108results about How to "Reduced effectiveness" patented technology

The invention belongs to the technical field of mobile communication, and particularly relates to a multi-agent joint edge caching method based on a federated learning architecture, which is suitable for a macro-micro heterogeneous network environment. According to the method, the content popularity is predicted, and a cache decision is optimized by adopting a deep reinforcement learning method; according to the method, distributed prediction is carried out on content popularity through a federated learning architecture and a denoising auto-encoder long-short term memory network, and dynamic optimization of content cache is realized. And optimizing a caching strategy and resource allocation by combining a game model between the micro base station and the macro base station so as to maximize the effectiveness of the infrastructure provider. According to the method, a multi-agent deep reinforcement learning algorithm without information sharing is introduced to optimize the system efficiency. The system reduces transmission delay and improves network performance and user experience by calculating a dynamic adjustment strategy of terminal user content popularity and combining a communication resource allocation strategy. The method effectively solves the problems of high delay, low cache resource utilization rate and the like in the existing system, and is suitable for a complex network environment.

The invention relates to the field of osteoarthritis drug treatment, in particular to application of RuO2 nano-enzyme in preparation of a drug for treating osteoarthritis, and particularly relates to knee osteoarthritis. The RuO2 nano-enzyme disclosed by the invention is prepared according to the following method: carrying out incubation deposition on Cu2O sphere nano-particles and RuCl3 to obtain Cu2O and RuO2, and etching Cu2O and RuO2 spheres to obtain the RuO2 nano-enzyme. The RuO2 nano-enzyme provided by the invention is a hollow RuO2 nano-enzyme sphere, and after the RuO2 nano-enzyme is horizontally used in an animal body for intervention, the hollow RuO2 nano-enzyme sphere can be used as a hollow RuO2 nano-enzyme sphere; the RuO2 nano-enzyme can effectively delay the development of knee osteoarthritis of a mouse knee osteoarthritis model caused by medial meniscus instability (DMM), improve the pain condition and movement function of a DMM modeling mouse, reduce the gonarthromeningitis degree and relieve knee joint cartilage degeneration and injury, and the effectiveness of the RuO2 nano-enzyme in delaying the knee osteoarthritis disease is further proved. The invention provides a novel method for treating knee osteoarthritis, and has strong practicability and application prospect.

The invention discloses a preparation method, a use method and application of a composite soil conditioner, and relates to the technical field of soil remediation. Compared with the prior art, the composite soil conditioner is prepared by uniformly mixing calcined oyster shells and limestone with biochar, organic activated carbon and mineral source humic acid; the composite soil conditioner is simply applied to arsenic-polluted soil, and can improve the soil structure, improve the composition of organic matters in the soil, increase the Eh value of crop rhizosphere soil and increase the biomass of crops, so that the soil quality is improved. The biological availability and toxicity of arsenic are remarkably reduced through multiple effects of soil in-situ passivation, iron-arsenic precipitation forming, iron film / titanium film forming and the like, the content of arsenic absorbed and accumulated at edible parts of stems and leaves of crops is reduced, arsenic is intercepted at unedible root parts, solid waste resource utilization is achieved, and the method is low in cost and environmentally friendly.

The utility model relates to the technical field of foundation pit supporting, and provides a foundation pit supporting device which comprises a bottom plate and a supporting plate, an operator fixedly installs the bottom plate on a foundation pit through a fixing nail, then manually pulls an inserting rod I outwards through a round handle I to drive a spring I to extend outwards, and when the inserting rod I moves outwards to leave an inner cavity of an inserting hole I, the inserting rod I is inserted into the supporting plate; the length and the inclination angle of the first adjusting rod are adjusted through cooperation of an upper connecting block and a lower connecting block, so that the inclination angle of the supporting plate is changed, the supporting plate is tightly attached to the side edge of the foundation pit, and the situation that an included angle gap exists between the supporting plate and the edge of the foundation pit is avoided; the effective effect of the supporting structure is weakened, the pressure of a soil body cannot be effectively dispersed and transmitted, the supporting effect of the foundation pit is reduced, and through the technical scheme, the defects in the prior art are overcome.

