72results about How to "Achieve high efficiency and energy saving effect" patented technology

The invention relates to an intelligent socket and a control method based on the wireless wifi communication technology. The intelligent socket comprises a shell, a fixing screw hole, a controller, a power input part, a power output part, a relay switch, an ACDC module, an indicating light and a control key. The shell is provided with the fixing screw hole, power input pins are embedded in a bottom shell body of the shell, a five-jack standard socket is arranged at the upper end of a surface shell body of the shell and serves as the power output part, the control key and the double-color LED indicating light are arranged at the lower end of the surface shell body of the shell, the power input part is connected with the ACDC module and the relay switch, the relay switch is connected with the power output part, and the controller is connected with the relay switch, the ACDC module, the indicating light and the control key. The socket is remotely controlled on a mobile terminal such as an intelligent mobile phone or a tablet personal computer, common household appliances such as an electric fan, a water heater and an air conditioner can be changed into intelligent products and can be connected in series through the Internet to be controlled in a centralized mode, an energy-efficient effect can be achieved, and various demands of people in life can be met.

The invention discloses a multi-functional high-temperature efficient energy-saving steam oven which comprises an oven body, a steam generator (31) and a burner (41). The oven body comprises an oven core wall (21), an oven core spinning nest (23) and a heat preservation wall (24). A burning included channel (234) is formed between inner sides of the oven core spinning nest (23) and the heat preservation wall (24). The heat preservation wall (24) is arranged outside the oven core wall (21), an annular smoke waste heat absorbing cavity (241) is formed, and the steam generator (31) is arranged in the smoke waste heat absorbing cavity (241). The burner (41) is arranged on the heat preservation wall (24) and the steam generator (31). The multi-functional high-temperature efficient energy-saving steam oven can achieve purposes of frying and steaming simultaneously, is high in temperature inside the oven and heat energy use rate, sufficient in burning and energy-saving, and reduces environment pollution.

The invention provides a horizontal flash tank for a centrifugal unit. The horizontal flash tank comprises a head, a shell body, a liquid inlet pipe, a liquid outlet, a liquid spraying liquid return opening and an oil cooling liquid return opening. The liquid inlet pipe and the head are welded deep in the inside of the flash tank, an end opening of the liquid inlet pipe is upward, the end portion of the liquid inlet pipe is drilled, and the end opening of the liquid inlet pipe is welded through a plug plate. The liquid spraying liquid return opening and the oil cooling liquid return opening are welded to the shell body, and an opening portion is provided with an impact-resistant baffle. A baffle, a certain distance from the impact-resistant baffle, is welded close to the right side of the impact-resistant baffle. The right side of the baffle is provided with a fixing gird plate and a first-level filtering screen which are welded to the shell body. An air absorbing baffle is arranged under an air outlet and welded to the shell body. A second-level filtering demisting screen assembly is arranged under the air absorbing baffle, two sides of the second-level filtering demisting screen assembly are provided with end plates, and the end plates and the second-level filtering demisting screen assembly are welded to the shell body. The horizontal flash tank can effectively lower noise and severe fluctuation of a liquid face generated after high-speed liquid refrigerants enters the flash tank, and eliminate the phenomenon that liquid exists in gas.

The invention discloses an efficient energy-saving environment-friendly dust treatment device which comprises a base.The upper surface of the base is sequentially provided with a water tank, a dust removal box and a controller from left to right.The right end of the base is provided with a garbage collection box.The bottom of the dust removal box is provided with a blow-off pipe.The end, away from the dust removal box, of the blow-off pipe sequentially penetrates through the upper surface and the right side face of the base and extends out of the base.A primary dust removal device is arranged on the lower middle portion of the inner wall of the right side of the dust removal box.An ultraviolet disinfection lamp is arranged on the upper middle portion of the inner wall of the right side of the dust removal box.An air inlet pipe is arranged on the right side face of the dust removal box in a penetrating mode.The air inlet pipe extends into the dust removal box and is connected with the primary dust removal box.According to the efficient energy-saving environment-friendly dust treatment device, the primary dust removal device and a secondary dust removal device in the dust removal box achieve the effect of thoroughly filtering and removing dust, water treated through the secondary dust removal device falls into a sedimentation basin, a water pump recycles clean water into the water tank again, and water resources are saved.

The invention discloses a distribution method of the heat consumption of a fuel gas and steam combined cycle combined heat and power generation unit, and relates to the technical field of fuel gas andsteam combined cycles. The distribution method comprises the following steps that SS01, data collection is conducted, so that the total fuel consumption Bphi of a thermal power plant, the fuel lowerheating value Qnet, the heat Qb supplied out by the thermal power plant and the heat Q needed by users are obtained, wherein the unit of the total fuel consumption Bphi of the thermal power plant is Kg/h, the unit of the fuel lower heating value Qnet is KJ/Kg, the unit of the heat Qb supplied out by the thermal power plant is KJ/h, and the unit of the heat Q needed by the users is KJ/h. Accordingto the distribution method, the total heat consumption of the thermal power plant is distributed according to the proportion of the numbers of two kinds of manufactured products in the first embodiment, the total heat consumption of heat supply is distributed according to the ratio of the work, without doing, of combined generation heat supply steam bleeding steam flow in a steam turbine to the actual work of new steam in the second embodiment, the total heat consumption of heat supply is distributed according to the ratio of the work, without doing, of the combined generation heat supply steam bleeding steam flow in the steam turbine to the actual work of new steam in the third embodiment, and therefore the problem that the heat consumption of an existing fuel gas and steam combined cyclecombined heat and power generation unit is difficult to distribute is solved.

