294results about How to "Easy to manage and control" patented technology

The invention discloses a method for uniform control of intelligent household electrical appliances, which comprises the steps that: a management and control platform receives a registration request sent by a control terminal, a user identity (ID) of the control terminal, equipment IDs of the intelligent household electrical appliances controlled by the control terminal and enterprise IDs corresponding to the intelligent household electrical appliances are bound when the registration successes; the management and control platform provides an equipment list of the intelligent household electrical appliances bound with the control terminal according to the user ID of the control terminal when a control request of the control terminal for carrying out management and control on the intelligent household electrical appliances; and the control terminal selects corresponding intelligent household electrical equipment to be managed and controlled from the equipment list and carries out management and control operations on the intelligent household electrical appliances to be managed and controlled. The invention further provides a management and control platform and a control terminal. Uniform management and control are carried out on the intelligent household electrical equipment possessed by a user through the uniform management and control platform and the control terminal, thereby reducing the tediousness in management and control operations of the user, and being convenient for carrying out uniform control management on the intelligent household electrical appliances by the user.

The invention discloses a low-energy-consumption low-carbon-emission economical energy-saving urban sewage treatment method. The method comprises the steps that: 1, the to-be-treated wastewater is collected by a sewage pipe network and then is filtered by lattices, and is lifted by a pump to enter a pulse water distribution pot of a novel efficient turn-back anaerobic biochemical pool (ABR); 2, the swage subjected to the treatment in step 1 flows into a circulation-flow biological oxidization pool; 3 the effluent water from the step 2 flows into an artificial reinforced biological contact oxidization pool reconstructed by a water body from natural tunnels and reservoirs; and 4, the effluent water from the step 2 or the step 3 flows into constructed wetlands. After the sewage is treated by the above steps, the most pollutants in the water are effectively removed and the treated effluent water reaches the standard first-grade A in GB 18918-2002 ''Discharge standard of pollutants for municipal sewage treatment plant''. The energy-saving sewage treatment purification process with low cost, low energy consumption, low carbon emission and low operating cost is particularly suitable for the sewage treatment in small towns or rural areas.

The invention discloses a fine flaky-cryptocrystalline mixed graphite separation technique which comprises the following steps: primary rough grinding and rough separation, quintic regrinding and sextic concentrating, and middling centralized processing. According to the technique, in the rough separation step, the grinding fineness is -0.074mm, and the content is 90-95%; in the concentrating step, the regrinding fineness is -0.045mm, and the content is 90-95%; and thus, the graphite monomer is sufficiently dissociated, thereby sufficiently ensuring the fixed carbon content and recovery rate of the concentrated concentrate. The technique adopts gradually decreased low concentrating concentrations in multiple concentrating process to ensure the dispersity of ore slurry, thereby solving thesevere problem of entrapped impurities in floatation foam; and thus, in the final concentrate, the fixed carbon content is 91.35%, and the recovery rate is 91.30%, thereby solving the problems of lowtechnical indexes, low grade, low recovery rate and high cost in the fine flaky-cryptocrystalline mixed graphite concentrate separation, so that the fine flaky-cryptocrystalline mixed graphite ores are utilized in an efficient, economical and reasonable way.

The invention is adapted to the field of electrical equipment control and provides an electrical equipment power control method. The electrical device comprises communication interfaces, instant power detectors and equipment actuators. The equipment actuators and the instant power detectors are connected with a control center through the communication interfaces. The method comprises that the instant power detectors detect the electrical equipment instant operation power; the control center receives the instant operation power sent by the electrical equipment to determine the power sum of the current operation electrical equipment; the communication interfaces send adjusting instructions to the electrical equipment actuators if the power sum is larger than the preset power limit value to adjust the electrical equipment operation power. By means of the method and the device, effects on use of equipment caused by the power failure can be prevented, the system cost and the control cost are saved, and electrical equipment can be managed centrally uniformly.

A method for dynamically distributing IP address on set-top box includes connecting client end module to IPTV set top box of Internet and using service end module to distribute and manage DHCP server of IP, utilizing set-top box at client end to monitor UDP port 67 and to send IP address leasing request as well as to configure TCP / IP, using server at service end to receive IP address leasing request of set -top box and to return confirmed IP address back as well as to change IP address mapping table on server.

The invention discloses a voice forecasting linkage method and a voice forecasting linkage system based on call requirements. The system comprises an ACD automatic telephone traffic distribution module, an IVR automatic voice answering module, a CTI regulation and control integrated module, en exchange board, a PBX queuing module and a terminal monitoring module; the voice service method can select priority, and timely and effectively answer calls from users according to call requirements of users, thus improving service quality; according to the method, under the premise of reducing operational cost, achieving centralized seat management in the whole province or large areas, and performing centralized operation on calling systems, calls are answered according to belonging areas, and customer service staffs are convenient to communicate; skill groups in cities and counties only need to distribute computers and IP power grids, no gateway and IVR voice answering system are needed, no device redundancy exists, the priority groups are automatically selected according to customer requirements, different priority groups are different in distribution sequences and distribution processes, calls can be effectively and selectively answered, and improvement on answering quality is facilitated.

