111 results about "Mushroom" patented technology

This invention discloses a method and system for visual recognition and state characterization of cap pores during the drying process of morel mushrooms. The method first constructs a region of interest (ROI) on the morel cap, then performs instance-level recognition and segmentation of individual pores on the cap surface to obtain accurate pore segmentation results. Next, based on the segmentation results, it extracts pore structural features and cap morphological and color features from the ROI. Subsequently, it fuses these three types of features to construct a multi-dimensional feature vector, establishing a unified analytical framework for local pores and the overall cap state. Finally, it inputs the multi-dimensional feature vector into a pre-trained regression model to output the morel mushroom drying state characterization results. This method overcomes the limitations of traditional techniques in treating pores holistically, effectively avoiding problems such as pore adhesion and missed detection, improving the robustness of feature characterization and the consistency of quantitative results, achieving accurate monitoring of the morel mushroom drying process, and providing reliable technical support for drying state characterization and quality control.

The utility model discloses a kind of mushroom aerosol cultivation devices belonging to mushroom planting technical field, including cultivation box, cultivation plate is fixedly connected in cultivation box front middle, cultivation box left side is equipped with spray pipe, spray pipe one end is equipped with spray pump, spray pump is arranged in cultivation box left side and is connected in spray pipe, spray pipe outside is equipped with spray head, cultivation box top is fixedly connected with fixed rod, fixed rod top is equipped with movable rod, movable rod top is equipped with fastening clamp, rotate movable rod on the position of fixed rod, fastening clamp is rotated on movable rod, the height and angle of spray head are adjusted, let nutrient solution can be evenly sprayed to mushroom root system, can provide optimum rhizosphere environmental condition, improve the utilization of nutrient solution;After spraying, nutrient solution not completely absorbed flows into collection box from filtrate hole, is pumped back inside cultivation box by circulating pump and circulation pipe, can be used again, energy-saving resource and improve nutrient solution utilization rate.

The utility model relates to the technical field of mushroom processing, and disclose a segmented hot -blast circulation mushroom energy -conserving drying device, box, the inside of box is provided with conveying mechanism, the conveying mechanism includes the support of sliding installation in the inside of box, the inside of box rotatory mounting has the gyro wheel, the support sliding installation is in the inside of gyro wheel, the inside of support is fixed with the inclined plate staggeringly, the bottom end of box side surface is equipped with the feed port, the inside fixed with the door curtain of feed port, one side fixed with the groove board of feed port, the top side one end of box rotatory mounting has the movable door, the top side one end center of movable door is fixed with the handle, the utility model discloses through the structure of conveying mechanism, in the drying process, through the mode that the support drives the vibration of inclined plate, to drive the movement of mushroom in the process of drying, make its surface can be fully dried at the same time, also can not break down because of the excessive force, thereby improve the drying quality of mushroom.

This utility model relates to a mushroom house humidifier atomizer, belonging to the technical field of fungal cultivation equipment. It includes an atomizing base, a water storage tank fixedly installed on the top of the atomizing base, a water supply pipe fixedly installed on the top of the water storage tank, a first water supply valve fixedly installed at the bottom of the water supply pipe, a second water supply valve fixedly installed at the top of the water supply pipe, a filter screen fixedly installed inside the water supply pipe, and a backwash assembly on the water storage tank. The backwash assembly includes a backwash pump fixedly installed on the bottom wall inside the water storage tank, and a backwash pipe fixedly installed at the output end of the backwash pump. This mushroom house humidifier atomizer, by installing a backwash pump inside the water storage tank, draws water from the tank and sends it into the water supply pipe through the backwash pipe. Simultaneously, the first and second water supply valves are closed, causing the water to flow from bottom to top, backwashing the filter screen, dislodging impurities from the filter screen, and discharging them through the return pipe, thus cleaning the filter screen.

This utility model relates to a direct-push material feeding mechanism for mushroom bags, including a conveyor and a feeding assembly. The feeding assembly includes a hollow temporary storage bin with openings on both sides along the conveying direction of the mushroom bags. The discharge opening of the temporary storage bin is equipped with a limit baffle and is opened and closed by a second lifting device. The conveyor is used to horizontally transport the mushroom bags to the inlet opening of the temporary storage bin. The upper surface of the conveyor is flush with and connected to the bottom wall of the temporary storage bin. The temporary storage bin is equipped with a transverse moving device that moves in the same direction as the conveying direction of the mushroom bags. The output end of the transverse moving device is equipped with a first lifting device, and the downward-facing output end of the first lifting device is equipped with a feeding plate. The conveyor and the bottom wall of the temporary storage bin are at the same horizontal height, so the mushroom bags can be directly transported to the inlet opening of the temporary storage bin by the conveyor, which greatly improves the stacking efficiency of the mushroom bags.

