58results about How to "Fully automatic processing" patented technology

The invention discloses a nucleic acid detection pretreatment automation device. The device is characterized by comprising a reagent disc for placement of a sample and a pretreatment reagent, a base for placement of the reagent disc, a magnetic separation module for realizing separating, cleaning and eluting of magnetic particles, a liquid transferring device for transferring the reagent in the reagent disc, a moving guide rail platform for supporting the liquid transferring device and a host for controlling a temperature control module, a rotating module, a well-mixing module, the magnetic separation module and the liquid transferring module to run; the temperature control module and the well-mixing module are arranged on the base, and the liquid transferring device is provided with a liquid transferring module, the rotating module and a liquid transferring gun head. The nucleic acid detection pretreatment automation device can realize full automation of nucleic acid detection pretreatment including extraction, library construction and product purification, a final product can be directly used for high-throughput sequencing, and the whole process is unmanned.

The invention discloses a virtual program control temperature test instrument and belongs to the technical field of mechanical and electrical product test. The instrument mainly comprises an upper computer, a power supply module, a temperature sensor, a signal conditioning module, a singlechip and a serial port server, wherein the temperature sensor consists of a 24-path K-type thermal electric couple; a signal acquired by the thermal electric couple is amplified by the signal conditioning module and is subjected to cold junction compensation and A/D conversion to generate a temperature digital signal to be stored in the internal memory of the singlechip; a temperature value is transmitted to the serial port server through a serial port of the singlechip; and the serial port server converts a serial port signal into an Ethernet signal so as to realize remote communication with the upper computer. The software of the upper computer automatically judges whether temperature rise is accordant with a standard and realizes setting of a temperature acquisition frequency, the definition of a temperature channel, real-time display of a temperature test value, drawing of a temperature curve and automatic generation of a test report. The test instrument has a simple test form, can improve the intellectuality, accuracy and reliability of a system and meets the requirements of current networked tests.

The invention is an improvement of a coking waste water treatment method. The method comprises steps of oil removal, impurity removal, electrolytic disintegration and A / O technology, and is characterized in that a biological hydrolysis acidification is set after electrolytic disintegration and before A / O technology; the electrolytic disintegration is electrode energizing aerobic strong electrolysis; the A / O technology employs butterfly jet aerators that are arranged in large intervals and have circulating pumps; the waste water is treated with aeration, aeration stopping and forced internal circulation, stationary deposition and water draining period processing successively, so as to realize biological oxidation and nitration-denitrification in a same pool. Cooperative effects and coordination of each technology increase treatment effect, and treated outlet water can stably reach COD no more than 100mg / l and NH3-N no more than 15 mg / l; besides, land occupation is saved undera same treating capacity and is only 80% of that of a common technology; operating cost of per ton of water is low; and a treatment effect is stable.

The invention discloses an automatic treatment device for pre-treatment of nucleic acid detection. The device is characterized by comprising a reagent disc for placing a sample and a pre-treatment reagent, a base for placing the reagent disc, a magnetic sorting module for separating, cleaning and eluting magnetic particles, a pipetting device for transferring the reagent in the reagent disc, and a host machine for controlling the temperature control module, the rotary module, the magnetic sorting module and the pipetting module to operate, wherein a temperature control module and a rotary module are arranged on the base; and the pipetting device is provided with a pipetting module and a pipetting gun head. The automatic treatment device for pre-treatment of nucleic acid detection disclosed by the invention can realize full automation of pre-treatment of nucleic acid detection. The pre-treatment comprises extraction, library construction and product purification. The final product can be directly used for high-throughput sequencing, and the device is of an unattended operation in the all course.

The invention discloses an image processing method for chest X-ray DR (digital radiography) image rib inhibition. The method comprises the following steps: acquiring a chest X-ray DR image; performing pyramid decomposition on the DR image, performing a down sampling process to obtain a Gaussian image pyramid S, and performing an up sampling process to obtain a Laplacian image pyramid difference chart D(S); taking the minimum S as a current to-be-processed image I; performing filtering processing on the image I by using an adjustable Gabor filter bank so as to obtain a reconstructed image R; differencing the to-be-processed image I and the reconstructed image R to obtain a processing result image E with weakened segment-shaped textures under the scale; and doubling the processing result image E, adding the processing result image E and a corresponding Laplacian image pyramid difference chart D(S) under the size together, and repeating the processing procedure until the size is the same as that of an original DR image, thereby obtaining an image after rib inhibition. According to the method disclosed by the invention, the visual saliency of pulmonary shadows is improved, the workload of doctors is reduced, automatic processing can be realized, and an analysis conclusion is more objective and stable.

