat and the circular frame disc are collinear, the corrugated sloping plate 3C12 is tightly attached to the top of the narrow groove plate seat 3C13 and is located on the same slope, two fin plates 3C14 are arranged and are inserted and embedded under the bottom of the narrow groove plate seat 3C13, the narrow groove plate seat 3C13 is a funnel-shaped concave plate structure with wide top and narrow bottom, a corrugated diversion flow guide effect is formed by the slope raised at the top end, and the flapping effect of the flora is formed by flapping of the fin on the lower side to form a small amplitude sieving effect of the edible and medicinal flora, the slope sloping plate 3C12 rolls and turns over to enter the fin plate 3C14 to shake and sieve to form a sieving effect.
Referring to fig. 6, the ring-frame slideway 3D1 is composed of a roller bead 3D11, a ring-frame channel 3D12, and a cotton core bar 3D13, the roller bead 3D11 and the ring-frame channel 3D12 are in clearance fit, the cotton core bar 3D13 is inserted into the ring-frame channel 3D12, the cotton core bar 3D13 is a long-round bar structure of a through pipe in an outer ring of a cotton core, so that external cotton core absorption flora permeates into an inner pipe to form a gliding operation of fluid injection, impurity flora is ensured to be subjected to pre-separation operation, late mixing and difficult screening are avoided, a dialysis filtering effect of descending the absorption flora along the internal flow of the absorption flora is formed by pressing and buckling the cotton core bar 3D13 in the ring-frame channel 3D12, and a filtering operation is performed on particle impurities contained in the edible medicinal bacterial solution.
Referring to fig. 7, the circulation ball cylinder 3D2 is composed of a ball cylinder shell ring 3D21, a ball core groove 3D22, a circulation ball bag groove 3D23, and a drainage tube 3D24, the ball cylinder shell ring 3D21 and the ball core groove 3D22 are nested into a whole and the axes are collinear, the ball core groove 3D22 and the circulation balloon groove 3D23 are connected by glue and are communicated with each other, the drainage tube 3D24 is arranged on the left side of the core groove 3D22, the circulation balloon groove 3D23 is a balloon groove structure with left and right balloons and a communicating pipe at the bottom, so that the alternating arc of the left and right balloons can realize the layered suction of air flow containing various impurity edible and medicinal fungi, and then the circulation extraction of the core is matched, thereby ensuring the substantial elimination of impurities, and forming the pretreatment for the later screening of flora, the flora liquid is extracted in the inner core layer by layer through the circulation balloon groove 3D23, then the screened heavy flora is removed through the drainage tube 3D24, and the primary layer removal of impurities is guaranteed.
The working process is as follows: the working personnel pours the solution mixed with edible and medicinal fungi into the edible and medicinal fungi box 5 and then leads the trapezoidal groove 3B of the screening trapezoidal carrier groove 3 to form integral equipment erection on the bottom support rod frame seat 7 through the butt joint of the test tube lower groove 1 and the filler through port 2, then the working personnel starts the roller motor 6 to roll the spring clamp plate spring frame 4 to fluctuate, shake and screen flora purification, the centrifugal wheel 3C2 of the frame 3C is dialed through the tilting disk during the process, the round frame disk 3C11 of the guide flow disk 3C1 is rolled and overturned on the track support 3C3, the edible and medicinal flora on the narrow groove plate seat 3C13 is filtered through the fluctuation of the corrugated inclined plate 3C12 to beat and shake the screen for the fin plate 3C14, the round frame disk 3C11 is replaced one by one level to carry out stepped receiving and filtering, in the process of overturning and shaking, the impurity flora of heavy mass is absorbed through the ring frame slideway 3D1 of the ring 3D roller 3D flow cylinder 3D chute 2, the guide flow cylinder 3D11 is transferred in the ring 3D chute 3D3 The ring 3D21 and the ball core groove 3D22 are connected in a layered filtering way through a circulation ball bag groove 3D23 to extract fluid flora, the fluid flora is led into a drainage tube 3D24 and is finally discharged outside a discharge kettle mouth 3D3 to a loading dish 3G, after the internal capacity of the loading dish 3G reaches the upper limit, an ear buckle plate 3F1 of an ear buckle column seat 3F is matched with a shock pad wheel 3E to bite the loading dish 3G, so that the loading dish 3G carries the heavy weight of the purified flora on a reed plate seat 3H in an alternating conversion way along the left side and the right side of a triangular seat 3F2 and a plunger block 3F3 to sieve, the edible and medicinal flora flows into a test tube 3A1 of a test tube clamp rail frame 3A through the stepped purified edible and medicinal flora, the ellipsoidal clamp pad 3A21 of the ellipsoidal clamp rail ring 3A2 and a side buckle spring 3A22 are matched to draw a convex spring 3A3 to draw a wing plate 3A23 to shake the powder with a large shaking moment, and sufficient powder sedimentation and powder is sieved, the working efficiency and the pharmaceutical yield of the edible and medicinal fungi multistage screening equipment are guaranteed.
