51results about How to "Realize integrated utilization" patented technology

The invention discloses a catalyst loading CoCr(Mn / Al)FeNi high-entropy alloy nano particles and a preparation method and application of the catalyst. Activated carbon or a mineral material is adoptedas the matrix of the catalyst, the CoCr(Mn / Al)FeNi high-entropy alloy nano particles are loaded on the surface of the matrix, wherein the mass content of the matrix is 90-97% by weight. The CoCr(Mn / Al)FeNi high-entropy alloy nano particles loaded on the carrier are uniformly distributed, the loading capacity is controllable, the catalytic performance is excellent, and a galvanic effect can be achieved by the high-entropy alloy particles and the matrix at a nanometer scale, so that the catalytic degradation performance on azo dye is improved greatly.

The invention provides a satellite network architecture with a network reconstruction capability. The architecture comprises a space-based network and a land backbone network, the space-based networkcomprises a space-based backbone network, a space-based access network and a space-based sensing network, wherein the space-based backbone network is mainly composed of geosynchronous orbit satellites, the space-based access network is mainly composed of low-orbit satellite constellations, and the space-based sensing network is mainly composed of any one or any combination of remote sensing satellites, meteorological satellites and navigation satellites. The method has the beneficial effects that the architecture design problem of a space-based information network for joint networking and fusion utilization of high, medium and low orbit satellites and cooperative work of communication, navigation and remote sensing satellites is solved, integrated utilization of various satellite resourcesin the existing space is realized, and a hybrid heterogeneous satellite network architecture with a satellite network flexible reconstruction function is built.

The invention discloses an energy storage system automatic demand response method based on a non-cooperative game, and the method comprises the steps: obtaining the state information of an energy storage system accessed to an energy local area network, and building an energy storage system charging and discharging model; Constructing a utility function of a game participant to calculate the cost of the game participant after the game participant participates in the game; enabling Each game participant independently to formulate a strategy and perform an interactive game, and solve the respective cost minimization optimization strategy, thereby achieving the optimal target state of all the participants; And finally, simulating a power transaction process by utilizing a non-cooperative gamemechanism, and proving the effectiveness of the provided method. The non-cooperative game model of the energy storage system is established for the energy local area network, the consumption level ofrenewable energy sources is improved while the cost of individual participants is pursued to be minimized, and autonomous supply and demand balance and automatic demand response of the system are achieved.

The invention discloses a solar thermal chemical absorption reaction device and system. The device comprises a heat collection tube unit and a heat collector unit, wherein the heat collection tube unit comprises an inner tube, a coating film absorption tube and a transparent tube; a catalyst bed layer is arranged between the coating film absorption tube and the inner tube. The invention provides the solar thermal chemical absorption reaction device and system, process temperatures of a thermal chemical reaction layer (that is, the catalyst bed layer), are adjusted through heat storage and release of the inner tube, variation of the process temperatures of the catalyst bed layer can be reduced, the process temperatures of the catalyst bed layer can be uniformly distributed in an axial direction of a casing, due to uniform distribution of the process temperatures of the catalyst bed layer, the utilization efficiency of a catalyst can be improved, and the utilization efficiency of the reaction device upon solar energy can be improved. Meanwhile, integral utilization of solar energy and external heat sources can be facilitated, and due to complementary utilization of thermochemistry, efficient utilization of the solar energy and the external heat can be achieved.

The invention relates to a system and method for preparing reducing gas and activated carbon by pyrolyzing coal powder and biomass. The system includes a segmented heat treatment unit, a gas purification and separation unit, and a mixed semi-coke activation unit; wherein, the segmented heat treatment unit uses The regenerative down-bed reactor includes a coal pyrolysis zone, a tar catalytic cracking zone, and a biomass pyrolysis zone; the coal pyrolysis zone is provided with a pulverized coal inlet and a semi-coke outlet, and the biomass pyrolysis zone is provided with a biomass inlet and a biomass pyrolysis zone. Biomass coke outlet, tar catalytic cracking area is equipped with pyrolysis mixed gas outlet; gas purification and separation unit includes pyrolysis mixed gas inlet, synthesis gas outlet, fly ash outlet and carbon dioxide outlet; mixed semi-coke activation unit includes high-temperature mixed semi-coke inlet , carbon dioxide inlet, activated carbon outlet and activated carbon dioxide outlet. The technical scheme of the invention can make full use of the heat carried by the pyrolysis gas, solve the difficult problem of tar utilization, and realize the high-efficiency comprehensive utilization of high-temperature pyrolysis semi-coke.

