4907results about How to "Improve screening efficiency" patented technology

Methods and compositions that reduce complexity of libraries of variant biological molecules, that reduce oversampling of these libraries during screening and that improve screening efficiency are provided. Sets of efficient degenerate codon sets are provided that efficiently encode all, or nearly all canonical amino acids. Degenerate oligonucleotides comprising these codons are provided, as are polynucleotide variants. Variant pooling strategies are used during library construction. Logical filtering is applied to select codon sites for mutagenesis, or to select amino acid sets to be incorporated at such sites. Methods for reducing non-optimal oversampling during screening are provided.

The invention discloses a two-stage linkage vibrating screen device for building screening. The two-stage linkage vibrating screen device for building screening comprises a rack, a two-stage driving mechanism, a screening barrel body and a crushing barrel; a cross beam frame is welded to the top end of the rack; an adding hopper is welded to the cross beam frame; the exterior of the crushing barrel is welded to the rack through a bearing sleeve; a gear ring is welded to the outer wall of the crushing barrel; the side face of the gear ring is connected with a driving gear in an engagement manner; the driving gear is welded to a rotating shaft of a motor C which is installed on the rack; crushing teeth are welded to the inner wall of the crushing barrel; a crushing hammer is installed on the inner sides of the crushing teeth; the crushing hammer and the crushing teeth crush building materials; a grinding disk further grinds and smashes the crushed materials; under the driving of the two-stage driving mechanism, a first-stage screen net and a second-stage screen net are in linkage to perform two-stage vibration screening on the building materials, the building material screening efficiency is improved, the installing cost of a screening driver is reduced, and the building material screening quality is improved.

An on-line quickly sampling and sample feeding device of multichannel gas consists of gas sampling unit formed by gas pipeline, multiple solenoid valves and a microdiaphragm vacuum pump; an fully-automatic six-way valve for feeding gas sample automatically; pipeline washing unit formed by a gas washing bottle and multiple solenoid valves; control unit formed by multiple switches being controlled manfully or being controlled automatically by computer .The property evaluating system of catalyst by utilizing said device is also disclosed .

The invention relates to a screening device comprising: a screening cover, which covers an electronic circuit located on a printed circuit board and comprises an edge that is separated from the component side of the printed circuit board by a gap and a contact device, which is located in the gap and produces an electric connection between the screening cover and a conductive contour element on the printed circuit board. According to the invention, lugs are formed on the edge of the screening cover, said lugs fixing the screening cover on the printed circuit board and maintaining an elastic pretension on the contact device. The contact device is configured as an elastic sealing body that extends continuously through the gap and absorbs electromagnetic waves.

The invention discloses a multistage high-efficiency anti-blocking sand screening device. The multistage high-efficiency anti-blocking sand screening device comprises a shell and a screen plate, wherein the upper part of the right side of the shell is connected to a feed hopper; a rotating drum is arranged in the shell; a screen mesh is arranged at the right side of the rotating drum; the screen plate is arranged below the screen mesh; and the upper part of the screen plate is leaned against a hair brush. The multistage high-efficiency anti-blocking sand screening device has the beneficial effects that hardened blocks in coarse sand are efficiently smashed by arranging the rotating screen drum and smashing cutter blades distributed in a staggering manner, thereby improving the sand screening efficiency of the screen drum and saving coarse sand raw materials; the multistage high-efficiency anti-blocking sand screening device is provided with a squeezing plate and a slag discharging opening which are used for collecting large-grained garbage screened out by the screen drum, thereby facilitating the continuous operation and improving the screening efficiency; the multistage high-efficiency anti-blocking sand screening device is provided with the reciprocating screen plate and the hair brush, and the hair brush is used for cleaning the screen plate in real time, thereby avoiding the blockage of the screen plate and improving the screening efficiency; the screening quality is improved through two-stage screening; and the multistage high-efficiency anti-blocking sand screening device is compact in structure and is suitable for screening small batches of coarse sand; and as the multistage high-efficiency anti-blocking sand screening device is provided with idler wheels, the multistage high-efficiency anti-blocking sand screening device is convenient to move and transport.

