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40results about How to "Reduce manual adjustment errors" patented technology
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Gas water heater with gas pressure sensors and control system for gas water heater
The invention discloses a gas water heater with gas pressure sensors and a control system. The gas water heater comprises a gas water heater body, wherein the gas water heater body is provided with a gas inlet pipeline, a fan and a main controller; a fuel gas proportional valve, a stop valve and a sectional valve are further arranged on the gas inlet pipeline; a filter screen is arranged on the fuel gas proportional valve; and the gas water heater is characterized in that the oil-resistant fuel gas pressure sensors are arranged in the front of the filter screen of the gas proportional valve and the front of the sectional valve separately and serve as a primary gas pressure acquisition sensor and a secondary gas pressure acquisition sensor separately; and the pressure acquisition sensors, the gas proportional valve, the stop valve and the sectional valve are electrically connected to the main controller of the gas water heater, wherein the opening degree of the corresponding gas proportional valve is the proportional valve current value. The invention further discloses a multifunctional central gas water heater. According to the gas water heater and the control system, the gas pressure can be displayed in real time; and meanwhile, the accident or failure rate of the water heater can be reduced, and the parameters of the water heater can be automatically adjusted.
Owner:GUANGDONG MACRO GAS APPLIANCE
Headspace sampler control system and control method thereof
ActiveCN105739428AImprove stabilityImprove anti-interference abilityComponent separationProgramme control in sequence/logic controllersAutomatic controlInterference resistance
A headspace sampler control system and a control method thereof belong to the field of gas phase chromatographic sample pre-treatment device control technology. The headspace sampler control system comprises a programmable controller, a temperature module, an analog quantity input and output module and man-machine interaction equipment. The programmable controller is connected with the temperature module and the man-machine interaction equipment. The temperature module is connected with the analog quantity input and output module. The programmable controller, the temperature module and the analog quantity input and output module are respectively connected with related components of a headspace sampler. The headspace sampler control system has advantages of high stability, high interference resistance, easy operation, easy maintenance, no requirement for welding of a main circuit board, convenient wiring and easy function expansion. Through a self-checking process for each key component of the headspace sampler, problem finding can be realized and a fault point can be found out directly. High control precision and simple operation are realized in a process for controlling temperature and pressure of a heating chamber, a valve and an air path. One-key sample incoming can be realized in an automatic control process for sample incoming of the headspace sampler. Operation time of an operator can be effectively reduced.
Owner:沈阳汉威科技有限公司 +1
Eliminating type coke oven afterheat recovery power generating system based on voltage stabilizing power supply circuit
InactiveCN104810975AReduce dosageReasonable designAc-dc conversionIncreasing energy efficiencyBrickSlurry
The invention discloses an eliminating type coke oven afterheat recovery power generating system based on a voltage stabilizing power supply circuit. The eliminating type coke oven afterheat recovery power generating system mainly consists of a coke oven top big pit and an oven top cylinder brick covering the top surface of the coke oven top big pit, wherein a perforated steel plate, a heat insulation plate layer and a perforated steel plate are sequentially arranged inside the coke oven top big pit from bottom to top, a heat insulation brick layer arranged between the perforated steel plate and the heat insulation plate layer is formed by filling heat-resistant sealing slurry in an inside gap part of the coke oven top big pit, a heat exchanger and an evaporator forming a sealed loop are arranged outside the coke oven top big pit, an afterheat power generating system is also arranged on the evaporator, an afterheat control circuit is arranged in the afterheat power generating system, a static electricity eliminating circuit, an overcurrent protection circuit, a control type power supply circuit, a voltage stabilizing power supply circuit and a control type output circuit are arranged in the afterheat control circuit, and the overcurrent protection circuit, the control type power supply circuit, the voltage stabilizing power supply circuit and the control type output circuit are in sequential connection.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Coke oven roof waste heat recovery power generation system based on power supply adjusting circuit
InactiveCN104910925AReduce dosageReasonable designEnergy inputCoke oven detailsBrickThermal insulation