The invention discloses a real-time three-dimensional semantic map construction method based on semantic communication, and belongs to the technical field of semantic communication. The method comprises the following steps: designing a communication system scene model combined with cloud edge collaboration according to real-time three-dimensional semantic mapping task requirements under limited resources, and simplifying the communication system scene model into a basic communication transmission model; then, according to the simplified communication transmission model, designing a coding and decoding structure semantic communication framework with an edge node end as a coding end and an edge server as a decoding end, and meanwhile, adding a quantization module on framework design to realize maximum compression of semantic information, so as to ensure that a real-time semantic mapping task can be completed on the edge node with limited resources; and finally, designing an attention module based on an attention mechanism according to different channel condition requirements of a scene in a communication scene, and embedding the module into the encoding and decoding structure semantic communication framework to ensure that the method can correctly complete a semantic mapping task in real time under various channel conditions.

The invention relates to the technical field of optical fiber manufacturing, and discloses a heavy water vapor replacement device, a spectral measurement system and a method for reducing water peak absorption loss of a hollow-core optical fiber. The method for reducing the water peak absorption loss of the hollow-core optical fiber is realized by using a heavy water vapor replacement device, the effectiveness is verified through a spectral measurement system, the heavy water vapor replacement device comprises a vapor generation assembly, a first gas cavity assembly and a gas extraction assembly, the gas extraction assembly firstly vacuumizes the interior of a fiber core, and the vapor generation assembly generates heavy water vapor; heavy water vapor is filled in a fiber core of the hollow-core optical fiber through the first gas cavity assembly, the heavy water vapor is prevented from being mixed with gas reserved in the fiber core, it is guaranteed that the fiber core of the hollow-core optical fiber is completely filled with the heavy water vapor, an absorption peak is weakened, especially interference to S-band communication is greatly reduced, hydroxyl formed by heavy water molecules has stable chemical properties, and the service life of the hollow-core optical fiber is prolonged. Secondary adsorption of common water vapor is effectively delayed, and the transmission performance of the optical fiber is improved.

The invention discloses a rental vehicle cruise path calculation method and system based on expected cruise mileage, and the method comprises the steps: determining a road section according with a driving path, correcting a preliminary track point, and obtaining a corresponding road section number; according to the taxi track data of the road sections corresponding to the taxi track points, determining the taxi transportation force and demand quantity of different road sections; predicting the taxi transport capacity and demand quantity of each road section in the future and the passenger carrying probability of each road section; evaluating the time sequence period rule degree of the transportation capacity and the demand quantity of each road section, and correcting the passenger carrying probability prediction value of each road section; determining a candidate path set according to the information of all the road sections, calculating the expected cruise mileage of each candidate path, and determining a recommended path; and updating the transport capacity data of the road section, and re-determining the recommended path. According to the invention, the cruising efficiency of the taxi is effectively improved, the resource configuration is optimized, the overall operation level is improved, the operation cost is reduced, and the travel experience and satisfaction of passengers are enhanced.

The present invention provides a test device for shield cutterhead mud cakes taking into account high temperature and high pressure. A double-layer cylindrical test cylinder is sealed at the bottom by a cylindrical cylinder bottom cover (4). The top of the double-layer cylindrical test cylinder is open. A cylindrical inner cylinder top cover (3) is movably arranged at the top opening. An electric-controlled jack (5) for applying vertical pressure is connected to the upper surface of the cylindrical inner cylinder top cover (3). A plurality of electrically controllable heating rods (13), a plurality of unconfined compressive strength sample molds (11) and a plurality of direct shear sample molds (12) are arranged inside the double-layer cylindrical test cylinder. The present invention also discloses a test method for shield cutterhead mud cakes taking into account high temperature and high pressure. The present invention can study the mechanism or conditions of cutterhead mud cakes under the action of high temperature and high pressure, which is more consistent with the actual situation and avoids the operation of injecting a dispersant to decompose the mud cakes after the mud cakes are formed in shield practice.

The invention relates to the technical field of melt sealing, in particular to a melt gear pump special for POE and a sealing device.The melt gear pump comprises a shell, a driving shaft, a driven shaft, a front end plate and a rear end plate, the front end plate and the rear end plate are arranged on the front side and the rear side of the shell correspondingly, and a cavity is defined by the shell, the front end plate and the rear end plate; according to the melt gear pump special for the POE and the sealing device, the sliding bearing is arranged in the shell and used for bearing the driving shaft and the driven shaft, it is guaranteed that the shafts are kept stable in the rotating process, vibration and abrasion are reduced, and the operation stability and reliability of the gear pump are improved; when the gear pump works normally, due to the fact that the materials enter the teeth and are not prone to being cut off, the gear pump is not prone to flow off, during normal work, due to the fact that the materials flow out of the gap between the driving shaft and the front end plate, due to the fact that the sealing assembly exists, high-viscosity macromolecule materials and low-viscosity micromolecule materials are not prone to flow out, and production safety is guaranteed.

