7results about How to "Guaranteed Extraction Effect" patented technology

The application provides a kind of laser physical experiment ultrafast image measurement system and method based on end side coordination architecture, it is related to laser physical experiment image measurement technical field, comprising the following steps: laser target shooting generates plasma, captures the X-ray signal image of plasma, generates original data stream;Through lightweight convolutional neural network model, the original data stream is handled, and the feedback control signal for adjusting the laser parameter of the next laser is generated;Obtain the laser parameter related to each physical parameter characteristic value, adjust the laser parameter related to the physical parameter characteristic value;Store the adjustment data each time, periodically train lightweight convolutional neural network model based on adjustment data.The advantage of the application is to realize the instant, reliable experimental parameter control in the experiment process.

The utility model discloses a coal mine gas extraction double-injection hole sealing device which comprises a first main bag body, a second main bag body and a first pipeline, and the first pipeline provides slurry for the first main bag body and the second main bag body to enable the first main bag body and the second main bag body to expand and make contact with the hole wall. The device further comprises a first auxiliary bag body, a second auxiliary bag body and a second pipeline, the first auxiliary bag body is attached to the first main bag body and is close to the hole opening, and the second auxiliary bag body is attached to the second main bag body and is close to the hole bottom. The second pipeline provides slurry for the first auxiliary bag body and the second auxiliary bag body so that the first auxiliary bag body and the second auxiliary bag body can expand to make contact with the hole wall, and a first explosion valve and an exhaust part are arranged on the second pipeline and located at the plugging section. And one end of the second pipeline is respectively connected with the second grouting pipe, the exhaust pipe and the slurry discharge pipe in a switching manner. According to the utility model, secondary plugging can be carried out on the plugging section of the drill hole, the problems of plugging effect reduction and air leakage caused by the influence of mining are avoided, gas extraction is guaranteed, and the compressive strength of solidified slurry can be improved.

The application relates to the field of laminarin production, in particular to a device for extracting laminarin from seaweed, which comprises a crushing device, a filtrate tank and a three-stage extraction device arranged on the body of the extraction device, a feeding pipe is fixedly connected between the sidewall of the filtrate tank and the crushing device, a liquid outlet pipe is fixedly connected between the bottom of the filtrate tank and the three-stage extraction device, and a first insertion groove and a plurality of second insertion grooves are arranged in the sidewall of the filtrate tank. The device for extracting laminarin from seaweed is convenient for mounting and dismounting the multi-stage filter screen, thereby facilitating cleaning; when filtering, the seaweed on the first filter screen can be scraped flat, the efficiency and effect of filtering are guaranteed, meanwhile, the seaweed on the first filter screen can be rolled, and the first filter screen can reciprocate during rolling, so that the rolling efficiency is higher and the effect is better, the filtrate is more complete, waste is avoided, and the extraction efficiency and effect of laminarin are guaranteed.

This invention discloses a multifunctional extraction tank for preparing Shiwei Fuzheng Granules, belonging to the field of extraction tank technology. It includes a tank body, a lower cover, and a feeding mechanism. The tank body is equipped with a stirring device. The lower cover is hinged to the tank body, and an automatic closing mechanism is provided between the lower cover and the tank body. A first filter section is provided at the lower part of the tank body, arranged circumferentially along the tank body. The first filter section includes, from the inside out, a first filter layer, a second filter layer, and a filter chamber. The filter chamber is connected to the stirring device through a drainage pipe. The stirring device includes a stirring motor and a stirring rod. The stirring rod has a hollow structure and multiple water outlets, and is connected to the drainage pipe. The lower cover has a steam injection port. This invention, through the stirring rod and the first filter section, enables rapid and uniform heating during the stirring process, easily meeting various requirements of the extraction process.

This invention relates to the field of traditional Chinese medicine extraction technology, specifically disclosing a method for ultrasonic extraction of flavonol glycosides from Epimedium using a eutectic solvent-assisted process. The method involves mixing choline chloride and glycerol, heating to prepare a eutectic solvent; mixing Epimedium leaf powder with a mixture of 70% ethanol and the eutectic solvent; ultrasonic extraction followed by centrifugation and filtration to obtain the Epimedium flavonol glycoside extract. The extraction method provided by this invention is green, efficient, and operates under mild conditions, resulting in good extraction effects. Compared with conventional ethanol ultrasonic extraction, the extracted icariin content is increased by 37.93%, and the total content of the three monomers is increased by 22.99%, providing technical support for the large-scale preparation and further development and utilization of Epimedium flavonol glycosides.

The utility model discloses a device for extracting active ingredients of astragalus membranaceus, which relates to the technical field of astragalus membranaceus extraction, and comprises a box body, a filtering mechanism, an extruding mechanism and a supporting mechanism, a feeding mechanism is arranged on the outer wall of the box body, a liquid discharging mechanism is arranged at the bottom end of the box body, the filtering mechanism is arranged inside the box body, the extruding mechanism is connected with the filtering mechanism, and the supporting mechanism is arranged on the box body. The extrusion mechanism is used for filter-pressing liquid in residues at the top end of the filtering mechanism, and the supporting mechanism is used for preventing the filtering mechanism from deforming in the filter-pressing process. According to the utility model, the supporting mechanism is matched with the extruding mechanism, so that the filtering mechanism ascends, and the filtering mechanism drives solid material residues to move upwards and contact with the top end of the inner wall of the box body for extrusion, so that residual liquid in the solid material residues can be extruded out, the phenomenon of liquid residue is avoided, the extraction effect is ensured, and the phenomenon of waste is avoided.

The invention discloses a gas extraction treatment method for secondary hole forming through a protective layer goaf, which comprises the following steps of: firstly, constructing a first-stage drill hole from a current coal seam to the protective layer goaf, injecting filling colloid into the protective layer goaf through the first-stage drill hole after the first-stage drill hole is completed, and after the filling colloid and broken rock mass in the goaf are cemented and solidified, injecting the filling colloid into the protective layer goaf; forming a coal rock cementitious body for connecting the goaf top and bottom plates; construction continues to be conducted along the first-stage drill hole, the drill hole extends into the roof rock stratum through the coal rock cementitious body until the fissure zone is reached, and second-stage drilling is completed; and finally, a gas extraction pipe is arranged in the drill hole to perform gas extraction on the fissure zone, by forming a coal rock cementitious body in the protective layer goaf and combining a two-stage secondary hole forming mode, gas extraction is performed on the upper fissure zone by penetrating through the goaf from the current coal seam, and the goaf does not interfere with gas extraction. Therefore, the effect of gas extraction of the fissure zone is guaranteed, and subsequent safe mining of a coal seam is facilitated.