The invention discloses a coke oven roof waste heat recovery power generation system based on a power supply adjusting circuit. The system is composed of a coke oven roof pit and roof quarry tiles covering the surface of the roof. A hole steel plate, a thermal insulation plate layer and a hole steel plate are arranged inside the coke oven roof pit from bottom to top in order. an insulation tile layer arranged between the hole steel plate and the thermal insulation plate layer is poured with heatproof sealing slurry at the internal seam of the coke oven roof pit. A heat exchanger and an evaporator forming an enclosed loop are arranged outside the coke oven roof pit. A waste heat power generation system is arranged on the evaporator. A waste heat control circuit is arranged in the waste heat power generation system. A control-type power supply circuit, a power supply adjusting circuit and a control-type output circuit are arranged in the waste heat control circuit and the control-type power supply circuit, the power supply adjusting circuit and the control-type output circuit are connected in order.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Current source feedback type waste heat generating system based on blast furnace superconducting cooling
InactiveCN104946834AReduce dosageReasonable designBlast furnace detailsIncreasing energy efficiencyControl treatmentEngineering
The invention discloses a current source feedback type waste heat generating system based on blast furnace superconducting cooling. The current source feedback type waste heat generating system based on the blast furnace superconducting cooling mainly comprises a blast furnace body (1), an electrical power generating system (12), a steam utilizing device, more than one superconducting annular heat exchange ring (2) which is hierarchically arranged along the side wall of the blast furnace body (1) in a surrounding manner and a waste heat control treatment system. The current source feedback type waste heat generating system based on the blast furnace superconducting cooling has the advantages that hot water after heat exchange is discharged in a concentrated manner by virtue of the superconducting annular heat exchange rings which are embedded in the side wall of the blast body and a corresponding annular pipeline system, so that heat exchange intensity is improved, heat exchange efficiency and cooling efficiency are improved; and temperature of the traditional cooling water is increased to 250 DEG C from 40 DEG C, and then the traditional cooling water is overheated to 400 DEG C by applying the superconducting heat exchange rings twice, so that cooling waste used for power generation is realized.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Intelligent household fresh air system based on Ai intelligence
PendingCN113266913AGood clean environmentReduce manual adjustment errorsDucting arrangementsMechanical apparatusAir decontaminationFresh air
The invention relates to an intelligent household fresh air system based on Ai intelligence. The intelligent household fresh air system based on Ai intelligence comprises a bidirectional flow fresh air machine, an air supply pipeline and an air draft pipeline, and the bidirectional flow fresh air machine comprises a fresh air opening, a first filter screen, a first air quality detection module, an air supply opening, a first fan, an indoor discharge outlet, a second air quality detection module, an outdoor discharge outlet, a second fan, a heat exchanger, a second filter screen, a sterilization module, a humidification module, a heating module, a refrigerant evaporator, a surface air cooler, an air return opening and a central control module. When the intelligent fresh air system is adopted for indoor air purification, the second air quality detection module detects the humidity of indoor air to be exhausted, the central control module analyzes the humidity and judges the working state needed by the fresh air system, and meanwhile the first air quality detection module detects the humidity value of the indoor air to be fed, and the central control module adjusts the working state of a fresh air system component according to the humidity value of the indoor air to be fed and the working state needed by the fresh air system.
Owner:北京兴拓置业有限公司
Blast furnace superconductive cooling waste heat power generation system based on bias adjustable current source
InactiveCN104846139AReduce dosageReasonable designCooling devicesIncreasing energy efficiencyEngineeringHeat transfer efficiency
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Thermal protection type coke oven waste heat recovery power generation system based on power source voltage adjustment circuit
InactiveCN104833222AReduce dosageReasonable designIncreasing energy efficiencyMachines/enginesBrickThermal insulation
The invention discloses a thermal protection type coke oven waste heat power generation system based on a power source voltage adjustment circuit. The system is mainly composed of coke oven top large pits and oven top clinker bricks covering the surfaces of the tops of the coke oven top large pits, a pored steel plate, a thermal insulation board layer and a pored steel plate are arranged inside each coke oven top large pit in sequence from bottom to top, a thermal insulation brick layer is arranged between each pored steel plate and the corresponding thermal insulation board layer, gaps, inside the corresponding coke oven top large pit, of each thermal insulation brick layer are filled with heatproof sealing slurry in a poured mode, heat exchangers and an evaporator forming a closed loop are arranged outside the coke oven top large pits, a waste heat power generation system body is further arranged on the evaporator, a waste heat control circuit is arranged in the waste heat power generation system body, and a thermal inductance automatic switching circuit and a control type power source circuit, the power source voltage adjustment circuit and a control type output circuit which are connected in sequence are arranged in the waste heat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Protection type coke oven waste heat recovery power generation system based on boost power supply circuit
InactiveCN104833221AReduce dosageReasonable designDc-dc conversionIncreasing energy efficiencyBrickClosed loop