The invention relates to the field of preparation of photo-thermal water-power cogeneration devices, in particular to a preparation method of a low-water evaporation enthalpy aerogel and thermoelectric module water-power cogeneration system, which comprises the following steps: in an upper photo-thermal conversion area, covering a hot end of a thermoelectric module with a hydrophobic coating prepared from a multi-walled carbon nanotube and polydimethylsiloxane for heating; an aluminum radiator with good thermal conductivity is used below the thermoelectric module, and heat is transferred to an evaporation area. The lower part of the system is aerogel prepared by crosslinking chitosan and waterborne polyurethane, so that the evaporation enthalpy is reduced, effective evaporation is realized, and heat is taken away to reduce the temperature of a cold end. The multi-stage energy utilization can synergistically improve the power generation efficiency and the evaporation efficiency.

The invention belongs to the technical field of privacy protection, and discloses a false position privacy protection method and system based on moving path semantic relevance, which utilizes a neural network to learn spatial-temporal features and semantic features among positions in a real moving path of a user, and combines transition probability among position sequences to obtain a false position privacy protection result. The influence of query time on spatial-temporal features and semantic features among positions is quantified, and a false position privacy protection scheme based on moving path semantic relevance is provided. Theoretical analysis and a large number of experiments show that the scheme can efficiently help a user to generate a false position sequence which cannot be distinguished from a real position sequence in terms of spatial-temporal features and semantic features, and effectively protect the position privacy of a requesting user.

The invention discloses a metasurface structure for reducing normal incident scattering of an antenna, and the metasurface structure employs a double-layer design, combines an absorption layer and a frequency selection surface layer, and achieves broadband absorption through a periodically two-dimensional unfolded microstrip patch unit and a three-layer resistor loading metal ring. Ansys electromagnetic field simulation software verifies that the structure effectively reduces the radar cross section of the microstrip antenna within the frequency band of 3-10 GHz, and ensures the normal work of the antenna at the same time. Through deep analysis and simulation optimization, key factors influencing the performance are determined, and the balance between the wave permeability and the wave absorbing property is realized. Besides, an adjustable resistance circuit, a reconfigurable mechanism, an intelligent algorithm and a sensor technology are integrated, the stability and the automation level of the antenna performance are further improved, and an effective solution is provided for improving the scattering reduction effect during forward incidence of radar waves.

The invention provides an intelligent MBR membrane permeability detection method based on a self-organizing robust neural network, and aims to solve the problem that the MBR membrane permeability is difficult to detect under the interference conditions of water quality and water quantity fluctuation and the like. For abnormal input data caused by external interference, a data immune mechanism is introduced to realize self-organization of a neural network structure, so that the model adapts to the change of the input data, the influence of noise and abnormal values on the model is reduced, model parameters are updated by utilizing a self-adaptive gradient descent algorithm, and the anti-interference capability of the model is effectively improved. Experimental results prove that the method can realize accurate prediction of the membrane permeability under the condition that abnormal input data exists, and relatively good stability and robustness are kept.

The present application relates to the field of Gastrodia elata cultivation, and particularly relates to a method for continuously planting Gastrodia elata in old planting holes. The present application effectively improves the yield of Gastrodia elata, and significantly reduces the incidence of new Gastrodia elata and the decay rate of mother Gastrodia elata by scientifically planting after rhizoma polygonati. In the present application, the breeding hole is sexual reproduction, and it does not need to cultivate armillaria bed. The armillaria, fungus material and Gastrodia elata seeds can be placed at the same time. The planting hole is asexual reproduction. Since the Gastrodia elata seed needs a large amount of nutrient elements, the armillaria bed needs to be cultivated. This operation mode can form the difference of microbial community between the breeding hole and the planting hole, which is beneficial to ecological competition, and thus improves the soil recovery and improvement.

The invention discloses an ineffective potential suppression structure for a small inductosyn, and belongs to the technical field of inductosyn. The invention aims at the application requirements of high precision and small size of the inductosyn. A stator effective conductor of the inductosyn is arranged on the front surface of the stator substrate and is arranged along the whole circumference of the stator substrate; a stator substrate and a rotor substrate of the inductosyn are made of ferromagnetic materials. Stator ineffective conductors of the inductosyn are arranged on the back face of a stator substrate and are arranged along the whole circumference. The stator non-effective conductor and the stator effective conductor are connected through dense via holes; a stator effective conductor and a rotor conductor of the inductosyn are arranged in a radial alignment manner. According to the stator design scheme based on the double-layer metal-based MCPCB, the ferromagnetic material is used for improving the signal strength and shielding the ineffective potential, the precision and the signal-to-noise ratio are improved, meanwhile, the radial and axial space occupation is reduced, and the application requirement of the induction synchronizer in a small precise servo system is met.