This disclosure aims to provide an oral composition for animals that can improve the oral environment of animals. [Solution] The present disclosure relates to an oral composition for animals comprising Tamogitake mushrooms and a plant of the genus Sasa. The oral composition for animals according to claim 1, wherein the Tamogitake mushroom is an extract of Tamogitake mushrooms. The oral composition for animals according to claim 1, wherein the plant of the genus Sasa comprises Sasa veitchii and / or Sasa kurilensis. The oral composition for animals according to claim 1, wherein the plant of the genus Sasa is an extract of a plant of the genus Sasa.

The utility model discloses an efficient morchella picking device, which belongs to the field of agricultural tools and comprises a picking tube, a cutting component and a stabilizing component, the cutting component and the stabilizing component are used for picking morchella, a handle is fixedly connected onto the picking tube, a longitudinal groove, a front groove and a rear groove are arranged on the picking tube, the cutting component is mounted on the outer side of the picking tube, and the stabilizing component is mounted on the outer side of the picking tube. The stabilizing assembly is installed in the picking pipe. By means of the mode, during picking, an operator holds the handle by hand, aligns the bottom of the picking pipe to morchella esculenta and lifts the lifting rod through the little finger and the ring finger to enable the moving plate to move upwards, so that the bottom plate ascends under the action of the guide rod, the stabilizing claw clamps the head of the morchella esculenta, stability of the morchella esculenta is kept, and cutting is convenient; and meanwhile, after cutting is completed, the materials can be directly placed in a collecting box conveniently, the whole process can be operated with one hand, and bending down is not needed.

The application discloses a comprehensive utilization intelligent bionics ecological mushroom house of a container type mushroom base and a conveying device thereof, which comprises a pump shell and an impeller, an inlet chamber is surrounded between a first section and a second section of the pump shell, a pump cavity is surrounded between the second section and a third section, and a radial inlet interface which is in communication with the inlet chamber is arranged on the inlet chamber; characterized in that: an adjusting assembly is arranged in the first section, the adjusting assembly comprises a base disc and a flow guide vane, the flow guide vane is fixedly arranged on the base disc, the flow guide vane is arranged in the inlet chamber, and the base disc is rotatably adjusted so that the circumferential position of the flow guide vane and the angle between the axis of the inlet interface are adjustable. Through the design of the adjusting assembly of the conveying device, the application has the advantages of simple structure, convenient installation, convenient adjustment, low manufacturing cost and good flow guiding effect, and can supply stable and adjustable liquid supply for the intelligent bionics ecological mushroom house.

The utility model discloses a kind of multi-layer stacking type mushroom rapid drying device, it is related to mushroom rapid drying technical field.The utility model discloses a drying cabinet, drying cabinet front is provided with cabinet door, drying cabinet both sides bottom are equipped with hot blast machine, drying cabinet top is provided with exhaust fan, temperature sensor and humidity sensor are arranged in drying cabinet, drying cabinet inside is provided with multilayer placing assembly, multilayer placing assembly includes the rectangular frame board of drying cabinet inside upper and lower symmetry, four corners between two rectangular frame boards are fixed with connecting column, fixed sleeve ring is fixedly covered in the middle part of connecting column, fixed sleeve ring is all equidistantly provided with multiple movable sleeve ring in upper and lower. The utility model is stretched by the setting of multilayer placing assembly, jacking rod, to drive multilayer drying mesh board to compress and open up and down, it is convenient to flexibly adjust the distance between adjacent drying mesh board according to the size or kind of mushroom, ensure that the mushroom of each layer can obtain the best drying effect.

This invention discloses an attractant that simultaneously targets two types of mushroom gnats and its preparation method, specifically relating to the field of mushroom pest control technology. The attractant comprises nonanal and dextrorotatory borneol, both selected from volatile small-molecule compounds with attraction activity against mushroom gnats. This invention, by combining nonanal and dextrorotatory borneol in a specific ratio, produces a significant synergistic effect. This composite attractant achieves a trapping rate exceeding 75% for both *Amanita muscaria* and *Pleistocene spp.*, and its effectiveness is significantly superior to that of a single component, demonstrating a significantly enhanced synergistic effect. This invention effectively solves the industry problem in existing technologies where single attractants cannot simultaneously and efficiently control two pests occurring in a combined population.