The invention relates to a hydraulic hammering type full-automatic soil sampling device and a control method thereof. Compared with the prior art, the defect that the analysis test result is influenced by large soil sample disturbance caused by manual soil sampling is overcome. A notch is formed in the upper bottom edge of a fixing frame, a soil scraping piece is installed on the upper bottom edgeof the fixing frame and located at the notch, the soil scraping piece is located over a flow guide cylinder, the soil scraping piece is oval, the size and the shape of the soil scraping piece are thesame as those of the inner wall of a soil sampling cylinder, a sliding groove is formed in the side portion of the flow guide cylinder, the size and the shape of the sliding groove are the same as those of the soil sampling cylinder, and when a double-acting hydraulic cylinder controls the fixing frame to move to the farthest end, the soil scraping piece is tangent to the longitudinal movement track of the inner wall of the soil sampling cylinder. Full-automatic processing of soil sampling can be achieved, the diversity of manual operation and soil disturbance are avoided, and the device canbe suitable for large-area and high-workload field soil component monitoring and collecting.

The invention discloses a reagent plate for automatic pretreatment of nucleic acid detection. The reagent plate is characterized by comprising a cover plate and a reagent tray, wherein a plurality of reagent holes are formed in the reagent tray; nucleic acid sequencing pretreatment reagents are contained in the reagent holes; aluminum foil sealing films are arranged at the opening of the reagent holes. The reagent plate for automatic pretreatment of nucleic acid detection, provided by the invention, in combination with an automatic pretreatment device for nucleic acid detection, can realize the full automatic pretreatment of the nucleic acid detection, including extraction, library construction and product purification; the final products can be directly applied to high-throughput sequencing; the whole process is unmanned.

The invention discloses a beverage order processing method based on IoT equipment and an order controller, and the method comprises the steps: receiving an order processing request which is initiatedby a user side and carries beverage order information, carrying out the disassembly of the beverage order information, and obtaining at least one manufacturing task; and sending the at least one making task to an equipment controller, so that the equipment controller generates at least one making command according to the at least one making task and controls corresponding beverage making equipmentto carry out beverage making processing. According to the scheme of the invention, the order related data can be transmitted between the IoT equipment, so that the equipment controller generates themaking command according to the received making task so as to control the making equipment to make beverages, manual or other intelligent machines are not needed to operate the making equipment, and full-automatic processing from order receiving to beverage making completion is realized.

The invention discloses a full-automatic treatment apparatus for chlorine gas in calcium hypochlorite production. The apparatus comprises an absorption pool, a first dust removal chamber and a seconddust removal chamber, wherein the side wall of the absorption pool is fixedly connected with the second dust removal chamber, a gas intake pipe communicates with the side wall of the first dust removal chamber, and the first dust removal chamber and the second dust removal chamber are connected through a square through hole. Through the combination of the absorption pool, the first dust removal chamber and the second dust removal chamber, the residual chlorine gas in the calcium hypochlorite production can be efficiently and comprehensively absorbed and treated. The dripping liquid is collected by a collecting box, a rotary disc is driven to rotate back and forth under the action of third springs, and a pipe sleeve is pushed to jack a soft branch pipe to intermittently impact a first arc-shaped plate, and a spraying effect is formed due to impacts of the soft branch pipe and a hard branch pipe, so that the drifting chlorine gas can be effectively absorbed. The combination of a first filtration net and a second filtration net can further enhance the effect of chlorine gas purification, and ensure that the exhausted gas does not pollute the environment.

The invention discloses a high-precision grinding device for the inner diameter of a metal pipe. The high-precision grinding device comprises a feeding mechanism, a compressing mechanism, a grinding mechanism, a dust collecting mechanism and a discharging mechanism; the compressing mechanism comprises a main rack and a plurality of downward-pressing rollers arranged on the main rack; a plurality of rotating roller shafts are arranged on the main rack, and the rotating roller shafts are driven by a first motor and a first belt; a grinding rack is arranged on one side of the main rack, and a feeding belt driven by a belt pulley is arranged on the grinding rack; a grinding seat is fixedly arranged on the feeding belt, and a plurality of grinding motors and a transmission shaft driven by the grinding motors are arranged on the grinding seat; a grinding head is arranged at the tail end of the transmission shaft, and the grinding head is used for grinding the inner diameter of the pipe; andthe dust collecting mechanism is arranged on the side, away from the grinding rack, of the main rack and used for treating chippings generated by grinding. Fully-automatic treatment of feeding, conveying, grinding and discharging can be achieved, a plurality of pipes can be simultaneously ground, and the chippings can be automatically cleared.

