41results about How to "No need to increase capacity" patented technology

A battery cooling device for a vehicle is provided to cool a battery cell. The device includes a phase change material (PCM) that cools the battery cell and is disposed to exchange heat with the battery cell and cooling water for cooling the phase change material is disposed to exchange heat with the phase change material. Thus, the phase change material is heated by heat generation of the batterycell and at the same time the phase change material is cooled by heat absorption of the cooling water thereby facilitating continuous phase change of the phase change material.

A solenoid section of a solenoid three-way valve includes a yoke attached to a valve housing and formed from a bottomed cylindrical main yoke and an auxiliary yoke closing an open end of the main yoke, a coil assembly inside the yoke, a fixed core slidably fitted into a hollow portion of a bobbin and abutted against a ceiling wall of the main yoke, a movable core facing the fixed core and passing through the auxiliary yoke, and a coil spring compressed between the cores. The fixed core is abutted against the wall by a predetermined spring load and by electromagnetic attraction force between the core and wall based on coil energization. A valve rod is slidably supported in a housing hole, having one end separably abutted against an outer end of the movable core and an opposite end abutted against a valve body.

An airbag equipped with a sub-chamber may include a main chamber expanding by being injected with gas in a collision, and a sub-chamber formed by folding a panel-shaped chamber to be combined with themain chamber and have self-supporting force, the sub-chamber assisting supporting force of the main chamber by expanding with the main chamber.

Disclosed are a method for receiving MPE-FEC data and a DVB-H receiver using the same. While receiving packet data for digital broadcasting from a DVB-H network, a digital broadcasting reception unit PID-demultiplexes and outputs the packet data to the controller. The controller receives and stores the PID-demultiplexed packet data in a memory according to the PIDs. Further, the controller checks the packet data stored in the memory according to the PIDs, and determines if MPE-FEC data included in the packet data are completely received. In the case where the MPE-FEC data are received, the controller applies the MPE-FEC data to the digital broadcasting reception unit. The digital broadcasting reception unit stores the MPE-FEC data in the MPE-FEC memory so as to RS-decode and output the MPE-FEC data to the controller. The controller processes the MPE-FEC data to multimedia data and outputs the multimedia data. Thus, the DVB-H receiver can receive a plurality of MPE-FEC data regardless of capacity of the MPE-FEC memory of the digital broadcasting reception unit. Further, the DVB-H can perform a rapid change of channel without additional cost for increasing of capacity of the MPE-FEC memory.

PROBLEM TO BE SOLVED: To provide a power conversion system capable of minimizing the capacity of a smoothing capacitor in a DC intermediate circuit. ŽSOLUTION: This power conversion system, having the smoothing capacitor 6 between a converter 1 and an inverter 2, includes a carrier generator 301 with a phase difference and is set with a predetermined phase difference Δ between a carrier C<SB>C< / SB>for PWM controlling the converter 1 and a carrier C<SB>I< / SB>for PWM controlling the inverter 2 to reduce the magnitude of a current flowing through the smoothing capacitor 6 by adjusting the phase difference Δ, thus minimizing the capacitance of the smoothing capacitor 6. Ž

An air conditioner consists of condenser for carrying out heat exchange and water drainage plate for collecting condensed water. It features that supplying unit is set at one side of condenser for providing condensed water generated in heat exchange to condenser and supplying unit is used to spray condensed water on condenser.

The invention relates to the technical field of an inversion power supply, and discloses a high-performance inversion power supply having a single-phase asynchronous motor soft starting function. The high-performance inversion power supply mainly comprises a current limiting ring and a soft starting control module, wherein the inversion power supply acquires an error amount between an AC output current effective value and a current limiting given value, an output control factor is obtained by the current limiting ring, output voltage amplitude given quantity is obtained by subtracting the output control factor and AC output voltage effective value feedback quantity from AC output voltage amplitude quantity, the output voltage value is reduced after the output voltage amplitude given quantity is subjected to three-loop control, the soft starting control module is used for detecting an input signal of the inversion power supply and sending a control signal to a controller of the inversion power supply when the input voltage signal reaches a set value, and the controller is used for controlling amplitude of a sine wave signal according to the control signal so that the fundamental wave of the sine wave is continuously risen to 1 from 0 and the output AC voltage is gradually risen. The high-performance inversion power supply has the advantages that a circuit structure is simple and reliable.

The invention relates to the technical field of tyre pressure sensing, and provides a data transmission method and system of a tyre pressure sensor. The method includes initializing the tyre pressuresensor; acquiring current tyre-related information from the tyre pressure sensor; comparing the acquired current tyre-related information with stored tyre related information after a preset time period; and determining a transmission mode for transmitting the current tyre-related information according to the comparison result. The method and the system can determine the corresponding information transmission mode according to the specific current tyre-related information, and therefore the using efficiency of a battery of the tyre pressure sensor can be increased under the premise of not sacrificing system timeliness or stability, thus prolonging the service lifetime.

The invention belongs to the technical field of automobile components and provides an automotive electric appliance control method. The automotive electric appliance control method includes detecting electric quantity of a storage battery; controlling primary electric appliances, secondary electric appliances and tertiary electric appliances to turn off according to the electric quantity of the storage battery, and giving prompt signals; judging whether to start to charge the storage battery or not according to the prompt signals; judging whether charging the storage battery is started or not, and if yes, recording charging time and detecting the electric quantity of the storage battery; according to the electric quantity and charging time of the storage battery, judging whether to stop charging or not and controlling the prompt signals to cut off. The automotive electric appliance control method has the advantages that the primary electric appliances, the secondary electric appliances and the tertiary electric appliances are controlled to be turn on or off and whether the storage battery is charged or not are controlled according to the electric quantity of the storage battery; the electric quantity of the storage battery can be allocated reasonably, and the requirements of continuously load increase can be met without increasing power of an electric generator and capacity of the storage battery, so that production cost is lowered, fuel consumption is reduced and energy resources are saved.