The invention discloses a smashing and screening device for compound fertilizer production. The smashing and screening device for compound fertilizer production comprises a base, a smashing tank, a bearing, a primary screening tank, a secondary screening tank, a second drive motor and a special-shaped gear, wherein the smashing tank is fixedly installed on the base through screws; two sets of mainsmashing rollers are installed in a smashing cavity in a bilateral symmetry mode; auxiliary smashing rollers are further rotationally installed in the smashing cavity; a scattering disc is further fixedly connected to the upper end of an output shaft of a first drive motor; the second drive motor is further fixedly installed on the outer wall of the right side of the smashing tank; and the special-shaped gear is further installed on an output shaft of the second drive motor. According to the smashing and screening device for compound fertilizer production, the structure is novel, and fertilizer particles are more uniform in the smashing process; and through arrangement of the scattering disc, smashed fertilizer is evenly tossed out and then falls into the primary screening tank, so that the fertilizer on the primary screening tank is evenly distributed and prevented from being accumulated on a screen of the primary screening tank.

The invention relates to a two-layer cell culture system organ chip and a preparation method thereof. The organ chip comprises a two-layer cell culture system, wherein each layer comprises a culture solution micro-fluid channel, a medicament micro-fluid channel, cell culture chambers and a medicament testing tank; a micro structure and micro-fluid channels are designed on the organ chip, two cells are respectively fixed on each specific cell culture chamber, and intercellular signal transmission and interaction between the cells are performed by virtue of the micro-fluid channels. The organ chip realizes the parallel implantation and co-culture of two or more cells, is simple in operation, reduces the dose of practical samples, simplifies the cell implantation process, has the characteristics of portability, economic performance, high efficiency and accuracy, and can be used for independently performing cell seeding and culture and detection of medicament toxicity or pharmacological activity. The two-layer cell culture system organ chip is a novel organ chip with miniaturization, automation and visualization, prepared by simulating the structures and functions of a human organ, and can be used for providing the effective theoretical basis for tissue and regeneration engineering, organ transplantation and medicament evaluation.

The invention relates to the technical field of graphic images, and discloses an automatic album establishing method and device. The method includes the following steps of obtaining face feature information of a human target, screening all images in a preset image file folder according to the face feature information to obtain all images matched with the face feature information, sequencing all the obtained images according to time, and grouping all the sequenced images according to dates and storing the images in an independent file folder, wherein the time difference between the earliest shooting date and the latest shooting data of each group of images is smaller than a preset threshold. The images in the image file folder can be rapidly screened and classified in a targeted mode according to each human target, and a user can conveniently check the images; the user can clearly know the content recorded by the images on the time track, the reasonability of date spans of images stored in the same file folder is ensured, and user experience is improved.

The invention discloses a four-degree of freedom parallel-series hybrid oscillating screen, which comprises a base, a crank block mechanism, a support, an intermediate platform, a Y left branch chain, a Y right branch chain, an X front branch chain, an X rear branch chain and a screen box, wherein the crank block mechanism is arranged above the base; the bottom part of the support is arranged on the crank block mechanism; the upper end of the support is fixedly connected with the intermediate platform; the screen box is arranged above the intermediate platform; the Y right branch chain, the Xfront branch chain, the Y left branch chain and the X rear branch chain are connected between the screen box and the intermediate platform; and the screen box, the intermediate platform and the four branch chains which are connected with the screen box and the intermediate platform form a parallel mechanism with a 4-spherical pair-prismatic pair-revolute pair (4SPR) structure. The oscillating mechanism disclosed by the invention is a parallel-series hybrid mechanism 4-spherical pair-prismatic pair-revolute pair-parallel (4SPR-P), which is capable of realizing two-shift and two-rotation oscillation of four degrees of freedom on the screen box; the oscillating amplitude, the frequency, the dip angle and the oscillating degree of freedom can be regulated. The four-degree of freedom parallel-series hybrid oscillating screen has strong adaptability on different screened materials and can be used for material grading in industry of energy, metallurgy, building material, chemical engineering, agriculture and grain processing.