The invention discloses a convenient and telescopic refrigeration transport channel. The invention includes a channel airflow layer, a folded insulation layer, a moving cold source and a telescopic air duct, wherein the folded insulation layer is provided at the inner side of the channel airflow layer, the moving cold source is communicated with the telescopic air duct, and the telescopic air duct, consistent with the channel in length, is attached to the inner side of the folded insulation layer. The transport channel of the invention is provided between a refrigerator car and a cold storage. Due to the folding characteristics, the portable refrigeration transport channel can protect frozen goods, and also reduces the heat flowing into the cold storage and the refrigerator car, thereby achieving the effects of high efficiency and energy saving, and providing a transport environment suitable for freezing chilled foods and retaining freshness for the channel between the cold storage and the moving refrigeration.

Provided is a baking device, comprising a housing (1) and a transfer mechanism (2), a driving mechanism (3) and a baking mechanism (4) which are all arranged in the housing, wherein the baking mechanism penetrates the transfer mechanism; the transfer mechanism comprises an inner housing (2) and a plurality of transfer units (22) laminated in the inner housing at intervals and connected to the driving mechanism; the transfer paths of two adjacent transfer units are connected. The transfer unit comprises a guiding frame (225), a forward transfer element (221) and a reverse transfer element (222); the transfer directions of the forward transfer element and the reverse transfer element are opposite; and the forward transfer element and the reverse transfer element are staggered. According to the invention, the plurality of transfer units are laminated at intervals, and the transfer paths of two adjacent transfer units are connected, so that a enough long baking transfer path is realized under a certain occupation space, thereby increasing a space utilization rate, guaranteeing baking quality, and meanwhile reducing production costs.

The invention is applicable to the technical field of energy-saving heating, and provides energy-saving heating equipment and a control method and system thereof. The method comprises the following steps of receiving instructions of demands of users; collecting the information of each heater; collecting the environmental information, specifically, the collection of the environmental information comprises the collection of outdoor temperature, indoor temperature and/or water temperature; according to the collected environmental information matching the collected information of the heaters, selecting the appropriate heater to prepare for executing instructions; and executing the instructions. By means of the energy-saving heating equipment and the control method and system thereof, the degree of automation is effectively improved, and energy is saved by collecting the environmental information and matching the most suitable heater according to the environmental information for heating.

The invention provides a grain drying method and system. The method comprises the steps: an infrared radiation material on the surface of a radiation cylinder absorbs heat generated by a burner for carrying out infrared radiation drying on grains in a radiation section; and waste gas generated by the infrared radiation is mixed with cold air of a main hot air duct, and then the mixed gas flows into a combined type convection section for carrying out convection drying on grains. According to the grain drying method and system, the characteristics of infrared radiation and hot air convection combined drying are combined, the waste gas generated after infrared radiation drying is used to be mixed with the cold air of the main hot air duct, and then the mixed gas flows into a combined type convection section for carrying out convection drying on the grains, thereby achieving the effects of high efficiency and energy saving; the combined type convection section of a drying machine adopts acombined design process, is detachable and replaceable, and respectively realizes forward flow drying, forward and back flow drying or mixed flow drying through changing the modes of the combined typeconvection section; and by adopting infrared radiation and hot air convection combined heat drying, the drying rate of the grains in the drying machine is higher and the quality of the grains after drying is better.

The invention relates to an explosion-proof platform lamp comprising a shell, a light source assembly, and a dimming module. The shell comprises a body and an installing boss, wherein the body is of a columnar hollow structure and the installing boss is arranged at one end of the body; the light source assembly comprises a light reflecting mirror and a light emitting body, wherein the lift reflecting mirror is installed on a side wall of the installing boss and the light emitting body is installed on the light reflecting mirror; the dimming module comprises a microwave sensing module and a drive module, wherein the drive module is located in the body and the microwave sensing module is arranged on the end surface with a smaller diameter of the installing boss. The microwave sensing module is in communication connection with the drive module; the drive module is electrically connected with the light emitting body; the microwave sensing module is used for emitting microwave signals to sense moving objects, receiving and processing microwave signals reflected by the moving objects and sending control signals to the drive module, and thus the drive module can adjust light emitted by the light emitting body. The explosion-proof platform lamp can adjust light emitted by the light emitting body, so that the efficiency is high and energy can be saved.