The invention discloses a protection type coke oven waste heat recovery power generation system based on a boost power supply circuit. The system is mainly composed of a coke oven top large pit and oven top quarry tiles covering the surface of the top of the coke oven top large pit. A porose steel plate, a heat insulation plate layer and a porose steel plate are sequentially arranged in the coke oven top large pit from bottom to top. Heat preservation brick layers between the porose steel plates and the heat insulation plate layer are formed by filling the inner gaps inside the coke oven top large pit with heat-resisting sealing slurry. A heat exchanger and an evaporator which form a closed loop are arranged outside the coke oven top large pit. A waste heat power generation system is arranged on the evaporator. A waste heat control circuit is arranged in the waste heat power generation system. An over-current protection circuit, a control type power supply circuit, the boost power supply circuit and a control type output circuit are connected in sequence and arranged in the waste heat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Coke oven top waste heat recycling and electricity generation system based on efficient drive power source circuit
InactiveCN104913646AReduce dosageReasonable designDc-dc conversionIncreasing energy efficiencyBrickSlurry
The invention discloses a coke oven top waste heat recycling and electricity generation system based on an efficient drive power source circuit. The coke oven top waste heat recycling and electricity generation system is mainly composed of a large coke oven top pit and oven top quarry tiles covering the surface of the top of the pit. The large coke oven top pit is internally and sequentially provided with a porous steel plate, a heat insulation plate layer and the porous steel plate from bottom to top. A heat preservation tile layer arranged between the porous steel plates and the heat insulation plate layer is formed by pouring heat-resisting sealing slurry into seams of the large coke oven top pit. A heat exchanger and an evaporator for forming a sealing loop are arranged outside the large coke oven top pit. The evaporator is further provided with a waste heat electricity generation system. The waste heat electricity generation system is internally provided with a waste heat control circuit. The waste heat control circuit is internally provided with a control type power circuit, the efficient drive power source circuit, and a control type output circuit which are sequentially connected.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Alarm type coke oven waste heat recovery power generation system based on power supply adjustment circuit
InactiveCN104836374AReduce dosageReasonable designDc-dc conversionIncreasing energy efficiencyBrickClosed loop
The invention discloses an alarm type coke oven waste heat recovery power generation system based on a power supply adjustment circuit. The system is mainly formed by a coke oven top large pit and oven top clinker tiles which cover the top surface of the coke oven top large pit. The internal part of the coke oven top large pit is orderly provided with a perforated steel plate, a heat insulation plate layer and a perforated steel plate from bottom to top. A heat preservation tile layer arranged between the perforated steel plate and the heat insulation plate layer, and the internal gap of the coke oven top large pit is filled with heat resistant sealing slurry. The external part of the coke oven top large pit is provided with a heat exchanger and an evaporator to form a closed loop. The evaporator is provided with a waste heat power generation system which is internally provided with a waste heat control circuit. The waste heat control circuit is internally provided with a power-off alarm circuit and is also provided with an overcurrent protection circuit, a control type power supply circuit, a power supply adjustment circuit and a control type output circuit which are connected in order.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Voltage stabilizing power supply circuit based elimination type coke oven waste heat power generation system
InactiveCN104819649AReduce dosageReasonable designIncreasing energy efficiencyMachines/enginesBrickCoke oven
The invention discloses a voltage stabilizing power supply circuit based elimination type coke oven waste heat power generation system. The voltage stabilizing power supply circuit based elimination type coke oven waste heat power generation system is mainly formed by a large hole and an oven top clinker brick, wherein the large hole is formed at the oven top of a coke oven and the oven top clinker brick covers the surface of the top of the large hole; a porose steel plate, a heat insulation plate layer and a porose steel plate are arranged inside the large hole from bottom to top in turn; an internal gap formed between the large hole and a heat insulation brick layer which is arranged between each porose steel plate and the heat insulation plate layer is filled with heatproof sealing paste; a heat exchanger and an evaporator which form a closed circuit are arranged outside the large hole; the evaporator is provided with a waste heat power generation system; a waste heat control circuit is arranged in the waste heat power generation system; a static elimination circuit, a control type power supply circuit, a voltage stabilizing power supply circuit and a control type output circuit are arranged in the waste heat control circuit, wherein the control type power supply circuit, the voltage stabilizing power supply circuit and the control type output circuit are connected in turn.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Wet protection type coke oven after heat power generating system based on stabilization power supply circuit