The embodiment of the invention provides a multicast message crossing-card forwarding method and device, network equipment and a readable storage medium, and belongs to the field of data communications. The method comprises the following steps: receiving a multicast message to be forwarded, and acquiring a multicast target MAC (Media Access Control) address from the multicast message; acquiring atarget board card group corresponding to the multicast target MAC address, and copying the multicast message into corresponding ports of the target board card group; forwarding, by each correspondingport, the multicast message to target board cards according to a configured ACL (Access Control List). In the scheme, during setting of multicast MAC addresses, one board card group only corresponds to one multicast MAC address, and each board card group comprises at least two board cards, so that multicast address list item resources in a switch chip are saved, and data crossing-card forwarding independent from the sizes of the multicast address list item resources in the switch chip can be realized.

The invention discloses an environment-friendly garbage can. The garbage can is capable of classifying various types of garbage, and comprises a garbage can body, wherein a top cover is arranged abovethe garbage can body, a fixing seat is arranged at the bottom end of the garbage can body, the outer side of the garbage can body is provided with a shell, an electric cabinet is arranged on the front side of the garbage can body, a solar cell panel is arranged at the top of the top cover, a supporting frame is arranged at the joint of the top cover and the fixing seat, and rolling wheels are arranged at the bottom end of the fixing seat. According to the environment-friendly garbage can, the structure is scientific and reasonable, the operation is convenient, the solar cell panel can be usedfor absorbing sunlight, solar radiation energy can be directly or indirectly converted into electric energy through the photoelectric effect or the photochemical effect to be stored in a storage battery, then the direct current of the storage battery is converted into alternating current through an inverter for use, so that the energy-saving and environment-friendly effects are achieved; and a crushing device can be used for crushing the garbage, and therefore convenience is provided for subsequent processing of the garbage.

The invention relates to the field of gene detection and bioinformatics, and discloses a method for mining complex disease markers based on transcriptome data, exon group / genome data and clinical phenotypes. The invention designs a set of calculation method for constructing a complex disease state evaluation model by integrating high-throughput sequencing data and clinical phenotypes, the calculation method is applied to targeted medication of colorectal cancer, pancreatic ductal cancer and pancreas ductal cancer, biomarkers related to diseases are screened respectively, and the correspondingdisease state evaluation model is formed. The marker considering both accuracy and mechanism interpretability is constructed through the method and can be used for prognosis evaluation of complex diseases, treatment effect prediction, treatment scheme assistant decision making and the like.

The invention provides a flue gas purification and sulphur recovery system and a process, comprising an adsorber, a desorber, an adsorbent delivery system, a heat energy integrated recovery system and a carbon powder separation and recovery system; meanwhile, suitable processing methods are adopted. The adsorber adopts a single-device dual-section radial staggered moving bed shaped like a reversed u and selective wide spectrum purification; the desorber adopts an axial reflux moving bed to realize the integrated recovery and utilization of the heat energy, regeneration of the adsorbent and the recovery of sulphur resource; the adsorbent adopts dense phase pneumatic conveying, thus leading the system to run continuously and stably; the flue gas purification and the sulphur recovery are realized by the carbon-based column-shaped or sphere-shaped desulfurization and denitration adsorbent. The system effectively integrates the energy-saving, exhaust and consumption reduction and resource recovery and utilization together, and has the advantages of high-effect wide spectrum purification and sulphur resource recovery, good gas distribution, grain movement and low pressure reduction, integrated recovery and utilization of heat energy, delivering the absorbent with no mechanical parts, continuous and stable operation of system, saving equipment investment and operation expense, etc.