The invention discloses a method for screening and / or designing medicines aiming at multiple targets. The method disclosed by the invention comprises the following steps of: 1) marking k targets as target 1, target 2, ...... and target K, and searching a positive training set and a negative training set; obtaining a multiple-target characteristic based on the positive training set and the negative training set respectively; building a target screening model by using an SVM (Support Vector Machine) method based on the multiple-target characteristic; 2) and judging whether a substance to be screened is a medicine primer targeting a plurality of targets by using the target screening model. The method disclosed by the invention has high screening efficiency, and has broad application prospect in the field of development and design of medicines.

The invention discloses a blocky traditional Chinese medicine crushing and grinding machine with impurity removing function. The machine comprises a base, a screening bin, a feeding port, a grinding bin and a grinding hammerhead, wherein the screening bin is arranged above the base; a crushing shaft is arranged in the screening bin, and a screening plate is arranged below the crushing shaft; the grinding bin is fixedly connected to the right sidewall of the screening bin; a first motor is fixedly connected to the outer wall of the right side of the grinding bin; a crankshaft is arranged in thegrinding bin; a movable plate is arranged below the crankshaft; a second motor is fixedly connected to the lower surface of the movable plate, and a shaft extending end of the second motor is fixedlyconnected to a grinding shaft; the grinding hammerhead is fixedly connected to the lower end of the grinding shaft. According to the machine, ferromagnetic impurities such as ferrous power and slag mixed in traditional Chinese medicines can be attached through a magnetic plate; the traditional Chinese medicines can be primarily crushed through crushing blades; the primarily-crushed traditional Chinese medicines fall on the screening plate and are screened through the screening plate; the traditional Chinese medicines are further crushed through a main crushing blade and a secondary crushing blade; the traditional Chinese medicines are hammered through the grinding hammerhead while the grinding hammerhead rotates. Therefore, the grinding efficiency is improved.

The invention discloses a sand sieving device for civil engineering. The sand sieving device comprises a box body, a feeding hopper, a feeding channel, a pulverizing device, a sand sliding plate, a first spring, a sand and gravel rotating fan, a first sieve net, a second sieve net, a second spring, a third motor, a disc, a moving rod, a cross rod, a vertical rod and a hitting ball, wherein the pulverizing device comprises a first motor, a stirring shaft and a pulverizing rod; and the sand and gravel rotating fan comprises a second motor, a mounting shaft, a fan plate and a hot air blower. By arranging the pulverizing device, caking sand and gravel are pulverized, and insufficient sieving is avoided; by arranging the sand and gravel rotating fan, insufficient sieving caused by too-high sandfalling speed is avoided, and at the same time, the sand and gravel are dried, so that the blocking of sieve net holes by the wet sand and gravel and the influence of engineering use are avoided; byarranging the first sieve net, the second sieve net, the third motor, the disc, the moving rod, the cross rod and the hitting ball, multi-stage sieving can be carried out; and by driving the first sieve net and the second sieve net to swing upwards and downwards through cooperation, the sieving efficiency is increased.

The invention discloses a spatial data conversion method and system. The method comprises: performing land feature coding, and marking CAD data by adopting GIS codes storing topographical elements; re-drawing graphic data by adopting features corresponding to graphs for the marked CAD data to normalize the CAD data; and converting the normalized CAD data into GIS data. A whole set of processing process is provided through an embodiment of the invention and comprises the functions of land feature batch coding, topologic check, specific graphic layer screening or exporting all data for the GIS and the like.