The invention achieves the effect of applying the screening trapezoid carrying groove 3 to be matched with the edible and medicinal fungus box 5, applying the gradient swash plate slide lining frame flora flow screening of the turnplate disc stirring frame 3C by applying the edible and medicinal flora under the edible and medicinal fungus box 5, leading the flora containing impurities with heavy mass to be swung by inclined fluid to enter the ladder rail ring frame groove 3D for storage and package flow passage for storage and discharge, leading the edible and medicinal flora with high purity to flow centripetally to form the gradual fluid mixing purification effect carried by the diversion disc 3C1, leading the saturated purity of the edible and medicinal fungi to form the effect that the turnplate stirring pipe enters the test tube clamping rail frame 3A, then swinging along the ellipsoid clamping rail ring 3A2 with large moment to obtain the fungus powder sediment which is convenient for the capsule shell medicine to be eaten, improving the phenomenon of intensive distribution and low precision of the flora, ensuring the large-batch gradient purification screening operation of the edible and medicinal fungi, ensure to use the medicine dose sufficient, solve edible and medicinal fungus and often need culture dish cooperation low temperature cold storage with this, this deposits to multi-cylinder drawer type and causes culture dish space extrusion phenomenon, cause edible and medicinal fungus when systematic management storage screening, can cause the booth apart from shaking when shaking the culture dish in the centrifugation, space amplitude is not big, multi-stage screening is not careful, cause the operation of shortening for the moment of centrifugal force and centripetal force, the colony that leads to the screening is piled to separate obviously inadequately, mix easily and be extracted, the finished product quality of edible and medicinal fungus has been depressed, also cause the bonding condition that long-time short distance stew for the built-in culture dish of equipment, the problem that the slip inefficiency that shakes that leads to edible and medicinal fungus.
The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.
Claims (9)
1. The utility model provides a multistage screening installation of edible and medicinal fungus, its structure includes: the test tube is transferred groove (1), is packed opening (2), is screened trapezoidal groove (3) that carries, presss from both sides leaf spring pipe support (4), edible and medicinal fungus case (5), roller bearing motor (6), bottom stay pole frame base (7), its characterized in that:
the device comprises a screening trapezoidal carrier groove (3), a packing through hole (2), a test tube lowering groove (1), a bottom brace frame seat (7), a rolling shaft motor (6), a bottom brace frame seat (7), a bottom brace frame, a bottom support bar, a bottom plate spring, a bottom support bar and a bottom support;
the screening trapezoidal loading groove (3) is provided with a test tube clamping rail frame (3A), a trapezoidal groove (3B), a turnplate disc stirring frame (3C), a trapezoidal rail ring frame groove (3D), a spacer wheel (3E), an ear buckling column block seat (3F), a loading vessel (3G) and a spring plate seat (3H);
the test tube clamp rail frame (3A) and the dish that turns over are dialled frame (3C) mechanical connection, it dials frame (3C) and inserts the inside of inlaying in dovetail groove (3B) to turn over the dish, ladder rail ring frame groove (3D) are installed in the inside that the dish that turns over was dialled frame (3C), load dish (3G) and be equipped with two and hug closely respectively in the left and right sides of ear buckle column piece seat (3F), ear buckle column piece seat (3F) are installed on the top surface of reed plate seat (3H), reed plate seat (3H) are inserted and are inlayed in the inside of dovetail groove (3B), it nests on the top of ear buckle column piece seat (3F) to separate backing wheel (3E), dovetail groove (3B) hug closely in the right side of edible-medicinal fungus case (5).