InactiveCN104880081AReduce dosageReasonable designIncreasing energy efficiencySteam engine plantsBrickEngineering
The invention discloses a wet protection type coke oven after heat power generating system based on a stabilization power supply circuit. The wet protection type coke oven after heat power generating system based on the stabilization power supply circuit mainly consists of a coke oven top hollow place and oven top cylinder bricks covering the surface of the top thereof. A porous steel plate, a heat insulation plate layer and another porous steel plate are sequentially arranged inside the coke over top hollow place from top to bottom. Heat preservation brick layers are arranged among the porous steel plates and the heat insulation plate layer; and a heat-resisting sealing pulp is filled inside the seam of the coke oven top hollow place. A heat exchanger and an evaporator forming an enclosed loop are arranged outside the coke oven top hollow place. The evaporator is further provided with an after heat power generating system. An after heat control circuit is arranged inside the after heat power generating system. The after heat control circuit is provided with a thermal induction automatic switching circuit, and a controlled power supply circuit, a stabilization power supply circuit as well as a controlled output circuit that are sequentially connected with one another.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Thermal protection type coke oven waste heat power generation system based on power source adjustment circuit
InactiveCN104833232AReduce dosageReasonable designIncreasing energy efficiencyControl devices for furnacesBrickThermal insulation
The invention discloses a thermal protection type coke oven waste heat power generation system based on a power source adjustment circuit. The system is mainly composed of coke oven top large pits and oven top clinker bricks covering the surfaces of the tops of the coke oven top large pits, a pored steel plate, a thermal insulation board layer and a pored steel plate are arranged inside each coke oven top large pit in sequence from bottom to top, a thermal insulation brick layer is arranged between each pored steel plate and the corresponding thermal insulation board layer, gaps, inside the corresponding coke oven top large pit, of each thermal insulation brick layer are filled with heatproof sealing slurry in a poured mode, heat exchangers and an evaporator forming a closed loop are arranged outside the coke oven top large pits, a waste heat power generation system body is further arranged on the evaporator, a waste heat control circuit is arranged in the waste heat power generation system body, and an over-temperature protection circuit and a control type power source circuit, the power source adjustment circuit and a control type output circuit which are connected in sequence are arranged in the waste heat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Protection type coke oven afterheat recycling power generation system based on efficient driving power circuit
InactiveCN104807340AReduce dosageReasonable designDc-dc conversionIncreasing energy efficiencyBrickClosed loop
The invention discloses a protection type coke oven afterheat recycling power generation system based on an efficient driving power circuit. The protection type coke oven afterheat recycling power generation system consists of a coke oven top big hole and oven top cylinder bricks covering the surface of the top of the coke oven top big hole, wherein a perforated steel plate, a heat insulation plate layer and a perforated steel plate I are arranged in the coke oven top big hole from bottom to top; a heat preservation brick layer arranged between each perforated steel plate and the heat insulation plate layer is formed by filling inner gaps of the coke oven top big hole with heat-resistant sealing slurry; a heat exchanger and an evaporator which form a closed loop are arranged outside the coke oven top big hole; an afterheat power generation system is also arranged on the evaporator; an afterheat control circuit is arranged in the afterheat power generation system; an overcurrent protection circuit, a control type power circuit, an efficient driving power circuit and a control type output circuit which are connected in sequence are arranged in the afterheat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Current source-based bipolar oscillating type waste heat power generating system
ActiveCN104807337AReduce dosageReasonable designIncreasing energy efficiencySteam engine plantsEngineeringUltimate tensile strength
The invention discloses a current source-based bipolar oscillating type waste heat power generating system. The current source-based bipolar oscillating type waste heat generating system mainly comprises a blast furnace body (1), a power generation system (12), a steam utilization device, more than one superconductive annular heat exchange ring (2) arranged along the side wall of the blast furnace body (1) in a layered surrounding type, a waste heat control processing system and the like. According to the current source-based bipolar oscillating type waste heat power generating system, hot water subjected to heat exchange is concentrately guided out through the superconductive annular heat exchange rings embedded in the side wall of the blast furnace body and an annular pipeline system corresponding to the superconductive annular heat exchange rings, so that the heat exchange strength is increased, the heat exchange efficiency and the cooling efficiency are improved, and in addition, the temperature of cooling water in a traditional mode is increased to 250 DEG C from 40 DEG C, and is overheated to 400 DEG C after being treated by the superconductive heat exchange rings twice, and thus cooling waste heat can be used for power generation.