The invention relates to a Brayton -steam Rankine-organic Rankine combined cycle power generation device. Exhaust of a Brayton gas turbine serves as a heat source of steam Rankine-organic Rankine combined cycle, a condenser of the steam Rankine cycle serves as an evaporator of the organic Rankine cycle, the characteristic that the medium / low-temperature heat source has high utilization efficiency in the organic Rankine cycle is utilized, lots of latent heat of vaporization released by devaporation is used for high-efficiency organic Rankine cycle power generation, the vaporized latent heat of the steam of the steam Rankine cycle is only used for power generation, so that more that 50 degrees per tonnage steam can be recovered, the safety problem in the process of recovering flue gas waste heat in the organic Rankine cycle is solved, the smoke exhaust temperature is effectively reduced, and the low-temperature corrosion of the flue gas is avoided. The device can be used for energy conservation transformation of the conventional unit, can be used for design and construction of novel units and is obvious in economic, social and environment-friendly effects.

The invention relates to an air defense warning terminal, and particularly relates to a wind, solar, fuel and electricity complementary powered air defense warning terminal. The wind, solar, fuel and electricity complementary powered air defense warning terminal comprises a main control module, a power supply unit, a power supply management module, a storage battery, a communication unit and a loudspeaker, wherein the power supply unit is used for providing an external power supply; the power supply management module is used for processing the external power supply and providing power for the main control module; the storage battery is charged at the power supply unit through the power supply management module and used for providing power for the main control module through the power supply management module; the communication unit is used for realizing communication of the main control module with the outside world; and the loudspeaker is used for receiving control of the main control module so as to send warning information. The air defense warning terminal provided by the invention is diversified in power supply mode and multiple in function, realizes integrated utilization of resources, not only can reduce the energy consumption, but also can deal with various circumstances.

The invention relates to the field of gene detection and bioinformatics. The invention discloses an application of a complex disease state evaluation method constructed based on high-throughput sequencing data and clinical phenotypes in a colorectal tumor state evaluation model. The invention discloses a method for mining colorectal cancer markers based on transcriptome data, exon group / genome data and clinical phenotypes. The invention designs a set of calculation method for constructing a colorectal cancer state evaluation model by integrating high-throughput sequencing data and clinical phenotypes, biomarkers related to colorectal cancer are screened out, and a corresponding disease state evaluation model is formed. The markers considering both accuracy and mechanism interpretability are constructed through the method and can be used for colorectal cancer prognosis evaluation, treatment effect prediction, treatment scheme assistant decision making and the like.

The invention relates to the field of gene detection and bioinformatics, and discloses application of a state evaluation model constructed on the basis of high-throughput sequencing data and clinicalphenotypes to evaluation of the sensitivity state of a pan-tumor targeted drug. The invention discloses a method for mining a pan-tumor targeted drug marker based on transcriptome data, exon group / genome data and clinical phenotype, designs a set of calculation method for constructing a pan-tumor targeted drug sensitivity evaluation model by integrating the high-throughput sequencing data and clinical phenotype, screens out biomarkers related to tumor patient targeted drug sensitivity, and forms a pan-tumor targeted drug sensitivity state evaluation model. A marker considering both accuracy and mechanism interpretability is constructed through the method, and the method can be used for predicting a pan-tumor treatment effect, assisting in decision making of a treatment scheme and the like.

The invention relates to a Britten-steam Rankine-ammonia steam Rankine combined circulation electricity generation device. The exhaust gas of a Britten gas turbine is used as a heat source for steam Rankine-ammonia steam Rankine combined circulation, a steam condenser of the steam Rankine circulation is used as an evaporator of the ammonia steam Rankine circulation, the characteristic that an ammonia steam Rankine system has higher efficiency on the medium-low temperature heat source is utilized, a great amount of latent heat of vaporization released through steam condensation is used for ammonia steam Rankine circulation efficient electricity generation, more than 50 DEG C / ton steam can be additionally recovered only in aspect of utilizing latent heat of vaporization of the steam Rankine circulation steam, meanwhile, the safety problem of the smoke gas afterheat recovery of the ammonia steam Rankine circulation is solved, the exhaust smoke temperature is effectively lowered, and in addition, the low-temperature corrosion of the smoke gas is avoided. The Britten-steam Rankine-ammonia steam Rankine combined circulation electricity generation device can be used for the energy-saving transformation of the existing machine unit, and can also be used for the design and the building of newly built machine units, and the economic, social and environment-protection benefits are obvious.