This utility model discloses a device for manually cleaning the mushroom stem mud, comprising a mushroom conveying device and manual mushroom stem mud cleaning devices located on both sides of the mushroom conveying device. The manual mushroom stem mud is cleaned manually at the manual mushroom stem mud cleaning devices, and the mushrooms are then manually placed onto the mushroom conveying device. A mushroom collection tray is provided at the outlet end of the mushroom conveying device, positioned lower than the height of the mushroom conveying device. The outlet end of the mushroom conveying device is connected to the mushroom collection tray via an inclined groove, used to collect the cleaned mushrooms into the collection tray. This device, by incorporating the mushroom conveying device, rapidly and orderly outputs the cleaned mushrooms, greatly improving the conveying efficiency after cleaning. The mushroom collection tray at the outlet end of the mushroom conveying device, combined with the inclined groove design, allows the mushrooms to automatically slide into the collection tray, reducing manual intervention and preventing secondary contamination of the mushrooms during collection.

This application relates to a sowing and covering device for mushroom cultivation, comprising: a frame with a traveling mechanism at its bottom for driving the frame to move; a mushroom spawn box on the frame, and material boxes located on both sides of the mushroom spawn box, the mushroom spawn box for storing mushroom spawn and the material boxes for storing culture medium; a guide pipe is provided inside both the mushroom spawn box and the material boxes, one end of the guide pipe extending to the outside of the frame, a feed inlet on the guide pipe, and a screw conveyor inside the guide pipe. This application achieves automatic material conveying and discharge through the mushroom spawn box, material boxes, discharge pipe, and screw conveyor, realizing the automation of mushroom spawn layer sowing, greatly improving sowing efficiency, reducing manual operation time and labor intensity, and meeting the production needs of large-scale mushroom cultivation.

This invention discloses a species of Armillaria mellea ZM51, whose classification name is [not specified]. French Armillaria This strain was deposited on May 8, 2025, at the China General Microbiological Culture Collection Center (CGMCC) with accession number CGMCC NO.42001, located at Institute of Microbiology, Chinese Academy of Sciences, No. 3, Courtyard 1, Beichen West Road, Chaoyang District, Beijing. *Armillaria galbana* ZM51 exhibits unique characteristics such as rapid mycelial germination, strong resistance to contamination, and early fruiting. Through multiple generations of asexual reproduction, its traits remain stable and consistent. Compared to the existing *Armillaria olfleurone* 'Hazelnut-4', its mycelial germination time is shortened by 3-6 days, and fruiting occurs approximately 20-25 days earlier. In Liaoning province, through semi-wild cultivation, it achieves autumn fruiting after spring sowing, with clustered fruiting bodies, significantly larger mushrooms than 'Hazelnut-4', thicker stipes, and larger caps, demonstrating significantly enhanced resistance to contamination.

This utility model provides an automatic watering device for mushroom houses, including a water tank, a water pump fixedly installed on the left side of the water tank, a water supply pipe fixedly installed on the left side of the water pump, a first flange fixedly installed at the left end of the water supply pipe, multiple water spraying components arranged on the left side of the water supply pipe, an adjustment component on the top of the mounting frame for adjusting the height of the lifting plate, and a positioning component on the outer surface of the fixed column for positioning the rotating seat. The water tank, water pump, and water supply pipe work together to form an automatic water supply system, with multiple water spraying components operating synchronously, completely replacing the traditional manual watering method. The adjustment component can precisely adjust the nozzle height to adapt to the planting needs of mushrooms with different layer heights, and the positioning component can flexibly adjust and fix the spray angle of the nozzle to ensure that the nozzle can stably cover the target area, providing a stable and uniform humid environment for the mushrooms and promoting their growth.

The application discloses black-pored chicken nest fungus and application thereof in degrading mycotoxins. The black-pored chicken nest fungus HYT1 has degrading activity on various mycotoxins, including OTA, ZEN, AFB1 and DON. For 0.5-8 mu g / mL OTA, the fruiting body freeze-dried powder extract of the black-pored chicken nest fungus HYT1 can reach a degrading efficiency of 93.38% in 30 min under the conditions of pH 6-9 (weak acid, neutral and weak alkaline) and 4-55 DEG C; the black-pored chicken nest fungus has good alkali resistance, and the degrading efficiency is more than 95% in the pH 6-9 range; and the black-pored chicken nest fungus has good heat resistance, and still has 46.79% at 85 DEG C. The application fills the vacancy of the black-pored chicken nest fungus in degrading mycotoxins, and provides a new raw material for degrading mycotoxins.