A system (10) for determining the validity of the results of a lateral flow test, the system comprising a lateral flow stick (180a, 180b, 180c). The lateral flow stick (180a, 180b, 180c) comprises: a sample pad (310); a conjugate pad (315) comprising antibody-treated gold particles; and a porous membrane (320) for receiving a capillary flow of a milk sample. The porous membrane (320) comprises: a test line (360) treated with a progesterone reference, the progesterone reference binding to the antibody-treated gold particles of the milk sample and thereby causing the test line (360) to change color when exposed to milk having a progesterone level below a threshold limit; and a control line (370) treated with an antibody reference binding to an antibody and thereby causing the control line (370) to change color when exposed to milk comprising antibody-treated gold particles. The system also includes a sensor (210) and a control unit (150), the control unit being configured to: obtain a reference hue (380) of the control line (370); determine a current hue of the control line (370) based on an image captured by the sensor (210) during the ongoing lateral flow test; compare the reference hue (380) of the control line (370) with the current hue of the control line (370); and indicate the validity of the lateral flow test performed on the lateral flow stick (180a, 180b, 180c) based on the comparison performed.

The present invention provides a tight junction protein antibody H04 and its application, wherein the antibody H04 is a single-domain antibody, and the heavy chain variable region of the single-domain antibody includes CDR1, CDR2 and CDR3; the amino acid sequence of the CDR1 includes SEQ ID NO.1; the amino acid sequence of the CDR2 includes SEQ ID NO.2; and the amino acid sequence of the CDR3 includes SEQ ID NO.3. The tight junction protein antibody H04 obtained by the present invention has a higher affinity for CLDN6 and a lower affinity for CLDN9, that is, it has a higher specificity for CLDN6, and at the same time, the tumor killing effect of ADCC and CAR-T mediated by it is better, and the chimeric antigen receptor molecule constructed based on it can better mediate immune cell killing of tumors.

The invention discloses a ventilation flow field test method for a manned spacecraft assembly, which comprises the following steps of: constructing a tested spacecraft assembly by using a small scale cabin instead of a plurality of real cabins, simulating a ventilation relationship between the tested cabin and an actual spacecraft assembly formed by the plurality of real cabins, and testing the ventilation flow field by using CO2 as a subject matter of a ventilation flow field test. Setting modes of the CO2 metabolism simulation device, the CO2 removal device and the CO2 sensor in the tested spacecraft assembly are determined respectively, and the transportation capacity of the ventilation system is verified by monitoring CO2 partial pressure in the tested spacecraft assembly under different ventilation flow field test working conditions. According to the method, on the premise of not changing the effectiveness and coverage of the ventilation flow field test of the manned spacecraft assembly, the scale and cost of the whole test system are remarkably reduced, the test period is shortened, and the reliability of the test system is ensured.

The present application relates to the field of data processing technology, and discloses a method for docking a device with an Internet of Things platform using a large language model. The method includes: collecting network traffic data of Internet of Things devices, extracting traffic fingerprints from the network traffic data, obtaining traffic fingerprint data, and constructing device description information based on the traffic fingerprint data; matching the traffic fingerprint data and device description information with the Internet of Things knowledge base to obtain target device parameters; defining device service attributes, and creating a physical model based on the device service attributes; matching the communication mode and device communication protocol to the physical model, inputting the communication mode and device communication protocol into the large language model to generate device communication plug-in code, and obtaining communication plug-in code; transmitting the communication plug-in code to the plug-in management unit to generate a device communication plug-in, and establishing the physical model and the device docking of the Internet of Things platform through the device communication plug-in. The present application improves the efficiency of docking between the device and the Internet of Things platform.

The invention discloses an ultra-high hardness surface-strengthened GGr15 steel and a preparation method thereof, and belongs to the technical field of heat treatment of metal materials. The invention discloses an ultra-high hardness surface-strengthened GGr15 steel preparation method, which adopts a multi-stage composite carbonitriding process to quickly and efficiently form dispersed granular carbonitriding compounds on the surface of GGr15 bearing steel, which can not only realize high-efficiency carbonitriding on the surface of bearing steel, but also avoid abnormal growth and coarsening of carbonitriding compounds, and significantly improve the surface hardness and wear resistance of steel; the method significantly improves the carbonitriding speed and shortens the processing cycle, thereby realizing the practicality, economy and effectiveness of the carbonitriding treatment process, and the reagent cost used in the method is low, and the processing temperature and processing time are significantly reduced, showing great potential in energy saving, emission reduction and cost reduction.