The invention relates to a steam Rankine-organic Rankine combined cycle power generation device, wherein steam in a steam Rankine cycle is cooled by an organic working medium in an organic Rankine cycle, and latent heat of vaporization of the steam in the steam Rankine cycle is recycled to be used for organic Rankine cycle power generation, so that the steam Rankine cycle and the organic Rankine cycle are combined together and an implementable combined recycling device is formed; and meanwhile, the safety difficult problem that waste heat of flue gas is recycled by the organic Rankine cycle is solved, exhaust gas temperature is effectively reduced, and low-temperature corrosion of the flue gas is avoided, and waste gas, waste water and waste heat of waste steam in a steam Rankine cycle system can be effectively recycled. The steam Rankine-organic Rankine combined cycle power generation device can be used for energy-saving reconstruction of existing units, also can be used for designing and constructing new generator units as well, and is especially suitable for new construction, extension and reconstruction of generator units in severe cold areas, water-deficient areas, power shortage areas and the like, so that economic, social and environmental-friendly benefits are remarkable.

The invention relates to the field of gene detection and bioinformatics and discloses application of a complex disease state evaluation method constructed based on high-throughput sequencing data andclinical phenotypes in a pancreatic ductal carcinoma state evaluation model. The invention also provides a method for mining pancreatic ductal cancer complex disease markers based on transcriptome data, exon group / genome data and clinical phenotypes, designs a calculation method for constructing a pancreatic ductal cancer state evaluation model by integrating high-throughput sequencing data and clinical phenotypes, screens out biomarkers related to pancreatic ductal cancer and creates the corresponding disease state evaluation model. The markers having both accuracy and mechanism interpretability are constructed through the method, and can be used for pancreatic ductal cancer prognosis evaluation, treatment effect prediction, assistant decision making of treatment schemes and the like.

The invention relates to a gangue comprehensive integrated utilization method and relates to the technical field of gangue application. The method includes the steps of firstly, using gangue, desulfurized gypsum, aluminum ash and electroslag to prepare a sulphoaluminate cementing material; secondly, using gangue and city sludge to prepare light and high-strength ceramsite; thirdly, using the sulphoaluminate cementing material to perform wrapping modification on gangue to prepare gangue ecological aggregate; fourthly, using the sulphoaluminate cementing material and the gangue ecological aggregate as the raw materials to prepare water-permeable concrete; fifthly, using the sulphoaluminate cementing material, the light and high-strength ceramsite and the gangue ecological aggregate as the raw materials to prepare light ecological concrete. The method has the advantages that the gangue is used as the main raw material, the desulfurized gypsum, the aluminum ash, limestone, the city sludgeand the like are used as the auxiliary materials, multilevel crossing and comprehensive utilization of the gangue are achieved, and high-additional-value utilization of the gangue is achieved.

The invention provides a complex water area grid regeneration method based on boundary sewing and expansion, which comprises the following steps of step 1, extracting the boundaries of the existing grids, analyzing the existing grids, judging which point is a boundary node, and then extracting the boundaries of the existing grids required to be sewed or expanded; step 2, carrying out the boundarysewing or boundary expansion, when the distance between the boundaries of the two existing grids needing to be connected is relatively shorter, for example, the distance S is smaller than 1.5 D, directly sewing the boundary points of the two grids through triangles or quadrangles; when the boundaries of the two existing grids needing to be connected are farer, for example, the distance S is largerthan 1.5 D, or only one existing grid needs to be expanded, adding the connecting lines, and after a closed area is formed, expanding the grids; and step 3, carrying out the grid regeneration, aimingat a new triangular grid generated by sewing the existing grids and the boundaries or expanding the boundaries, numbering again according to the unstructured grid codes, so that the integral unstructured grid can be obtained, the existing grids can be fully utilized, and the workload of the grid regeneration is greatly reduced.

The invention belongs to the technical field of industrial automation, in particular to a distributed type control system and method used for a large reciprocating type compressor group. The control system structurally comprises a main controller, an MPS system, an ESM system, a communication system, remote I / O, local I / O, HMI, a field sensor, a performer and the like, wherein the communication system, the MPS system and the ESM system are a slave controller; the slaver controller performs an instruction of the main controller; the main controller is in communication with the local I / O througha backboard bus for directly monitoring the field sensor and controlling the performer; the main controller is connected with the MPS system, the communication system and the like through field buses, and is in communication with the remote I / O for directly controlling the field sensor and the performer. The control system performs reasonable modularized integrated grouping on conventional intensive type control, adopts a combined form of the remote I / O, the main controller and the field bus to perform reasonable function dismounting, so that the parts are distributed on every parts of the unit, so that the problems such as difficult explosion protection, disorderly ordering, poor maintenance and weak performance are effectively solved.

