35results about How to "Use maximized" patented technology

The present invention relates to a system and method for providing a coupon by using SNS information or providing a notification message related to the coupon. More specifically, the present invention relates to a system and method for providing a coupon or providing a notification message to a receiver by inputting an SNS account or a relation of the receiver, or by inputting location information for using the coupon.

A system and method for managing the deleting and reloading of software application components on a wireless device, such as a cellular telephone, personal digital assistant, pager, or other computer platform. The wireless device has one or more resident executable software applications wherein each application has one or more application components and application-associated data, such as software licenses and user-specific data. The wireless device selectively deletes one or more application components of the resident software applications without loss of the application-associated data to clear resources on the wireless device, and selectively prompts a backup device coupled to a wireless network to transmit deleted application components that need to be reinstalled on the wireless device to execute the application.

The invention discloses a conference room management method based on a cloud terminal powered by solar panels. A conference room reservation terminal is adopted for reservation, checking and management of a conference room and stores service records of the conference room, and the terminal transmits the service records to a cloud server through a wireless network, so that a conference room manager can log in the cloud server to download and check the service records of the conference room through the conference room reservation terminal. By the aid of the terminal, utilization of the conference room can be highly rationalized and maximized, and the conference room manager can conveniently manage service conditions of the conference room.

The invention discloses a management system for high-power and large-capacity capacitors, relates to an energy storage element, and solves the problem that the user cannot know the time limit of the power capacitor when the power capacitor is in use. The main points of the technical scheme Yes: including: data unit; input unit: power capacitor rated service life database: stores the rated service life corresponding to the corresponding numbered power capacitor; power capacitor remaining service life reminder time database: stores the remaining usage time corresponding to the corresponding numbered power capacitor Lifetime reminder time; central processor; timing trigger unit: controlled by the central processor to start the countdown of the service life of the corresponding numbered power capacitor; indicating unit; a management system for high-power and large-capacity capacitors of the present invention, once the power capacitor reaches the service life limit It will indicate the first time, which is convenient for the user to replace the power capacitor in time.

The invention relates to a desktop cloud-based resource optimization allocation method, which belongs to the technical field of resource scheduling. A desktop cloud-based resource optimization allocation method, including a desktop cloud-based resource optimization allocation method, the following steps: S1: According to the professional teaching desktop cloud D based on professional teaching, the teacher T defined by the scope of teaching courses , Build a laboratory resource optimization model based on the student S who has completed the semester course goal; calculate the ideal number of desktop clouds, recalculate the minimum number of desktop clouds according to the limit of the number of professional teachers, and try to let those who have arranged experimental teaching according to the determined number of desktop clouds D The physics lab is as full as possible. The invention can maximize the use of desktop cloud resources, allow the physical laboratory to fully meet the use of desktop clouds, and allow the desktop cloud to achieve the highest utilization rate under limited teacher resources.

The invention aims to provide an on-line charging method, which includes steps of: (1) calculating final cost according to one rate; (2) searching available account book node and forming available chain table according to accounts type configured in the rate; (3) carrying out circulation counteraction deduction to the account book node according to charging result, and carrying out inverse computation if remaining sum is not enough; and (4) recording charge process and returning charge result to present overdue or not. The invention can realize control of account balance in charge process by the charging system, and make the charging system to control the risk of user overdue in the using process of each service, simultaneously in the charging system, a plurality of paying relation can intelligible clear coexist in balance relation, when balance is not enough, the invention carries out inverse computation treatment to oddment of balance, and finally raises the utilization rate of account fund to maximum.

The present invention provides a terminal traffic sharing method and system, wherein the method includes: a first terminal sends a traffic sharing request to a traffic sharing server; the traffic sharing server generates a hotspot name and a hotspot password according to the traffic sharing request, and sends them to the first terminal; The first terminal creates a shared hotspot according to the hotspot name and the hotspot password; the second terminal obtains the hotspot name of the shared hotspot, and uploads it to the traffic sharing server; the traffic sharing server sends the hotspot password corresponding to the hotspot name to the second terminal; the second terminal according to Hotspot password to log in to the shared hotspot. By using the above method and system, the user can more reasonably and maximize the use of terminal package traffic.

The present invention relates to a method and system for determining an optimal resource strategy based on distributed data. The method includes: collecting current resource information and establishing an intelligent training model; and then calculating the resource growth of each micro-server in any current period rate, and optimize the intelligent training model; then calculate the amount of resources that each micro-server needs to use in any period of time in the future; repeat the above process until the current resource growth rate and the last resource growth rate are calculated are equal; secondly, determine the optimal micro-server node distribution strategy; finally, generate control instructions to adjust node resources in real time. A system is also involved. The present invention can obtain resource information in real time, automatically and intelligently calculate the optimal allocation strategy according to the resource information, and allocate the resources required by microservices according to the optimal strategy, so as to maximize the use of resources and save resources for enterprises cost.