This utility model discloses a cultivation bag for controlling pests in the field of black-skinned chicken mushroom (Termitomyces albuminosus). It includes a sealed box, with a support movably installed inside. Multiple evenly arranged support strips are fixedly connected to both sides of the support. A movable frame for placing the cultivation bag is placed on top of the support strips. A heating element for generating steam is installed at the bottom of the sealed box. A locking device is installed between the movable frame and the sealed box. A transparent plate is embedded in the sealed door, allowing observation of the growth status of the black-skinned chicken mushroom inside the sealed box. The support can be pulled out from the side of the sealed box to be removed and inserted into the sealed box. The movable frame can be pulled out from the support strips. A locking device can be used to lock and fix the movable frame and support strips to prevent the movable frame from detaching from the support strips.

A mushroom trimming and sorting system comprises a stem trimming device, a positioning system, an imager set, and a controller operable to control the positioning system to move a single mushroom into view of the imager set, to generate an image set of the mushroom, and to process the image set (and optionally other sensor data) to determine mushroom properties of the mushroom. The positioning system may include a SCARA robot with suction-type end effector and single-mushroom elevator with gripping mandibles. The processing may employ a trained machine-learning model. The mushroom properties may include a length of an end portion of the stem bearing soil, and a sorting category of the mushroom based on parameters of the cap including degree of gill opening. The end portion is them trimmed to eliminate soil and other defects, and sorting the mushroom into one of a plurality of receptacles.

The application discloses a novel upper suspension pulse generator, which comprises a shell, a large mushroom head, a small mushroom head, a floating piston and a driving assembly. The inner side of the shell is provided with the floating piston, the floating piston divides the inner side of the shell into an upper space and a lower space, the large mushroom head is arranged in the upper space of the shell, and the driving assembly and the small mushroom head are arranged in the lower space of the shell. The inner cavity of the shell is provided with a mud flow channel extending in the axial direction, the inner side of the upper space of the shell is fixedly installed with a flow limiting ring, the flow limiting ring is arranged at the bottom of the large mushroom head, and the inner side of the lower space of the shell is provided with a piston cavity in communication with the floating piston. The application is provided with a taper surface matching structure formed by the large mushroom head and the flow limiting ring, the large mushroom head is assembled above the flow limiting ring, the impact force of the drilling fluid from top to bottom is used to push the large mushroom head to move downward to reduce the flow gap, the quick adjustment of the area of the mud flow channel is realized, and the effect that stable pressure pulses can be generated without hydraulic transmission or rotating blades is achieved.

The invention concerns a device (1) for discharging mushrooms (2) from a conveyor (3), in particular a conveyor belt and / or an endless conveyor, for conveying the mushrooms (2) in a direction of conveyance (c); wherein the mushroom conveyor (3) has a surface (4) for carrying the mushrooms (2), which surface (4) extends between two sides that are mutually spaced in a direction perpendicular to the direction of conveyance (c); and the mushroom conveyor (3) being guided along a trajectory from a charging location such as a picking location to a discharging location, such as a filling station for mushroom containers (7); wherein the mushroom conveyor (3) has holes (8) for mushroom stipes (9), more in particular holes (8) at a regular distance from each other in the direction of conveyance; wherein the device (1) further comprises a pusher (10), arranged underneath the conveyor (3) at the discharging location, for pushing at least the mushroom stipes (9) out of the holes (8) with a pushing surface (11).

1. Name of the designed product: hair stick (mushroom). 2. Use of the designed product: for sticking hair. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view.

This utility model discloses a high-efficiency mushroom spawn cultivation device, relating to the field of spawn cultivation technology. It includes: a cultivation box; an air intake box fixedly connected to one side of the cultivation box; an air intake machine fixedly connected inside the air intake box; an air intake pipe fixedly connected to the top of the air intake machine; an air outlet pipe fixedly connected to one side of the air intake machine; the bottom of the air intake pipe fixedly penetrates and extends into the cultivation box; one end of the air outlet pipe fixedly penetrates and extends to the outside of the air intake box; an air intake plate fixedly connected to the bottom of the air intake pipe; multiple air intake holes opened at the bottom of the air intake plate; and two air inlet pipes fixedly connected to the other side of the cultivation box. Valves are rotatably connected to the surface of the air inlet pipes. This utility model introduces steam into the cultivation box through the air inlet pipes for initial sterilization, and then uses the air intake machine to expel the sterilized steam from the cultivation box, preventing bacteria and residual steam from affecting the cultivation conditions.