The invention relates to a distributed parking lot parking space reservation management system. The system comprises a plurality of parking lot systems, a central processor, a user terminal and a cloud server. The parking lot systems comprise parking lot management processors, parking spaces, sensing devices, matching devices, timing devices and parking space lock systems. The sensing devices, thematching devices and the parking space lock systems are arranged on the parking spaces, there are the plurality of the parking spaces, the matching devices, the timing devices and the parking space lock systems are all connected with the parking lot management processors, and the sensing devices are connected with the matching devices. In the invention, the plurality of parking lot systems are integrated into one system, after the parking spaces of a destination parking lot are occupied, allocation is performed through the central processor according to a principle of proximity, integration and utilization of multiple parking lot resources are realized, a utilization rate of the parking spaces of the parking lot is improved, and travel demands of modern people are greatly facilitated through a remote parking space reservation system and an online payment system.

The invention discloses a moisture-proof and ventilated storage box, which comprises a bottom plate, a box body, a wall body, an electric telescopic rod, rollers, a solar panel and a lighting lamp. The upper end of the bottom plate is provided with a box body, and an electric motor Telescopic rod, the rear side of the box is provided with a wall, and the upper end of the box is provided with a solar panel, the front side of the box is provided with a door, and the side wall of the box is provided with a window, the box The inner top of the body is provided with a lighting lamp, and the inner wall of the box is provided with a storage battery. The invention has simple structure and strong practicability. It is equipped with solar panels, which can convert the light energy of the sun into electric energy, and realize the integrated utilization of resources. It is equipped with a dust collector, which can timely solve the problem of dust accumulation inside the box, which affects the appearance of stored products. The problem is that it is equipped with a camera, which can be used for users to check the inventory situation at any time, which is convenient for inventory management.

The invention relates to an extraction steam Rankine-organic Rankine combined circulating power generation device; the latent heat of vaporization of the circulating steam extraction of steam Rankine is recovered for the circulating power generation of organic Rankine by cooling the steam extraction of a steam turbine in the steam Rankine with an organic working medium in the circulation of organic Rankine, so as to composite the circulation of steam Rankine with that of the organic Rankine; and meanwhile, the safety difficult problem of the flue gas afterheat recovery of the circulation of organic Rankine is solved, the smoke exhaust temperature is effectively reduced, the low-temperature corrosion of flue gas is prevented, and the afterheat potential of a steam Rankine circulating system is effectively recovered and utilized. The extraction steam Rankine-organic Rankine combined circulating power generation device not only can be used for the energy-saving reform of an existing unit, but also can be used for the design and manufacturing of new units, and has significant economic, social and environmental protection benefits.

The invention discloses a gas channel automatic switching system of an exhaust gas analyzer. The gas channel automatic switching system of the exhaust gas analyzer comprises an exhaust gas analyzer, engine pedestals and gas channels connecting the exhaust gas analyzer with the engine pedestals, wherein multiple engine pedestals are connected to the exhaust gas analyzer through multiple gas channels; and each gas channel is provided with a channel switch for controlling the gas in the gas channel to pass through or not. The gas channel automatic switching system of the exhaust gas analyzer, disclosed by the invention, realizes flexible matching of the exhaust gas analyzer and pedestal systems of multiple types, realizes integrated utilization of resources of the exhaust gas analyzer and the pedestal system, guarantees normal work of equipment and guarantees to save cost.

The invention discloses a landscape planter for novel municipal garden. The landscape planter comprises a base, a fixed plate is fixedly arranged at an upper end of the base, and through holes are uniformly formed in an upper surface of the base; a ceiling is fixedly arranged at the top of the fixed plate, and a first planter is fixedly arranged at an upper location of the front side of the fixedplate, and a second planter is arranged at a place, located at a lower location of the firsts planter, of the front side of the fixed plate. The landscape planter disclosed by the invention is reasonable in structure, and convenient for operation; the pedestrian is convenient to rest through the arranged folding stool, the effective combination of the planter and the rest stool can be realized, and the folding stool can be folded when not in use; the space occupancy rate is saved, the folding stool surface is prevented from accumulating the dust; the arranged support device can play a certainsupport effect for the folding stool; the use service is prolonged, the operation is convenient, and the storage is convenient; the solar energy can be converted into electric energy through a solar generation device so as to be used by the planter, and the landscape planter is energy-saving and environmentally friendly.