The invention discloses a method and system for identifying edge water invasion of heavy oil reservoirs, wherein the method comprises: acquiring reservoir development data; performing well logging response analysis according to the reservoir development data to obtain well logging response data; analyzing oil well production characteristics according to the reservoir development data to obtain oil well production characteristic data; collecting oil well produced water, performing salinity analysis on the oil well produced water to obtain produced water salinity; analyzing water breakthrough time according to the structural position of the production well and the distance between the production well and edge water to obtain water breakthrough time of the production well; analyzing formation pressure changes after edge water invasion occurs in the heavy oil reservoir to obtain formation pressure data; identifying the layer, time and plane distribution range of the reservoir edge water invasion according to the well logging response data, oil well production characteristic data, produced water salinity, water breakthrough time of the production well and formation pressure data.

The invention discloses a resonant dual-active bridge converter and a control method, and the converter comprises a primary full-bridge circuit, a secondary full-bridge or half-bridge circuit, a transformer, and an LC resonant network composed of a resonant inductor and a resonant capacitor which are connected in series. The control method comprises the following steps: acquiring parameters of an input voltage V1, an output voltage V2, a transmission power P, a transformer turn ratio N, a resonant inductance Lm and a resonant capacitance Cr of the converter; and calculating a primary fundamental wave equivalent voltage and a secondary fundamental wave equivalent voltage, and calculating an inner phase shift angle alpha between a first bridge arm and a second bridge arm in the primary full-bridge circuit through the primary fundamental wave equivalent voltage and the secondary fundamental wave equivalent voltage. The LLC converter has the beneficial effects that the inherent defects that the gain range of a traditional LLC converter is narrow (generally only 0.8-1.2) and the circulating current is sharply increased and the efficiency is sharply reduced when the voltage is seriously mismatched in the traditional phase-shifting DAB are fundamentally overcome.

The invention relates to a carbon adsorption humic acid organic fertilizer and a preparation method thereof, and belongs to the technical field of organic fertilizers. The preparation method comprises the following steps: mixing a carbon adsorption material and graphene into a fermented humic acid solution, carrying out carbon adsorption at 50-150 DEG C, carrying out solid-liquid separation, adding a stabilizer into the obtained liquid, and uniformly mixing to obtain the fertilizer. Compared with humic acid, the carbon adsorption humic acid organic fertilizer prepared by the preparation method disclosed by the invention has the following advantages in the aspect of improving the soil fertility: 1) the decomposition of the humic acid is delayed; (2) the stability of humic acid is improved; and (3) nutrients required by plants are provided.

The present application provides a kind of methanol hydrogen energy risk assessment method and device based on fusion strategy for ship, it is related to system safety engineering and risk management technical field, the risk assessment method of the present application includes: through system level hazard analysis, the unsafe control behavior of power system is identified, and combined with component level failure analysis, a hazard causal chain from bottom physical failure mode to top system level hazard is constructed;Based on hazard causal chain, a hierarchical causal hazard and operability knowledge graph is constructed;Through multi-modal perception to the running state of power system, unstructured multi-modal data stream is converted into a structured semantic event sequence in real time;Structured semantic event and causal hazard and operability knowledge graph are matched and cognitively reasoned to output the diagnosis report to the current risk state of power system, so as to complete risk assessment.

The present invention provides a system and method for controlling the generation of chlorate in an electrolytic cell. The method can prepare a hypochlorite-containing solution having a chlorate to free available chlorine ratio of less than 0.1 by contacting a chloride-containing brine stream with an aqueous feed stream to produce a mixture. The technology disclosed in the present invention also includes adjusting at least one of the flow rate of the chloride-containing brine and the chloride ion concentration of the chloride-containing brine to produce a hypochlorite-containing product solution.

