6results about How to "High heating reliability" patented technology

The invention discloses a double-layer energy management method for a long-distance heat supply system comprising a distributed energy storage adjusting unit. The double-layer energy management method comprises the steps that the long-distance heat supply system comprising the distributed energy storage adjusting unit is established; setting an application mode of a distributed energy storage adjusting unit in the long-distance heat supply system; setting an energy storage and discharge mechanism of the distributed energy storage adjusting unit; by taking maximum consumption of new energy, optimal load supply and demand balance and optimal economic benefit as objective functions, establishing an energy storage adjusting unit optimization operation model in the source side thermal power plant, and deciding energy storage and discharge states and energy storage and discharge of the energy storage adjusting unit under different time scales; taking the minimum load curve standard deviation, the optimal heat load supply and demand balance, the lowest heat loss load rate and the maximum delay thermal power plant investment limit as objective functions, and establishing a heat storage device optimization operation model of a heat storage adjusting pool and a heating station on a pressure isolation station side and a heat user side; and energy storage and release states and heat storage and release of the heat storage adjusting water tank and the heat storage device under different time scales are decided.

A heating system and its control method based on a heat pump to enhance the temperature difference of energy storage, relating to the field of solar thermal energy storage heating technology. Solar collectors are connected to user-side hot water storage tanks to form a user-side decentralized heat collection-storage loop. The user-side hot water storage tanks are connected to hot water supply devices and radiant heat dissipation devices to form a user-side heating loop. The user-side hot water storage tanks are connected to the heating network to form a user-network loop. The auxiliary heating system includes buffer tanks, a water source heat pump, and a hot water storage tank. Based on the water temperature conditions of the solar collectors, user-side hot water storage tanks, buffer tanks, and hot water storage tanks, as well as changes in user demand, a suitable loop is selected for operation. The system offers multiple heating modes that can be switched according to user needs, enabling the sharing and absorption of heat from all users throughout the year, improving the system's heating reliability and overall energy utilization rate.

The utility model relates to chemical water treatment equipment. The chemical water treatment equipment comprises an accommodating tank, a liquid inlet pipe and a heating structure, the containing tank comprises an inner-layer tank body and an outer-layer tank body arranged on the outer side of the inner-layer tank body in a sleeving mode. The liquid inlet pipe is arranged at the top of the outer-layer tank body, penetrates through the outer-layer tank body and extends into the inner-layer tank body, so that chemical water to be treated is introduced into the inner-layer tank body. The heating structure comprises a shell and a heating pipe. The shell is located between the inner-layer tank body and the outer-layer tank body. The housing has a heating space. The heating pipe extends to the heating space and is used for heating the heat-conducting medium filled in the heating space, so that the heating structure can heat to-be-treated chemical water introduced into the inner-layer tank body. Compared with a direct heating mode in the related technology, the indirect heating mode can effectively avoid the problems of surface scaling and heating failure of the heating pipe caused by direct contact between the to-be-treated chemical water and the heating pipe.

The utility model relates to the field of handlebars, and discloses an electric temperature adjusting handlebar with a fixed wire, which comprises a fixed seat, a rotary sleeve, a reset spring and a temperature adjusting component. The fixing seat comprises a fixing housing, and the front end of the fixing housing is provided with a fixing ring used for being connected with the switch assembly. The rotating sleeve is sleeved outside the fixed seat and can circumferentially rotate relative to the fixed seat; the reset spring is respectively connected with the fixed seat and the rotary sleeve; the temperature adjusting assembly comprises a temperature adjusting element and a wire. The temperature adjusting element is arranged on the periphery of the fixing base and on the inner side of the rotating sleeve. The wire is provided with a fixed section used for being connected with a power source and a movable section used for being connected with the temperature adjusting element, a limiting base is arranged in the fixed housing, the fixed section is wound in the fixed housing and fixed to the limiting base in a clamped or fixedly connected mode, and the movable section is arranged in the channel in a penetrating mode and curled or straightened along with rotation of the rotary sleeve. The guide groove is matched with the limiting seat, so that one end, connected with a master control or a power supply, of the wire is kept still, and wire abrasion and disorder are avoided.

The invention discloses a heating assembly, an aerosol generating device and a control method. The heating assembly comprises an outer tube, a first electrode and a second electrode. The outer tube is for contact with an aerosol-forming substrate. At least part of the first electrode and at least part of the second electrode are arranged in the outer tube, the first electrode and the second electrode are arranged at intervals in the axial direction of the outer tube, one of the first electrode and the second electrode can be electrically connected with a positive electrode of direct current, and the other one can be electrically connected with a negative electrode of the direct current. And when the first electrode and the second electrode are electrified, plasma is generated between the first electrode and the second electrode. According to the heating assembly, the direct current can be applied to the first electrode and the second electrode, so that the first electrode and the second electrode generate plasma through direct current discharge, the insulating parts near the first electrode and the second electrode are not prone to breakdown, and the heating reliability of the heating assembly is improved.

The utility model provides an atomization device which comprises a heating piece, an electromagnetic driving module, a main control module and a battery cell, and the heating piece is used for heating an atomization matrix to form aerosol; the electromagnetic driving module comprises a first inductor, and the first inductor is used for generating an alternating magnetic field, so that the heating element generates induced eddy current to heat the heating element; the main control module is electrically connected with the electromagnetic driving module, and the main control module is used for controlling the electromagnetic driving module to convert direct current into alternating current, so that the alternating current passes through the first inductor to generate an alternating magnetic field; and the battery cell is electrically connected with the main control module. According to the atomization device, the electromagnetic driving module is arranged to generate the induction eddy current to heat the heating piece so as to heat the atomization matrix to form the aerosol, and the heating efficiency and reliability of the atomization device are improved.