The invention discloses a steam Rankine and organic Rankine combined cycle power generation device. A condenser of a steam Rankine cycle is used as an evaporator of an organic Rankine cycle. The characteristic that an organic Rankine cycle system is higher in efficiency of utilizing medium and low temperature heat sources is utilized. A large amount of latent heat of vaporization released by condensation of steam is used for organic Rankine cycle efficient power generation. More than 50 degree / ton steam can be recovered only by utilization of latent heat of vaporization of steam-Rankine cycle steam, and at the same time safety of recovery of organic-Rankine cycle smoke waste heat can be achieved, smoke discharge temperature is effectively reduced, and low-temperature corrosion of smoke can be avoided. The steam Rankine and organic Rankine combined cycle power generation device can be used for energy-saving improvement of an existing unit, also can be used for design and construction of a newly-built unit, and is remarkable in benefit of economy, society and environment protection.

A long-running solar power generation device for electric vehicle comprises an electric vehicle body, wherein one side of the electric vehicle body is provided with a vehicle head, the other side is provided with a vehicle body, the outer side of the vehicle head is fixedly installed with a vehicle frame, a first hub is arranged at the position of the bottom end of the front side of the vehicle head, a visual glass is fixedly installed at the position above the front side of the vehicle head, and a ceiling is fixedly installed at the top of the vehicle head. The device is scientific and reasonable in structure, easy to operate, the solar panels are capable of absorbing sunlight, converting solar energy into electrical energy for use in electric vehicles, the invention realizes the long-term driving of the electric vehicle and provides convenience for the user. The folding and storage of the solar cell panel can be realized by using the hinge through the folding panel, the fixing of thesolar cell panel can be realized through the supporting device, and the angle adjustment of the solar cell panel can be realized at the same time, so that the solar cell panel can be applied to different illumination environments.

The invention discloses a household solar electrothermal combined-production combination system comprising a condensation device, a revolving device, a horizontal rotating device and a controller. The revolving device is connected with the condensation device; the horizontal rotating device is arranged at the bottom of the condensation device; the revolving device drives the condensation device to make rotation; and the horizontal rotating device drives the condensation device to make horizontal rotation. The condensation device collects solar energy that is not absorbed by a solar cell panel and leads the heat out for utilization. A light sensor is arranged on the condensation device. The controller uses the light sensor to detect an angle between solar light and a plane where the solar cell panel is located; the revolving device and the horizontal rotating device adjust an angle between the solar cell panel and the solar light. According to the invention, the redundant heat that can not be absorbed by the solar cell panel is led out and is utilized; and the sun is tracked, so that the sunlight irradiates the solar cell panel vertically all the time and thus the energy utilization rate of the solar energy is improved.

The invention relates to a Britten-steam Rankine-ammonia steam Rankine combined circulation electricity generation device. The exhaust gas of a Britten gas turbine is used as a heat source for steam Rankine-ammonia steam Rankine combined circulation, a steam condenser of the steam Rankine circulation is used as an evaporator of the ammonia steam Rankine circulation, the characteristic that an ammonia steam Rankine system has higher efficiency on the medium-low temperature heat source is utilized, a great amount of latent heat of vaporization released through steam condensation is used for ammonia steam Rankine circulation efficient electricity generation, more than 50 DEG C / ton steam can be additionally recovered only in aspect of utilizing latent heat of vaporization of the steam Rankine circulation steam, meanwhile, the safety problem of the smoke gas afterheat recovery of the ammonia steam Rankine circulation is solved, the exhaust smoke temperature is effectively lowered, and in addition, the low-temperature corrosion of the smoke gas is avoided. The Britten-steam Rankine-ammonia steam Rankine combined circulation electricity generation device can be used for the energy-saving transformation of the existing machine unit, and can also be used for the design and the building of newly built machine units, and the economic, social and environment-protection benefits are obvious.