The invention relates to an order matching method and device. The method comprises the steps that question types selected by users are received, and all pieces of order information corresponding to account numbers of the users are inquired; according to the question types and order states of all the pieces of order information, by means of combination with the corresponding relation between the question types stored in advance and the order states, corresponding orders are matched. According to the method and the device, the corresponding relation between the question types which the users need to ask and the order states is preset, as long as the users select the question types, the suitable orders can be matched, and therefore the order screening efficiency is greatly improved; moreover, an information feedback list can be generated according to order operation of the users, so that service staff can follow up the order requirements of the users in time; the phenomenon that the users contact the service staff through telephone calls is avoided, the telephone traffic can be reduced, and the communication cost can be saved.

The invention relates to the technical field of environmental protection, and particularly discloses a construction waste treatment device for environmental protection. The construction waste treatment device comprises a baseplate, and the upper surface of the baseplate is provided with a conveyor mechanism, a crushing box and a dust collection box from left to right in sequence; the conveyor mechanism comprises a wet material conveyor belt and a dry material conveyor belt, and the wet material conveyor belt and the dry material conveyor belt are connected with a feeding conveyor belt separately; the feeding conveyor belt is connected with the crushing box, and the wet material conveyor belt penetrates through a drying box; a drying mechanism is arranged in the drying box; double crushingmechanisms are arranged in the crushing box, and screening mechanisms are arranged below the double crushing mechanisms; and the crushing box is connected with the dust collection box through a dust suction pipe. The construction waste treatment device is specially used for treatment of waste left in constructional engineering, especially solid waste, such as broken bricks and concrete, and the treated construction waste can be recycled; not only can the environment be protected, but also the resources can be saved; and the waste is avoided.

The invention discloses a secondary gravel screening device which comprises a base plate. A supporting frame is vertically and fixedly installed on the base plate. A drive motor is fixedly installed at the left side of the supporting frame. The right side wall of the supporting frame is provided with a driven bevel gear in meshing connection with a driving bevel gear in a rotary mode. A feeding pipe is arranged at the upper end of a screening box. A horizontal plate is horizontally and fixedly installed on the outer wall of the right side of the screening box. A stepping motor is fixedly installed on the horizontal plate. A driven gear in meshing connection with a driving gear is fixedly installed at the upper end of a rotating shaft. According to the secondary gravel screening device, gravel can be scattered in a rotating mode through rotation of blades and a shifting plate with through holes, the scattering degree of the gravel before screening is increased, and the gravel screeningefficiency is improved. A second sieve plate and a first sieve plate make left-right reciprocating motion under the driving action of a second connecting rod and a first connecting rod correspondingly, the fast screening effect on the gravel is achieved, the gravel, obtained after passing the second sieve plate and the first sieve plate, of different grain diameters enters a collecting groove to be collected, and discharging is convenient and rapid.

The invention discloses a sieving and crushing integrated machine. The sieving and crushing integrated machine comprises a machine housing, a sieving and distributing machine (1) arranged at an upper part of the machine housing, and a sieving and crushing machine (35) arranged at a lower part of the machine housing, wherein the sieving and distributing machine (1) comprises a charge hole (2), an arc-shaped distributing plate (6), an iron remover (11), a transmission device, a flange type sieve shaft (4) and a filter sieve shaft (5); the sieving and crushing machine (35) comprises a main rotor, an arc-shaped counterattack sieve roller set, a particle size adjusting device and a transmission device; and a charge hole (36) of the sieving and crushing machine is positioned below a discharge hole (9) of the sieving and distributing machine. The sieving and crushing integrated machine has the following creative effects: the original two-stage crushing and one-stage sieving mode is changed to be a one-stage sieving and one-stage crushing mode, so that a system structure is simplified; problems of material adhesion and blockage, high iron content, low sieving and crushing efficiency, high power consumption, non-uniform ring hammer wear, unadjustable particle size, high difficulty in overhauling and replacement of spare parts, inconvenience in operation and the like are solved; and the sieving and crushing integrated machine is a major innovation of sieving and crushing equipment technology.