The present invention is protein feed and its preparation process with potato slag. Protein feed is prepared with waste potato slag from starch production, and through squeezing to dewater, adding certain amount of supplementary material, inoculating certain amount of microbe seed and solid fermentation. The said preparation process is simple, and has high yield, low investment, low power consumption and other advantages. Thus obtained feed product has the fermented product, including microbe, metabolite and substrate utilized fully, and possesses the active components maintained, high amino acid content and high nutritious value.

The invention discloses a method and a system for regulating and controlling voice service based on call requirements. The system comprises an ACD automatic telephone traffic distribution module, an IVR automatic voice answering module, a CTI regulation and control integrated module, an exchange board, a PBX queuing module and a terminal monitoring module; the voice service method can select priority, and timely and effectively answer calls from users according to call requirements of users, thus improving service quality; according to the method, under the premise of reducing operational cost, achieving centralized seat management in the whole province or large areas, and performing centralized operation on calling systems, calls are answered according to belonging areas, and customer service staffs are convenient to communicate; skill groups in cities and counties only need to distribute computers and IP power grids, no gateway and IVR voice answering system are needed, no device redundancy exists, the priority groups are automatically selected according to customer requirements, different priority groups are different in distribution sequences and distribution processes, calls can be effectively and selectively answered, and improvement on answering quality is facilitated.

The present invention utilizes a comprehensive object oriented software architecture that is flexibly extendible to accommodate numerous features and activities associated software distribution including software development, management, marketing, selling and delivery. An automated software distribution method controls the distribution of software and automatically manages distribution information. A request to access a software distribution system is received. A determination is made if the requester has authorization as a user. If the user is authorized as an internal user, an internal process associated with a scaleable software distribution framework is performed. If the requester has authorization to engage in a commerce transaction process a scaleable software distribution system commerce transaction is executed. A commercial transaction process enables a user to download software.

The invention discloses a vehicle failure repair system. The system comprises a registration module, an information input module, a business consultation module, a reservation diagnosis module, a repair module, an after-sale guarantee module and a server; a vehicle owner knows a failure reason through the business consultation module and then selects manufacturers for inquiring prices; the manufacturers offer the prices, and the vehicle owner compares the prices and then selects a price and performs reservation to generate an order; the repair module receives the order and sends the order to the manufacturer in a background of a server, a technician of the manufacturer views the order and gives out a solution, a technician supervisor audits the solution and then the manufacturer gives out a primary diagnosis price; the vehicle owner confirms the price and then the manufacturer executes failure operation; and the vehicle owner views a progress through the repair module, the vehicle owner performs settlement confirmation and evaluation on the order through the repair module after repair, and finally related rights and interests are maintained through the after-sale guarantee module. Through the system, users can have sufficient speaking right for repair schemes, repair prices, repair capabilities, service attitudes and after-sale guarantees, so that deserved service quality as well as rights and interests are fully realized.

The invention discloses a longitudinally stacked system management method which includes the steps: enabling EOAM (extendable operating, administration and maintenance) messages to interact between a CB (control bus) device and a PE (project engineering) device; acquiring OAM operating types, request REQ IDs (identification) and data contents carried by the EOAM messages PDU (power distribution unit); executing the operations such as version loading, configuration file issuing, stacked link maintenance, user configuration issuing and alarm event notification according to preset rules corresponding to functions after the functions of special PDU messages are determined according to the OAM operating types and the REQ IDs. Interaction is performed by the aid of PDU data, administration control of the CB device for the PE device in the stacked system is greatly simplified, and the administration efficiency of the devices is improved based on easiness in maintenance.

The present invention provides an elevator group management control device that selects a car in consideration of a user's walking time and the number of floors of an elevator when a landing call registration device is located at a location far from a landing. The elevator group management control device has: a walking time estimating unit (9) for estimating the walking time of passengers arriving at a landing; a predictive computing unit for predicting the time at which each of the existing cars (2) can arrive at the landing (10); Waiting time conversion unit (11), it converts the difference between the predicted arrival time of the car (2) calculated by the predictive calculation unit (10) and the estimated walking time into substantial waiting time or lost time; An evaluation value calculation unit (12) that calculates an evaluation value that increases with an increase in the actual waiting time or lost time; the car whose evaluation value calculated by the evaluation value calculation unit (12) is the smallest is determined as the assigned car An allocation unit (13); an operation control unit (15) that instructs the allocated car to move to a floor where a call has been registered; and a door opening and closing unit (14) that does not make the door (2 ) off until the estimated walking time has elapsed.

