30 results about "Units of energy" patented technology

A method for controlling energy consumption within a building includes providing at least one environment sensing device and at least one energy consumption sensing device associated with the building. Current data is collected from the environment sensing device and the energy consumption sensing device along with associated time-of-day data. A value of a future energy consumption parameter is predicted based upon the collected current data, the associated time-of-day data, and historic data collected from the environment sensing device and the energy consumption sensing device. A profile of future costs per unit of energy consumption as a function of time is determined. Energy consumption is controlled dependent upon the predicted future energy consumption parameter value and the determined profile of energy consumption costs.

A processing information acquisition system in a processing machine which feeds a processing point energy or material, the processing information acquisition system provided with a position information acquisition unit which acquires position information of a feed unit of energy or material, a feed rate control unit which receives a feed condition command of energy or material, converts the feed condition command to a control command which controls a feed of energy or material, and uses the converted control command to control a feed rate of energy or material from the feed unit, a feed rate estimation unit which acquires the control command from the feed rate control unit and calculates an estimated feed rate of energy or material which is fed to a processing point based on the control command, and an output unit which outputs the position information which the position information acquisition unit acquired and the estimated feed rate which the feed rate estimation unit calculated when the feed unit is located at a position corresponding to the position information.

The invention relates to a combined display unit of an energy-saving and innovative light-emitting diode (LED) display screen,. The combined display unit comprisinges a module mounting strip combination unit, LED display modules, a first electrical box and a lower frame, wherein the module mounting strip combination unit is formed by N module mounting strips which are parallel to one another and are arranged vertically; the LED display modules are arranged at the front sides of the module mounting strips; the first electrical box is arranged at the upper side of the module mounting strip combination unit and is also used as an upper frame; the lower frame is positioned at the lower side of the module mounting strip combination unit; the first electrical box is internally provided with alternating current (AC)/ direct current (DC) conversion power supplies and a signal receiving system. In order to solve the problem of difficult power configuration of a high-power combined display unit, the lower frame of the combined display unit is also used as a second electrical box, and the second electrical box is provided with AC/ DC conversion power supplies; aiming at a low-power combined display unit, the lower frame is a simple type lower frame. Compared with the prior art, the combined display unit is modularized, and can normally work only by ventilating a screen body or installing a ventilation device without being cooled by an air conditioner. The combined display unit of the energy-saving and innovative LED display screen has the advantages of being light in weight, low in cost, high in accuracy, easy to manufacture as well as simple and attractive in appearance, and increases manufacturing efficiency and installation efficiency.

Systems and methods for balancing power on an electrical power grid are provided. Demand-side equipment, such as industrial heaters, refrigeration units, and freezers are adjusted to help balance the electrical grid. The power utility that operates the local electric grid (or other external entity) requests real time changes in electrical consumption by specifying specific levels of electrical demand in units of energy (watts). A device control system translates the requested energy level to thermal set points in thermal devices (heaters, air conditioners, freezers, chillers, and the like) such as degrees Fahrenheit or Celsius, to the specific pieces of equipment most likely to most quickly achieve and sustain this level of energy consumption to reduce or increase the supply of available energy as needed.

A method for controlling the charging of one or more electric vehicles at one or more charging stations in a geographic locality includes determining if the charging event of an electric vehicle of the one or more electric vehicles increases a demand billing rate. The demand billing rate may be a cost per unit of energy in the locality. The method also includes charging the electric vehicle at the charging event such that the demand billing rate is not increased.

An electricity-generating device has a rotator unit has a rotator, multiple magnetic strips and a shaft and has a stator unit comprising multiple annular steel sheets, a positioning post, multiple dividing boards, multiple insulating sheets, an inner coil and an outer coil. The shaft is connected to a drive motor and receives power from the drive motor so that the rotator unit rotates inside the stator unit of energy-generating device. By continuously shearing to perform electromagnetic inducement interaction, induced current is generated to output and to supply battery charge and outside electrical consumption or to actuate multiple electricity-generating modules arranged in parallel.

The invention discloses an energy converter conversion unit, consisting of an input pipe and an output pipe. The input pipe is extended in the output pipe or butted with the output pipe; the overlapped position between two pipes is provided with a space; the circumferences between the input pipe and the output pipe are hermetically connected; when the gas with a certain pressure enters the output pipe from the input pipe, the space at the overlapped position of the structure produces an entraining effect field, thus producing vacuum force in the area; in this way, dark energy is converted, and the gas is annihilated.

The invention discloses a magnetic force assisted die locking die-clamping unit of an energy-saving type injection molding machine. After four pull rods of the of the magnetic force assisted die locking die-clamping unit orderly penetrate through the respective positioning holes of a movable template and a fixed template orderly, one ends of the four pull rods are fixedly connected with the fixed template and the other ends of the four pull rods are in sliding fit with the movable template; a die-clamping semi-die is mounted in a fixed template groove in the center of the fixed template in the four pull rods, while another die-clamping semi-die is mounted in the movable template groove in the center of the movable template; the center of the outer side of the movable template is connected with a connecting rod of a die-clamping cylinder. The die-clamping unit further comprises eight magnetic polar plates with the same structure; the eight magnetic polar plates are mounted at the inner joints between the corresponding pull rods and the fixed template, respectively, while the other four magnetic polar plates are mounted at the inner joints between the corresponding pull rods and the movable template, respectively. Coils wound on iron cores in the magnetic polar plates are electrified to generate a magnetic force so that the fixed template and the movable template are tensioned and the die locking force is enhanced. The fixed template of the die-clamping unit is capable of attracting the movable template through the magnetic force; the die locking force is increased and stabilized; the magnetic force assisted die locking die-clamping unit of the energy-saving type injection molding machine is simple in structure and high in working efficiency.

Disclosed is a method of referring to any unit of energy as a monetary system methodology and/or any monetary system methodology language or simile of any monetary system methodology and/or any monetary system methodology language such as 1 BTU (British Thermal Unit) equals 1 Shekel or 1 U.S. dollar.

The invention relates to an unloading device for energy-saving lamp spiral tubes, belonging to the technical field of processing units of energy-saving lamp spiral tubes. The invention aims to provide an unloading device for opening an energy-saving lamp spiral tube gripping mechanism, which can lower the labor intensity of the workers, enhance the work efficiency and save the processing cost. The technical scheme is as follows: the lower part of a horizontally arranged frame is fixed with a first bracket and a second bracket, a motor is installed on the second bracket, and a cam is installed on an output shaft of the motor; a swing arm is installed on the first bracket through a shaft, the middle part of the swing arm is fixed with a first roller through a shaft, the outer circle of the first roller abuts against the cam, the upper part of the swing arm is fixed with a tension spring, and the other end of the tension spring is fixed to the lower part of the frame; and the upper part of the swing arm is connected with one end of a connecting rod, the other end of the connecting rod is connected with a rotating shaft through a mounting plate, and the rotating shaft is installed on the frame through a rotating shaft seat. The invention is used for processing energy-saving lamp spiral tubes.