The invention relates to a method and device for extracting a commodity body in a commodity picture. The method comprises the steps that significance degrees of a plurality of selected areas of a picture corresponding to picture data are obtained; the center of a selected area with the highest significance degree is selected as the center of potential commodity body areas, the center of the potential commodity body areas is taken a circle center, and the significance degrees of all the areas of the picture corresponding to the picture data are enhanced; according to the enhanced significance degrees, an absolute body area is selected from the potential commodity body areas, and a background area is selected outside the potential commodity body areas; according to the absolute body area and the background area, the commodity body is extracted. Compared with the prior art, the method and device for extracting the commodity body in the commodity picture can obtain the commodity body position in the picture more accurately.

The invention discloses a virtual prop processing method and apparatus, an electronic device and a storage medium. The method comprises the steps of providing a virtual prop interface in a graphic user interface, wherein the virtual prop interface comprises virtual props displayed in a preset display mode; detecting sliding operation on the virtual props in the virtual prop interface; judging whether the sliding operation meets a first preset condition or not; when it is detected that the sliding operation meets the first preset condition, providing a parameter control, wherein the parameter control is used for adjusting the quantity of the virtual props; and after the quantity of the virtual props is adjusted, executing virtual operation on the virtual props. The technical problem of lowvirtual prop screening and arrangement efficiency in an interactive mode of a mobile terminal is solved.

The invention belongs to the field of biological medicines, and relates to a method for screening HRDs disease-causing mutation and a gene chip hybridization probe designing method involved in the same. The method for screening the HRDs disease-causing mutation comprises the steps of (1) establishing an HRDs genetic resource repository; (2) designing and synthesizing a gene chip hybridization probe of an HRDs disease-causing gene, and integrating the gene chip hybridization probe onto a gene chip; (3) capturing a target area by utilizing the prepared gene chip and executing the depth sequencing; (4) analyzing the sequencing data on the aspect of bioinformatics, and screening the candidate disease-causing gene; (5) functionally predicting a newly-discovered splicing gene mutation site. By establishing the high-efficient HRDs target gene capturing technology, adopting the depth sequencing as a means and confirming the efficiency of the HRDs capturing chip, a high-efficient credible biological information analysis model is established.

The invention relates to a particle material classification sorting device. The particle material classification sorting device consists of a screening box, an upper sieve plate, a lower sieve plate, spring vibrators and a console. The screening box is in a cuboid shape and formed by welding steel plates; the upper sieve plate is obliquely installed inside the screening box, and sieve holes are uniformly distributed in the upper sieve plate; the inclination direction of the lower sieve plate is opposite to that of the upper sieve plate in installation, and the diameter of each sieve hole of the lower sieve plate is smaller than that of each sieve hole of the upper sieve plate so as to realize a classification sorting effect; the spring vibrators are arranged on the bottom of the screening box and used for controlling the entire screening box to move up and down in a reciprocating manner so as to enhance the screening speed and improve the screening quality; a motor is installed in the console and used for controlling the vibrating frequency and amplitude of the spring vibrators. Particle raw materials enter the screening box to be sorted in a classification manner sequentially through twice screening processes of the upper sieve plate and the lower sieve plate. The particle material classification sorting device can be used for realizing the continuous and stable classification sorting operation, is simple in structure and high in efficiency, and can be widely used for sorting particles in a classification manner in the fields of food, medicines, chemical industry, light industry and the like.

The invention discloses a high-efficiency sand screening machine for preventing blockage of a sieve plate, which comprises a base, an outer frame, an inner frame and a brush holder. In the present invention, by setting the first sieve plate and the second sieve plate, the sand can be graded and screened to meet different use requirements; the left and right reciprocating movement of the outer frame drives the inner frame to vibrate in the left and right directions, and the pulley and The use of the convex surface drives the inner frame to vibrate in the up and down direction, and the sieve plate of the inner frame vibrates in the up and down and left and right directions at the same time. The multi-directional vibration effectively improves the screening efficiency; by setting the static brush holder, it can During the movement of the sieve plate, the sand stuck in the sieve hole is efficiently cleaned to avoid sand blocking the sieve hole and ensure the normal use of the sieve plate.