The invention discloses a method for removing phenol in water and particularly discloses a technical method for catalyzing the oxidation reaction of H2O2 with phenol in the water by Schwertmannite. The method comprises the following step of preparing the Schwertmannite through synthesis by a ferric sulfate hydrolysis method. When the Schwertmannite is used for catalyzing the oxidation reaction of the H2O2 with the phenol, the removal rate of the phenol can reach more than 99%. The catalyst adopted in the invention can be cyclically used. After being repeatedly used for ten times, the catalyst can still have an effect of catalyzing the oxidation reaction of the H2O2 with 97% of phenol. The method has the advantages that the Schwertmannite is easy to synthesize and prepare, is at a low cost and can be cyclically used, and the technical method is easy to operate and manage, efficient and environment-friendly.

The invention discloses a method and a device for loading extensions and/or plugins on a browser side. The method comprises the following steps: arranging an extension and/or plugin security engine and an extension and/or plugin security configuration file for the engine to call on the browser side, wherein the extension and/or plugin security configuration file comprises security description information of browser extensions and/or plugins; during loading of the extensions and/or plugins on the browser side, calling the extension and/or plugin security configuration file by using the extension and/or plugin security engine, and judging the security of the extensions and/or plugins to be loaded according to the security description information of the extensions and/or plugins; when the extensions and/or plugins to be loaded are judged to be safe extensions and/or plugins, loading on the browser side. By using the method and the device, the security audit efficiency of the browser extensions and/or plugins can be increased effectively.

This invention provides a system and a method for realizing centralized management of antenna devices,which can realize the central management to various antenna devices without a central control unit, in which, the base station converts the received antenna device control order to that of a general protocol format then to be sent to the remote control unit, which transmits the control order to the antenna device to realize management.

The invention designs a secondary loop air conditioning heat pump system and a method thereof. The system comprises a refrigerant loop, a cold end liquid coolant loop and a hot end liquid coolant loop. The refrigerant loop comprises an electric compressor, a plate condenser, a throttle device and a plate evaporator. The cold end liquid coolant loop is connected to the plate evaporator, and the endof the evaporator transfers cold to liquid coolant, the liquid coolant is conveyed to a cooler in the room through a pump to realize the cooling mode, at this time, heat of the end of the condenser is discharged to the outdoor through an outdoor radiator, the hot end liquid coolant loop is connected to the plate condenser, the end of the condenser transfers heat to the liquid coolant, the liquidcoolant is conveyed to an indoor heater through a pump to realize the heating mode, at this time, the cold quantity of the end of the evaporator is discharged to the outdoor through the outdoor radiator, at the same time, the dehumidification function can be fulfilled by switching the liquid coolant loops. The secondary loop air conditioning heat pump system can effectively avoid the contact between a refrigerant and a passenger compartment, can control the temperature of a battery pack of the electric vehicle, and can recycle excess heat.

The embodiment of the invention provides an implementation method for network management control and a device thereof. In the method, at least one community set comprising a plurality of tracking areas or household base station community entities is established by using the characteristics of a private network according to the special control management requirement of the private network; users are added in one of the community sets and are controlled and managed by the community set. Through the implementation of the technical proposal, the users can be managed in a normalized way, thus solving the safety problem during the access of user equipment and accelerating the access of the users. In addition, extra charges generated during the management control process are significantly reduced, and the management control of the users and networks is simplified.

The invention discloses a resource visualization method, a central processing unit (CPU) resource visualization method and a CPU resource visualization device. The resource visualization method comprises obtaining module information of a monitored end, wherein the module information comprises CPU information, memory usage rate information and interface flow information; respectively carrying out analysis computing to the module information, and obtaining analysis computing results, wherein the analysis computing results comprise load usage rate information of a CPU, information with high memory usage rate, and interface exceeding preset flow information; respectively drawing resource visualization pictures which correspond to the analysis results; and combining the drawn resource visualization pictures so as to display combined resource visualization pictures. Due to the facts that the module information of the monitored end is obtained, and are respectively carried out with analysis computing, the resource visualization pictures of the analysis computing results are drawn, so that the resource visualization pictures can be conveniently displayed, the method and the device of resource visualization provide convenience for management and control of resources, and thus improve management efficiency.

The invention discloses an intelligent meter house. An electric energy meter is arranged in a container; the meter house comprises a meter house main body; an identifying mechanism, a conveying mechanism, a storage mechanism and a controlling system are arranged in the meter house main body. By adopting the technical scheme, through arranging the identifying mechanism, the conveying mechanism, the storage mechanism and the controlling system in the meter house main body, the identifying mechanism, the conveying mechanism, the storage mechanism and the controlling system are effectively combined; through the match among the mechanisms, the automation of in and out of the electric energy meter is realized; the participation of workers in the whole process is reduced; lots of manpower is not needed; the whole system is convenient to manage and control.