The present invention relates to a dendrobium officinale cooking machine. The dendrobium officinale cooking machine of the invention comprises: a conveying device, which is used for transporting dendrobium officinale; a cleaning device, which is disposed on the top of the conveying device and is used for cleaning the dendrobium officinale during transportation; a cutting device, which is disposedat a discharge end of the conveying device and is used for cutting the cleaned dendrobium officinale; and a cooking device, which is disposed at a discharge end of the conveying device and is used forcooking the cut dendrobium officinale. The dendrobium officinale cooking machine can automatically process fresh dendrobium officinale, that is, the cleaning, segmenting, crushing, and cooking of thefresh dendrobium officinale can be completed automatically.

The invention discloses a bagged garbage treatment mechanism and treatment device. The mechanism comprises a suction cup mechanism, a moving mechanism and a bag breaking mechanism, wherein the suction cup mechanism is configured to suck or loosen bagged garbage, the moving mechanism is connected with the suction cup mechanism and is configured to drive the suction cup mechanism to move towards or away from the bag breaking mechanism, the bag breaking mechanism comprises bag breaking cutter mechanisms and a first driving mechanism, the at least two bag breaking cutter mechanisms are oppositely arranged, and the first driving mechanism is connected with the at least two bag breaking cutter mechanisms and is configured to drive the at least two bag breaking cutter mechanisms to synchronously move towards or away from each other. According to the bagged garbage treatment mechanism, the moving mechanism is used for driving the suction cup mechanism to move to a position above the bag breaking mechanism, the suction cup mechanism adsorbs the bagged garbage and presses and fixes the bagged garbage to the bag breaking mechanism, the first driving mechanism drives the bag breaking cutter mechanisms to be away from the bottom of the bagged garbage, and therefore a garbage bag is scratched from the bottom, automatic bag and object separation is achieved, the garbage treatment cost is reduced, and resident life is facilitated.

A full-automatic sample pretreatment device comprises a mounting frame, a gun head box module, a reagent disc module, a sample disc module and a collecting module which are arranged on the lower portion of the inner cavity of the mounting frame, an extraction module is fixedly arranged in the inner cavity of the mounting frame and located above the collecting module, and a sampling and treatment module is located in the inner cavity of the mounting frame and acts in the X-axis direction, the Y-axis direction and the Z-axis direction. The sampling and processing module comprises a sampling mechanism and a positive pressure inflating device, the sample injection module is located in the inner cavity of the mounting frame and acts in the X-axis direction and the Y-axis direction, and a needle tail sample injection valve of a sample injection needle of the sample injection module is used for being connected with an infusion pump of the chromatographic instrument. According to the invention, through mutual cooperation of the modules and combination of off-line solid-phase extraction and on-line solid-phase extraction, full-process automatic operation from sample introduction to result output of a complex sample is realized, the working efficiency is high, and the error is small.

The invention discloses a continuous sealed high-temperature mesh belt furnace. The continuous sealed high-temperature mesh belt furnace comprises a furnace body and a rack, the continuous sealed high-temperature mesh belt furnace further comprises a feeding propulsion mechanism, a double-door front discharging replacement chamber, a sealed mesh belt driving chamber arranged at the front end of the furnace body, and the continuous sealed high-temperature mesh belt furnace further comprises a furnace body water cooling section, a sealed mesh belt rotating chamber, a sealed discharging driving roller set, a double-door rear discharging replacement chamber, a material moving mechanism and a material circulating conveying mechanism arranged at the rear end of the furnace body. According to themesh belt furnace, all the parts are connected in a sealed mode, especially the parts connected with the front portion and the rear portion of the furnace body in a sealed mode, sealing of the mesh belt furnace is achieved, and compared with an open-type mesh belt furnace, the gas consumption can be reduced, and the atmosphere using cost is saved.

The invention discloses an automatic trimming system for wood veneers, and belongs to the technical field of woodworking equipment. By virtue of feeding assisting assemblies, trimming assemblies and awaste recovery assembly which are arranged on a machine frame, the automatic trimming system for the wood veneers has the advantages of realizing full-automatic processing of wood feeding, trimming and veneer recovery, replacing manual trimming in the prior art, greatly improving the trimming efficiency and trimming precision of the veneers with overhanging parts, and improving the product quality of woodworking.

The invention discloses an industrial robot for gear machining. The industrial robot comprises an outer shell, wherein a No.1 cavity with an upward opening is obliquely formed in the outer shell; a plurality of blanks are placed in the No.1 cavity; a transfer cavity communicates with the lower side surface of the No.1 cavity; and a driving cavity is formed in the left side surface of the transfer cavity. The industrial robot is high in automation degree, is capable of fully-automatically machining the blanks, and has the processes of feeding, machining, returning and the like; the intelligent degree of the gear rolling field in the market is improved; the blanks are machined through a rolling process; compared with traditional machining processes of gear shaping, gear hobbing and like, the rolling process has the advantages that the machining speed is high and the blanks can be machined in batches; and a mechanical arm is clamped through a pneumatic device and the pneumatic device can be separated from the mechanical arm, so that the feeding operation can be facilitated.