2. The multistage screening equipment of edible and medicinal fungi according to claim 1, which is characterized in that: the test tube clamping rail frame (3A) is composed of a test tube barrel (3A1), an ellipsoid clamping rail ring (3A2) and a side buckling spring tube frame (3A3), the test tube barrel (3A1) is buckled with the ellipsoid clamping rail ring (3A2), and the ellipsoid clamping rail ring (3A2) is mechanically connected with the side buckling spring tube frame (3A 3).
3. The multistage screening equipment of edible and medicinal fungi according to claim 2, which is characterized in that: ellipsoid clip rail ring (3A2) comprises ellipsoid clip pad (3A21), pastes knot track (3A22), protruding pad pterygoid lamina (3A23), protruding pad pterygoid lamina (3A23) are equipped with two and insert respectively and inlay the left and right sides that pastes knot track (3A22), ellipsoid clip pad (3A21) hugs closely in the front side of protruding pad pterygoid lamina (3A 23).
4. The multistage screening equipment of edible and medicinal fungi according to claim 1, which is characterized in that: the dish turning plate stirring frame (3C) is composed of a flow guide dish plate (3C1), a centrifugal wheel (3C2) and a track support (3C3), wherein the track support (3C3) is mechanically connected with the flow guide dish plate (3C1) through the centrifugal wheel (3C2), and the centrifugal wheel (3C2) is nested in the upper left corner of the flow guide dish plate (3C 1).
5. The multistage screening equipment of edible and medicinal fungi according to claim 4, which is characterized in that: flow guide dish (3C1) comprises round frame dish (3C11), ripple swash plate (3C12), narrow groove plate seat (3C13), fin board (3C14), narrow groove plate seat (3C13) and round frame dish (3C11) weld an organic whole, ripple swash plate (3C12) are hugged closely on the top of narrow groove plate seat (3C13), fin board (3C14) are equipped with two and all insert and inlay under the bottom of narrow groove plate seat (3C 13).
6. The multistage screening equipment of edible and medicinal fungi according to claim 1, which is characterized in that: terraced rail ring frame groove (3D) comprises ring frame slide (3D1), circulation ball jar (3D2), row material hu zui (3D3), ring frame slide (3D1) and circulation ball jar (3D2) weld an organic wholely, row material hu zui (3D3) are inserted and are inlayed under the bottom of circulation ball jar (3D 2).
7. The multistage screening equipment of edible and medicinal fungi according to claim 6, which is characterized in that: the ring frame slide way (3D1) is composed of a roller bead (3D11), a ring frame channel (3D12) and a cotton core strip block (3D13), wherein the roller bead (3D11) is matched with the ring frame channel (3D12), and the cotton core strip block (3D13) is inserted and embedded in the ring frame channel (3D 12).
8. The multistage screening equipment of edible and medicinal fungi according to claim 6, which is characterized in that: the circulation ball jar (3D2) comprises ball jar shell ring (3D21), ball core groove (3D22), circulation sacculus groove (3D23), drainage tube (3D24), ball jar shell ring (3D21) and ball core groove (3D22) nestification are integrative, ball core groove (3D22) and circulation sacculus groove (3D23) are glued and are connected, drainage tube (3D24) are installed in the left side of ball core groove (3D 22).
9. The multistage screening equipment of edible and medicinal fungi according to claim 1, which is characterized in that: ear knot pillar piece seat (3F) comprise ear knot plate piece (3F1), triangular seat (3F2), plunger piece (3F3), ear knot plate piece (3F1) are equipped with two and insert respectively and inlay the left and right sides in triangular seat (3F2), triangular seat (3F2) hug closely on the top surface of plunger piece (3F 3).
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| CN201911017089.1A CN110643493B (en) | 2019-10-24 | 2019-10-24 | Edible and medicinal fungus multistage screening equipment |
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| CN110643493B (en) | 2022-09-23 |
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