The utility model relates to the technical field of food processing equipment, in particular to a cleaning device for mushroom processing. According to the technical scheme, the device comprises a fixing frame, a cleaning box, a transferring frame, a conveying mechanism, a flushing frame, a disturbance mechanism and a control cabinet, the cleaning box is fixedly connected to one side of the fixing frame, the transferring frame is fixedly connected to the side, located on the cleaning box, of the fixing frame, the conveying mechanism is arranged between the transferring frame and the cleaning box, and the flushing frame is fixedly connected to the transferring frame; a plurality of nozzles are arranged on the flushing frame at equal intervals, a cleaning net is arranged in the cleaning box, and a disturbance mechanism is arranged on the cleaning net of the cleaning box; when the mushroom cleaning device works, the driving motor drives the conveying belt to operate, meanwhile, the turbulent flow frame is driven by the synchronous wheel and the synchronous belt to rotate in the cleaning box, stable conveying of mushrooms from the cleaning box to the transfer frame is achieved, the mushrooms can be turned over through the turbulent flow frame, and the cleaning effect is enhanced; and the washing frame on the transfer frame is used for carrying out secondary washing on the conveyed mushrooms through the spray heads, so that the cleanliness is further improved.

This utility model discloses a chain-driven, segmented, movable, and environmentally adaptable mushroom rack, comprising: a main body, the main body including at least three segmented modules, adjacent segmented modules being connected by detachable connectors, each segmented module having multiple vertically arranged culture plates inside, and the surface of the culture plates having a fungal culture trough; a support frame, two support frames, with a chain drive mechanism between the two support frames for driving the segmented modules to move; the chain drive mechanism includes a vertically downward mounting plate located in the center of the support frame, with an active sprocket on the mounting plate; the main body of this utility model includes at least three segmented modules, and through segmented modular design, the spacing between the segmented modules can be adjusted according to the growth cycle, improving space utilization; and through the provided chain drive mechanism, multiple segmented modules can be moved synchronously, facilitating adjustment.

This invention discloses a cultivation and control device for yellow enoki mushrooms, relating to the field of yellow enoki mushroom cultivation technology. It includes a fixed plate with four through slots on its outer edge. A fixed ring is fixedly connected to the outer edge of the fixed plate, and a T-shaped annular groove is formed on the outer edge of the fixed ring. Four T-shaped blocks are movably connected within the T-shaped annular groove. When harvesting yellow enoki mushrooms, a first L-shaped plate is rotated, which drives a second L-shaped plate to rotate. The first L-shaped plate then drives the T-shaped blocks to rotate. Multiple second L-shaped plates are connected by arc-shaped rods and rotate together, exposing the cultivation cylinder and allowing the yellow enoki mushrooms to be pulled out. Due to the cooperation of the connecting column, fixed blocks, first magnet, and second magnet, the cultivation cylinder will not loosen or shift, reducing repetitive steps for operators and improving work efficiency.

This invention discloses a mushroom-shaped chamber with uniform air supply and ventilation, relating to the field of mushroom-shaped chamber technology. It includes a reciprocating moving assembly comprising a reciprocating lead screw rotatably connected along the length of the chamber and a first motor driving its rotation; a reciprocating moving block is threaded onto the reciprocating lead screw; a lifting mechanism fixedly connected to a mounting plate near the planting rack of the reciprocating moving block; a wave-shaped curved panel horizontally fixed along the length of the chamber; a lifting plate slidably connected to the mounting plate; and an atomizing air supply assembly comprising a hollow shaft rotatably connected to the lifting plate near the planting rack; the hollow shaft is driven by a second motor; an atomizing actuator is mounted at the end of the hollow shaft away from the lifting plate; and fan blades are also provided on the hollow shaft. This invention, through horizontal reciprocating and up-and-down wave-like movement, allows air supply to cover the entire space, eliminating atomization dead zones. The fan blades rotate with the nozzles, delivering water mist and fresh air deep into the planting rack and accelerating air circulation.