41results about How to "Realize energy supply" patented technology

The invention relates to a measuring system for detecting variables on planetary carriers of a planetary gearing (1) comprising at least multiple planetary gear stages (11, 12), wherein at least each planetary gear stage (11, 12) comprises a respective sun shaft (6, 162), at least one respective ring gear (15, 19) and at least one respective planetary gear (10, 25) which is connected to the respective sun shaft (6, 162) and the respective ring gear (15, 19) by a toothed engagement, and a respective planetary carrier (5, 8) which is assigned to the at least one planetary gear (10, 25) and is rotationally connected to the at least one planetary gear (10, 25), wherein at least one first sensor, having at least one connection for supplying the at least first sensor with electrical energy, is arranged on at least one of the planetary carriers (5, 8) on at least one of the planetary gear stages (11, 12) for detecting variables of the assigned planetary gears (10, 25), and wherein the planetary gearing (1) has electronics by means of which the at least one first sensor can be supplied with electrical energy and wherein the at least one planetary gear stage (11, 12) is selectable from each of the available planetary gear stages (11, 12).

The invention discloses an auxiliary solar energy carbon-dioxide-capturing and heating integrated system and method thereof. The integrated system is mainly composed of a coal-fired power generation subsystem, a steam extraction pressure reduction temperature reduction circulation subsystem, a carbon dioxide capturing subsystem, a solar energy heat collection subsystem and a heat supplying subsystem. The subsystems are connected with a valve mainly through a heat exchanger and related pipelines to form the integrated system. To meet the heat supply requirements of the coal-fired power generation subsystem, the carbon dioxide capturing subsystem and the heat supplying subsystem at different times in different seasons, the solar energy heat collection quantity is supplied for different subsystems through an output end valve control mode. The system can maintain dual effects of power plant power output and carbon dioxide emission reduction in summer, and the heat supplying area is increased on the basis of achieving carbon dioxide emission reduction of a coal-fired power plant in winter. The integrated system can achieve renewable energy utilization and power plant carbon dioxide capturing at the same time, and large-scale application of the domestic solar energy utilizing and carbon dioxide capturing technology is strongly promoted.

The invention provides an energy source supplying system for a field camp. The energy source supplying system comprises an energy supplying shelter and a control shelter, wherein the energy supplying shelter comprises solar power generation units and a wind power generation unit; the solar power generation units are arranged on the inner side walls of the periphery of the energy supplying shelter and can extend out of the energy supplying shelter; the wind power generation unit is positioned in an unexpanded state and can extend out of the energy supplying shelter; the control shelter is used for controlling the energy supplying shelter and providing power and hot water output. The control shelter comprises a storage battery for receiving power transmitted by the energy supplying shelter, a water storage tank for heating and a control unit for controlling the working states of all devices. According to a control system for the energy source supplying system disclosed by the invention, the power generation speeds of wind and light as well as the charge state of the storage battery can be detected in real time; when the storage battery is fully charged, power generation can be automatically stopped; meanwhile, water temperature of the water storage tank and the working efficiency of a solar heat collector are monitored, the temperature raising rate of the water storage tank is judged, and electric heating is automatically started for assisting temperature raising. By modularizing power generation equipment, the transportation efficiency and the use efficiency are improved.

The invention discloses anti-interference GPS intelligent wearable equipment comprising a start button, an electronic pointer, a display screen, a watch case, a volume hole, a watchband carrier buckle, a watchband and a watch buckle. The anti-interference GPS intelligent wearable equipment has the beneficial effects that the watch buckle of the equipment is divided into a first shell and a secondshell, wherein when a fixing insertion block in the first shell is buckled with a first snap joint and a second snap joint in the second shell, a joint isolation plate drives a conductive joint to beelectrified with a conductive rod, so as to achieve power supplying of an accumulator, then a reset rod is controlled via a reset button to raise the first snap joint and the second snap joint and loosen the fixing insertion block, and a movable frame is controlled by an expansion screw rod to return to an original position, so that the joint isolation plate is separated from the conductive rod, the automatic power off is achieved, the intelligent watch is prevented from automatically consuming electric energy when not in use, and the duration of the intelligent watch is effectively improved.

The invention discloses a device, a system, and a method for monitoring oil depot fuel leakage based on wireless sensing. The device comprises a measurement and control and communication module, a gas collecting device, a mechanical structure, and a power module. The measurement and control and communication module which comprises an integrated photoionization sensor and temperature sensor combination for detecting fuel volatile gas controls the gas collecting device, and detects oil gas concentration around an oil tank periodically and sends monitoring information in a wireless manner. The system and the application method use a device as a node, and a plurality of nodes are arranged around an oil tank, so as to form a detection network. Two adjacent nodes of any node in the nodes can communicate directly, and a main node on a valve region is responsible for determining abnormal information reported by the nodes and reporting the abnormal information to a monitoring center. The device, the method, and the system are advantaged in that a wireless sensor network method is used to monitor oil depot fuel leakage online and give out alarm, power of the device is supplied by a cell charged by solar energy, the device is designed and managed in low power consumption and low operating voltage, and is designed to be sealed, so as to achieve operation requirement of safe, reliable, and energy-saving.