The invention discloses a multi-stage high-efficiency sand screening device for construction engineering, which comprises a base plate, a sand screening box, a crushing device, a first screen, a second screen, a second spring, a sliding rod, a sliding sleeve, a connecting plate, a wool Brush, transmission mechanism, first gear, first reel, first traction rope, second gear, first cam, second cam, second reel and second traction rope, said transmission mechanism includes motor, The second disc, the movable rod, the first rack and the second rack, the present invention is provided with a crushing device, which crushes the agglomerated sand, avoids affecting the efficiency of sand screening, and is provided with a transmission mechanism, a first winding wheel, The second winding wheel, sliding rod, sliding sleeve, connecting plate and brush drive the brush to move left and right, brush the first screen and the second screen, and avoid the mesh holes of the first screen and the second screen from being blocked , Improve the screening efficiency, equipped with a first cam, a second cam and a second spring, so that the first screen and the second screen shake left and right, further improving the screening efficiency.

The invention discloses a five-double full-dry method crushing production line and processing method for high-quality sand aggregates. The production line comprises a material pretreatment system. A discharge port of the material pretreatment system is connected with a feed port of double-impact crushing equipment of a fine coarse aggregate processing system, a discharge port of the material pretreatment system is connected with a primary classifier, and a discharge port of the primary classifier is connected with a finished product screening and proportion adjusting circulation system. A super-particle-size material outlet of the finished product screening and proportion adjusting circulation system is circularly connected to a feed inlet of double-speed double-frequency crushing sand making equipment. The fine sand aggregates are connected to corresponding finished product bins or are circularly connected to the feed inlet of the double-speed double-frequency crushing sand making equipment, and multi-stage powder selecting equipment is arranged below a fine sand outlet. According to the production line, the production line with multi-stage desliming, double-countering-impact crushing, double-vertical-shaft impact crushing shaping sand making, multi-stage powder selecting and multi-stage circulation is adopted, so that the system productivity and the quality of the finished sand aggregates are improved effectively, the efficient and energy-saving effects are realized, and the practicability is high.

The invention discloses a geographic information data filtering method, electronic equipment, storage medium and system based on meshing. The method includes the steps of meshing a map, dividing the map into several mesh units along the longitude and the latitude; linking the geographic information of each region in the map to POI information points in the map; obtaining longitude coordinates and latitude coordinates of all the boundary points in a region to be analyzed, dividing the mesh units belonging to the region to be analyzed into the mesh units inside the boundary of the region to be analyzed and the mesh units on the boundary of the region to be analyzed; obtaining the first geographic information contained in the POI information points in the mesh units inside the boundary of the region to be analyzed; judging whether the POI information points inside the mesh units on the boundary of the region to be analyzed are in the region to be analyzed, and if so, obtaining the second geographic information contained in the POI information points, otherwise, excluding the POI information points; integrating the first geographic information with the second geographic information, and obtaining the complete geographic information of the region to be analyzed. According to the geographic information data filtering method, the range of screening is narrowed, and the efficiency of screening is improved.

The invention discloses an automatic bituminous coal screening device. The automatic bituminous coal screening device comprises a waste box, a U-shaped motor rack, a composite gear shaft, a transmission shaft, a driven gear, a T-shaped elevator, a lower bearing bracket, a guide rail, an upper bearing bracket, an L-shaped motor rack, a sieve rack, two fine-mesh sieves symmetrically mounted on the sieve rack, two eccentric motors, two stepping motors and a rolling lead screw. The lifting motor is used for lifting the fine-mesh sieves; a vibrating motor rotates to drive the fine-mesh sieves to vibrate left and right; the two eccentric motors are capable of driving the fine-mesh sieves to vibrate up and down. The automatic bituminous coal screening device is an automatic instrument reasonable in structure, simple to operate, and capable of screening two parts of bituminous coal particles in a vibrating manner.

