7results about How to "Reduce battery consumption" patented technology

This invention relates to the field of energy storage battery control technology, specifically to an energy storage battery control system and method based on new energy vehicles. The system includes a monitoring data acquisition module, a target analysis equipment determination module, a target adjustment data analysis module, a dynamic adjustment module, a main data comparison and analysis module, and a data application module. The monitoring data acquisition module identifies the distribution and usage of the data and first main data. The target analysis equipment determination module identifies the first and second target analysis equipment. The target adjustment data analysis module analyzes the first and second target analysis equipment and obtains adjustment data. The dynamic adjustment module adjusts the equipment that meets the first target adjustment data. The main data comparison and analysis module compares the adjusted second main data with the first main data. The data application module applies the analyzed first or second target adjustment data that meets the specified conditions.

The application discloses a kind of topology discovery and routing issuing method combined with wireless ad hoc network and SDN, belong to wireless ad hoc network management field.It includes: issuing link state request under wireless ad hoc network;After receiving the self-information and adjacent information of all node feedback, adjacent matrix of wireless ad hoc network is constructed based on adjacent information, the self-information includes node own model, transmission capacity and residual power;According to adjacent matrix and node self-information, the priority of each node is calculated;According to the priority of node, select several backbone nodes to form the backbone node set that meets minimum dominating set, according to whether there is connection between nodes and backbone node power, the default backbone node of each ordinary node is specified and announced;After receiving the information uploaded by backbone node, decision and issue routing.The application takes node endurance as a decision factor for selecting backbone node, the transmission is carried out by the interaction of backbone node, reduces the power consumption of ordinary node, realizes the efficient endurance of cluster.

The present application relates to the field of optical cable manufacturing, and discloses a high-temperature-resistant and flame-retardant optical cable manufacturing and shaping process, which comprises an ultraviolet curing furnace, the ultraviolet curing furnace comprises an ultraviolet curing box, the upper and lower ends of the inner wall of the ultraviolet curing box are fixedly connected with first rotating shaft groups, the first rotating shaft groups are rotatably connected with first rotating ring groups through first heating box groups, a plurality of groups of first limiting grooves are formed in the two ends of the inner wall of the ultraviolet curing box, the inner cavities of the first limiting grooves are slidably connected with second rotating shaft groups, the second rotating shaft groups are rotatably connected with second rotating ring groups through second heating box groups, one end of the second rotating shaft groups is fixedly connected with the first circular gear groups through rotating rod groups, and the first circular gear groups are rotatably connected with the ultraviolet curing box. Compared with the prior art, the present application has the advantages that the time required for curing the optical fiber is shorter, the production efficiency is improved, the power consumption of the ultraviolet curing furnace is lower, and the production cost is reduced.

The embodiment of the present application provides a kind of portable electronic product.The portable electronic product includes: internal power supply, which is powered for the portable electronic product;Locking circuit is connected between the internal power supply and other circuits of the portable electronic product, for locking the power supply of the internal power supply in default state;Controller is connected with the locking circuit, and controls the locking circuit to be unlocked after detecting external power supply.Therefore, before external power supply is powered for portable electronic product, portable electronic product keeps ultra-low power consumption state, reduces the power consumption of portable electronic product, prolongs the service life of portable electronic product.

The application discloses a control system of a manual air conditioning system of an electric vehicle, which comprises an intelligent circulation control module, a temperature control module and a vehicle state signal. The intelligent circulation control module generates a circulation mode control instruction based on a predetermined circulation mode decision logic according to a vehicle state signal. The temperature control module generates a heating and cooling cooperative control instruction by inquiring a pre-stored cooperative control MAP according to a user setting signal and a sensor detection signal. The application improves the air conditioning comfort, reduces the energy consumption and prolongs the cruising range of the electric vehicle.

This invention discloses a control method for an air conditioner. The air conditioner includes a main unit and a sub-unit. The main unit has a compartment and a power supply module. The sub-unit includes a casing, an energy storage system, an energy release system, and an energy storage tank. The energy storage system includes a compressor, a first heat exchanger, and a second heat exchanger. The energy storage tank contains an energy storage medium that exchanges heat with the first heat exchanger. The sub-unit has an energy release mode. The control method includes: detecting the temperature of the energy storage medium to determine whether cooling is needed; when the sub-unit needs energy storage, it moves to a charging position within the compartment, the power supply module supplies power to the sub-unit, the energy storage system operates, and the energy storage medium stores energy. Therefore, when the energy storage medium needs cooling, by controlling the sub-unit to return to the compartment and store energy in the energy storage medium, compared with the prior art, the power consumption rate of the sub-unit can be slowed down, thereby extending the working time of the sub-unit after it leaves the compartment, and thus improving the efficiency of the air conditioner in regulating indoor air temperature.

This application discloses a GNSS positioning measurement method and apparatus. By receiving a paging message sent by a network device, the method includes first indication information used to determine the time domain range information for the terminal device to perform positioning measurement. Based on the first indication information, positioning measurement is performed within the time domain range, enabling the terminal device to obtain its own location information in a timely and effective manner when idle. This effectively reduces transmission latency, saves power consumption of the terminal device, and avoids unnecessary paging signaling overhead caused by the terminal device's failure to respond to the paging message in a timely manner, thus effectively saving system signaling overhead and improving system communication efficiency.