The invention discloses an ultrasonic correction system and method for a heliostat. Ultrasonic waves are emitted to the heliostat surface of the heliostat of which the posture needs to be corrected according to the characteristic that the ultrasonic waves propagate along a straight line and the ultrasonic wave ranging principle, reflected ultrasonic waves are received, correction values of the altitude angle and the azimuth angle of the heliostat are obtained by comparing the theoretical propagation time with the actual propagation time of the ultrasonic waves at different positions, and the heliostat is corrected and adjusted. According to the ultrasonic correction system and method for the heliostat, 24-hour uninterrupted work can be achieved and is not influenced by the construction progress of a heat absorber or a light spot rectifying plate, installing work, adjusting work and correcting work of a heliostat field can be synchronously conducted, the effect of shortening the construction period of a whole power station is obvious, and in the running period of the power station, normal work of the heliostat in the daytime can not be influenced when the heliostat is corrected at night. The ultrasonic correction system and method for the heliostat have the technical characteristics that the correction efficiency is high, correction can be conducted all day, the correction erroris small, the running and maintaining cost is low, and the correction precision is stable.

A method for coproducing xylose, white carbon black and active carbon from rice hulls comprises the following steps that: the rice hulls are washed and boiled by water, and the xylose is hydrolyzed by diluted acid; low-temperature carbonization is carried out, then, reaction with concentrated alkaline is taken to extract silicon dioxide, and the white carbon black is prepared by a coprecipitationmethod; and solid is added into liquor zinci chloride to be soaked for a certain time at a low temperature, then, high-temperature activation and acid washing are carried out, the materials are washed by water to the neutral state, and the materials are dried and ground to obtain active carbon. In the method provided by the invention, one line is adopted for coproducing the xylose, the white carbon black and the active carbon with high specific surface area in a branch way, the xylose preparation process for continuously hydrolyzing the hemicellulose in the rice hulls is adopted for the xylose, the xylose yield is improved, the method belongs to a simple and feasible xylose preparation process, the white carbon black is prepared by adopting an advanced chemical coprecipitation method, higher dispersing degree of the precipitation particles is maintained through adding surfactants into a solution system, and high-purity and ball-shaped white carbon black particles are prepared. The active carbon is activated by adopting the chemical activation method, the activation temperature is low, micro carbon crystals with small dimension can be favorably formed, and the active carbon with more developed porosity and better absorption performance can be obtained. The method provided by the invention has the advantages that the integrated and sufficient utilization of the rice hulls is realized, the maximum use of raw materials is realized, the integrated investment is low, the process technology is simple, and the industrialized production is easy to realize.

The invention relates to a multi-sub-card high-speed interaction type communication module and a multi-sub-card high-speed interaction type communication system based on a serial bus. The multi-sub-card high-speed interaction type communication module comprises a communication interface unit, a main sub-card unit, an outer control interface unit and a power supply unit, wherein the communication interface unit comprises an uplink interface and n downlink interfaces; n is a positive integer greater than or equal to 1; the main sub-card unit is connected with the n downlink interfaces; the outer control interface unit is connected with the main sub-card unit; the power supply unit is used for supplying power for the communication interface unit, the main sub-card unit and the outer control interface unit. By adopting the structure, the multi-sub-card high-speed interaction type communication module and the multi-sub-card high-speed interaction type communication system based on the serial bus are simple in structure, high in data throughput rate, diverse in interaction mode and good in expandability and can be widely applied to electronic communication equipment systems, synchronous communication of a plurality pieces of equipment can be achieved, and an interaction communication way can be built for the host computer and peripheral auxiliary equipment.

The invention discloses a formaldehyde absorbing device capable of automatically replacing filter cores, which comprises a box body, an air inlet channel with an opening facing forward is arranged in the box body, and a transfer channel with an opening facing forward is arranged in the rear end wall of the air inlet channel. cavity, the lower side of the transfer cavity is provided with a recovery cavity with an opening facing upwards, and the front wall and rear end wall of the recovery cavity are respectively provided with a right sealing cavity with an opening facing backward and a left sealing cavity with an opening facing forward. The invention can automatically replace the filter element, avoiding manual replacement, and at the same time can maximize the use of the filter element, save resources, and can recycle the replaced filter element, avoiding the direct contact of the user and reducing the user's receiving time. chance of contamination.