The invention provides a centrifugal pump and permanent magnet synchronous motor matching device and a monitoring, regulating and controlling method thereof. The centrifugal pump and permanent magnetsynchronous motor matching device comprises a centrifugal pump, a permanent magnet synchronous motor and a servo driver. An impeller is arranged in a pump cavity of a pump shell of the centrifugal pump, and a pump shaft fixedly penetrating the center of the impeller stretches out of the pump shell. The pump shell is provided with a water inlet and a water outlet, and the water outlet is sequentially connected with an oscilloscope and a pressure sensor in series. The signal output end of the pressure sensor is connected with the servo driver through a wire. A stator and a rotor are arranged ina motor shell of the permanent magnet synchronous motor. A motor shaft fixedly penetrating the center of the rotor stretches out of the motor shell. The motor shell is provided with a temperature detector and a rotation speed sensor, and the signal output end of the temperature detector and the signal output end of the rotation speed sensor are connected with the servo driver through wires. A torque sensor is arranged between the drive end of the motor shaft and the transmission end of the pump shaft, the signal output end of the torque sensor is connected with the servo driver through a wire,and the servo driver is connected with the permanent magnet synchronous motor through a frequency converter in an electric control manner.

The invention relates to an efficient cooling swivel joint comprising a stop pin, a check ring for a first hole, a shell, a cover, an outer tube, a second O-shaped ring, a transition sleeve, a fourth O-shaped ring, a small spring, a stationary seal ring, a round pin, a static sealing ring and a motive sealing ring. The designed structure is ingenious; the original single spring blocking liquid inlet is eliminated, and the cooling medium is unobstructed, so that the cooling medium of the fully-embedded swivel joint is not blocked to cause leakage; the cooling liquid turn volume is increased by 1.5 times at the same diameter joint; the cooling effect is increased by 75%; and the efficient energy-saving effect is achieved. Multiple springs and a balanced sealing design are adopted to enable the stress at a sealing surface to be uniform and self-balanced, reduce the failure rate, and prolong the service life. A plurality of radial through holes are arranged on the thin section of the shell; the liquid inlet is smoother; and the phenomenon of blocking the liquid inlet port is completely eradicated. A outer tube cantilever beam stress part is configured as a thickened taper structure, so that the strength of the outer tube is increased, and fatigue break of the outer tube is completely eradicated.

The invention discloses an energy-saving charger, which comprises a voltage-reducing current-stabilizing circuit, an earth leakage circuit breaker and a rectifier, wherein the earth leakage circuit breaker as a master power switch is respectively connected to a live line and a zero line of a power supply; the pressure-reducing and current-stabilizing circuit is connected with multiple groups of capacitors with different capacities in parallel and then connected to the live line of the power supply in series; and the input end of the rectifier is respectively connected with a power zero line controlled by the earth leakage circuit breaker and the power fire line which is controlled by the earth leakage circuit breaker and connected with the capacitor group in series, and the output end of the rectifier is connected to a storage battery to be charged for realizing charging. According to the energy-saving charger, two ends of a test button of the earth leakage circuit breaker are led out by wires and are connected with normally-opened auxiliary contact points of a sampling controller and a no-load protector to realize the functions of no-load protection and automatic poweroff when the storage battery is completely charged, and output current of the charger is changed by a universal conversion switch, therefore charging requirements of different specifications of storage batteries can be met. The energy-saving charger disclosed by the invention can be widely applicable to charging of storage batteries in vehicle repair plants, motorcades, storage battery business departments and electric vehicles.

The invention discloses an efficient booster-type vacuum pump. According to the principle of a diesel engine supercharger, action is performed on a turbine directly through stem, and the speed is 80000rpm around; a compressing wheel produces strong suction to form the vacuum environment of the air in equipment. Owing to the ultra high speed, a floating bearing is adopted and drives lubricating oil during operation, and protective oil film is produced on the periphery of the floating bearing; the lubricating oil is delivered to a lubricating system through an arranged electric oil pump to guarantee normal operation; the diameter of the turbine of a steam turbine is smaller than that of the compressing wheel of an air compressing system, so that the compressing wheel is capable of exhausting large quantity of air through small quantity of steam, and efficient energy-saving effect is achieved.

The invention discloses an energy-saving ship power transmission device, which relates to the technical field of ship power transmission devices, and aims at solving the problems that an existing solar and wind power generation ship is easily influenced by environment and weather factors, the energy conversion rate is large in floating, and a large space of a ship body is occupied. Two main power motors are installed on the two sides of the rear end of the ship storage battery correspondingly, first transmission shafts are installed at the output ends of the two main power motors correspondingly, one ends of the first transmission shafts are fixedly connected with the output ends of the main power motors through first couplings, A gear reducer is installed at the other end of the first transmission shaft, a second transmission shaft is installed at the output end of the gear reducer, one end of the second transmission shaft is fixedly connected with the output end of the gear reducer through a second coupler, a propeller sleeve is installed at the other end of the second transmission shaft, and a bearing seat is mounted on the second transmission shaft.