The invention relates to a steel slag treating technology which can be used for treating steel slag after which is stabilized by adopting a hot and stuffy method. According to the technology, the steel slag is treated by the procedures of screening, crushing, magnetic separation, purification and the like through utilizing the mode of combining an open loop and a closed loop circulation to obtain five high-value-added high-quality products, namely first-type bulk slag steel with the grade of more than or equal to 80% and particle size of 150mm, a second-type bulk slag steel with the grade of more than or equal to 80% and particle size of 50-150mm, slag steel with grade of more than or equal to 85% and particle size of 10-50mm, magnetic separation powder with grade of more than or equal to 42% and particle size of 10mm, and metal iron content (2% of tailings with the particle size of 10mm), wherein the first-type bulk slag steel and the second-type bulk slag steel and the slag steel with the grade of more than or equal to 85% can be returned for steelmaking, the magnetic separation powder can be used for sintering, and the tailings can be used for producing steel slag micropowder as high-activity admixture of cement and concrete and the like. Through the technology, the zero emission of the steel slag can be realized, the defects that the steel slag stored occupies a large area and pollutes the environment can be solved, and the economic benefits of a steel mill can be increased.

The invention discloses a network pharmacology method used for finding active ingredients of traditional Chinese medicine and effect targets thereof. The network pharmacology method comprises the steps as follows: chemical compounds and proteins that can build training sets are collected, and characteristic descriptors are calculated according to molecular structures of the chemical compounds and amino acid sequences of the proteins; the training sets are built based on the characteristic descriptors of the chemical compounds and the proteins, predictive models relative to the interaction of the chemical compounds and the proteins are built according to a machine learning method; the known chemical compound ingredients of the traditional Chinese medicine needing to be forecasted, the characteristic descriptors are calculated, and forecast sets are built; the built predictive models are utilized to forecast the forecast sets, and the chemical compounds and the proteins with the forecasted interaction results greater than a given threshold are used for building a network; and the chemical compounds and the proteins with larger network node connection number are the potential active ingredients and the potential effect targets. The network pharmacology method can improve the finding accuracy rate and finding efficiency of the active ingredients of the traditional Chinese medicine and the effect targets.

The invention discloses efficient crushing and grinding equipment for traditional Chinese medicine. The efficient crushing and grinding equipment for traditional Chinese medicine comprises a grinding barrel, a crushing barrel, a first screen mesh, an round feed inlet, a first motor, a rotary shaft, an annular baffle plate, a first crushing blade, a second crushing blade, a brush, a second motor, a first installing shaft, a first grinding roller, a second installing shaft, a second grinding roller, an active gear, a driven gear, an inner gear ring and a second screen mesh. The efficient crushing and grinding equipment for traditional Chinese medicine is provided with the first motor, the rotary shaft, the round feed inlet and the annular baffle plate, and through cooperation of the first motor, the rotary shaft, the round feed inlet and the annular baffle plate, intermittent feeding is achieved, insufficient crushing caused by excessive feeding at one time is avoided and the crushing efficiency is improved; the first crushing blade and the second crushing blade are further provided and set dislocated, so that the crushing speed is high and the crushing efficiency is high; and the second motor, the active gear, the driven gear, the inner gear ring, the first grinding roller and the second grinding roller are further provided, and through cooperation, continuous grinding of traditional Chinese medicine is conducted, the grinding is sufficient and fast, and the grinding efficiency is improved.

The invention relates to an interrogation data processing method and device, computer equipment and a storage medium. The method comprises that interrogation data and a diagnosis result correspondingto the interrogation data are obtained, the interrogation data is divided into words to obtain a word dividing result, and symptom information is extracted from the word dividing result; sign information of a patient corresponding to the interrogation data is obtained; the sign information and the symptom information are input to a trained condition level prediction model to obtain a condition level corresponding to the interrogation data; and when the condition level is a first preset level, a preset rule base is searched for a checking rule according to a diagnosis result, and a corresponding checking task is generated according to the interrogation data and checking rule. The method can be used to improve the interrogation data screening efficiency and reduce omission of interrogation data of severe illnesses.