The utility model provides an anti-dazzle resin lens, which relates to the technical field of optical lenses and comprises a lens body, a touch button groove arranged at the bottom end of the lens body, a camera shooting groove arranged at the top end of the lens body, an edge sinking groove arranged at the top end of the lens body, and catching grooves arranged on two sides of the bottom of the inner wall of the edge sinking groove. A mode of installing a camera protection sheet is adopted to solve the problems that when a mobile phone protection resin lens is designed, a groove position matched with a camera module is usually formed in the lens, although the design allows a user to use the protection lens under the condition that the camera function is not influenced, the lens cannot completely cover a camera area, and the lens is inconvenient to use. As a result, the camera lens is exposed outside and is easily scratched or collided in daily use, so that the camera lens is scratched or damaged, the comprehensive protection capability of the mobile phone protection resin lens is limited by the design defect, and the effectiveness of the mobile phone protection resin lens in the aspect of protecting the mobile phone camera is reduced. And the overall satisfaction degree of the user to the products is also influenced.

The invention discloses a nano-carbon-based soil remediation agent and a preparation method thereof, and relates to the technical field of soil remediation agents, the nano-carbon-based soil remediation agent comprises the following raw materials by weight: 7-10 parts of a purified compound, 8-15 parts of sulfhydrylated corn straw, 3-5 parts of pickled red mud, 18-26 parts of carbon nanotubes, 50-60 parts of modified zeolite, and 14-18 parts of bacillus subtilis; wherein the purified compound is a mixture obtained by grinding purified calcium silicate, humus and attapulgite, and the mass ratio of the purified calcium silicate to the humus to the attapulgite is 1: (0.7-0.8): (1.3-1.5). According to the nano-carbon-based soil remediation agent and the preparation method thereof, after all the substances are purified and mixed, a large number of bundles of attapulgite are inserted into humus and calcium silicate in a penetrating mode, the humus and the calcium silicate are more dispersed, and a compound with the attapulgite as a framework has a huge specific surface area, so that the soil remediation effect is improved through the adsorption effect of a porous nano-structure; cd in the soil is fixed, and K < + > is adsorbed under the action of surface force.

The invention discloses dinotefuran water dispersible granules and a preparation process thereof, and relates to the technical field of medicament production, and the dinotefuran water dispersible granules comprise dinotefuran raw medicine, a dispersing agent, a wetting agent, an auxiliary agent, a cosolvent, a synergist, a binder, a water-based carrier and a filler in a weight ratio of (10-50): (10-20): (1-3): (2-5): (5-10): (1-3): (2-5): (10-30): (1-3). The preparation method of the binder comprises the following steps: reacting hydroxyethyl cellulose with lauryl sodium sulfate at 60-80 DEG C for 2-4 hours to obtain a grafted product; and carrying out a cross-linking reaction on the grafted product and a calcium citrate complex at 60-90 DEG C for 1-3 h, cooling the reaction product to room temperature, and successively carrying out filtration and centrifugation treatment to obtain the binder. The stability and dispersity of the medicament are greatly improved, and the efficacy of the medicament is improved.

The invention discloses a carbon emission analysis system suitable for kitchen garbage treatment equipment, relates to the technical field of carbon emission monitoring, solves the technical problem that in the prior art, treatment equipment matched use analysis cannot be performed on a region, and particularly relates to a multi-region carbon emission analysis unit for performing kitchen garbage treatment equipment carbon emission analysis on the region. The method comprises the following steps: collecting regional emission information, obtaining a carbon emission analysis coefficient corresponding to each region, and dividing the region into a high-intensity emission region and a low-intensity emission region according to comparison of the carbon emission analysis coefficients; the equipment cooperative use control unit is used for performing equipment cooperative use control analysis on a high-intensity emission area, dividing kitchen garbage treatment equipment into high-emission equipment and low-emission equipment, dividing a current emission task into composite emission and single emission, collecting and processing distribution quantity information and processing emission quantity information, and sending the information to the control unit; and deducing whether the equipment cooperative use control is efficient or not according to information comparison, if not, carrying out reasonable scheduling, and if so, carrying out the next step.

A soil conditioner that blocks the absorption of cadmium by the roots of crops and a preparation method thereof, relating to the technical field of soil remediation. The aforementioned soil conditioner that blocks the absorption of cadmium by the roots of crops is mainly composed of sawdust compost and calcium carbonate igneous rock, supplemented by silicon fertilizer, calcium magnesium phosphate fertilizer, potassium sulfate, boric acid, and sodium selenite, wherein the weight of sawdust compost and calcium carbonate igneous rock accounts for more than 70%. The aforementioned soil conditioner that blocks the absorption of cadmium by the roots of crops can significantly inhibit the absorption of cadmium by crops such as water spinach, peppers, sweet potatoes, and rice, thereby reducing the cadmium content in the corresponding agricultural products.