Owner:西安石大能源股份有限公司
Thermal protection type coke oven waste heat electricity generation system based on boost power circuit
InactiveCN104913651AReduce dosageReasonable designDc-dc conversionIncreasing energy efficiencyBrickSlurry
The invention discloses a thermal protection type coke oven waste heat electricity generation system based on a boost power circuit. The thermal protection type coke oven waste heat electricity generation system is mainly composed of a large coke oven top pit and oven top quarry tiles covering the surface of the top of the pit. The large coke oven top pit is internally and sequentially provided with a porous steel plate, a heat insulation plate layer and the porous steel plate from bottom to top. A heat preservation tile layer arranged between the porous steel plates and the heat insulation plate layer is formed by pouring heat-resisting sealing slurry into seams of the large coke oven top pit. A heat exchanger and an evaporator for forming a sealing loop are arranged outside the large coke oven top pit. The evaporator is further provided with a waste heat electricity generation system. The waste heat electricity generation system is internally provided with a waste heat control circuit. The waste heat control circuit is internally provided with a thermal automatic switching circuit, a control type power supply circuit, the boost power circuit and a control type output circuit, wherein the control type power supply circuit, the boost power circuit and the control type output circuit are sequentially connected.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Thermal induction type coke oven waste heat recovery power generation system based on stabilized power supply circuit
InactiveCN104833228AReduce dosageReasonable designIncreasing energy efficiencyMachines/enginesBrickClosed loop
The invention discloses a thermal induction type coke oven waste heat recovery power generation system based on a stabilized power supply circuit. The system is mainly composed of a coke oven top large pit and oven top quarry tiles covering the surface of the top of the coke oven top large pit. A porose steel plate, a heat insulation plate layer and a porose steel plate are sequentially arranged in the coke oven top large pit from bottom to top. Heat preservation brick layers between the porose steel plates and the heat insulation plate layer are formed by filling the inner gaps inside the coke oven top large pit with heat-resisting sealing slurry. A heat exchanger and an evaporator which form a closed loop are arranged outside the coke oven top large pit. A waste heat power generation system is arranged on the evaporator. A waste heat control circuit is arranged in the waste heat power generation system. A control type power supply circuit, the stabilized power supply circuit and a control type output circuit which are connected in sequence and a thermal induction automatic switching circuit are arranged in the waste heat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Trilinear drive type waste heat power generation energy-saving control system based on overvoltage and overcurrent protection
InactiveCN105177205AGuaranteed uptimeEnsure waste heat utilizationCooling devicesIncreasing energy efficiencyOvervoltageTerminal voltage
The invention discloses a trilinear drive type waste heat power generation energy-saving control system based on overvoltage and overcurrent protection. The system is composed of a blast furnace body (1), a power generation system (12), a steam utilizing device, two or more annular superconduction heat exchange rings (2) which are annularly arranged along the side wall of the blast furnace body (1) in a layered mode, a waste heat control and treatment system and the like. The waste heat control and treatment system comprises a diode rectifier U, a voltage stabilization and transformation circuit, a three-terminal voltage stabilizing control circuit and a trilinear driving circuit. The trilinear drive type waste heat power generation energy-saving control system is characterized in that an overvoltage and overcurrent protection circuit is further connected in series between the voltage stabilization and transformation circuit and the trilinear driving circuit. According to the trilinear drive type waste heat power generation energy-saving control system, due to the annular superconduction heat exchange rings which are embedded in the side wall of the blast furnace body and annular pipeline systems corresponding to the annular superconduction heat exchange rings, hot water produced after heat exchange can be led out in a concentrated mode, and heat exchange efficiency and cooling efficiency are improved; besides, due to the fact that the superconduction heat exchange rings are applied twice to be overheated to 400 DEG C, cooling waste heat can be used for generating electricity.
Owner:成都申川节能环保工程有限公司
Thermal protection type coke oven waste heat recovery and power generation system based on high-efficiency driving power supply circuit
InactiveCN104990417AReduce dosageReasonable designIncreasing energy efficiencySteam engine plantsBrickThermal insulation
The invention discloses a thermal protection type coke oven waste heat recovery and power generation system based on a high-efficiency driving power supply circuit. The thermal protection type coke oven waste heat recovery and power generation system is mainly composed of a large pit in a coke oven roof and oven roof quarry tiles covering the surface of the coke oven roof, the interior of the large pit in the coke oven roof is sequentially provided with a steel plate with holes, a thermal insulation board layer and a steel plate with holes from bottom to top, a thermal insulation brick layer is arranged between the steel plate with holes and the thermal insulation board layer, heatproof sealing slurry is poured into internal gaps of the large pit in the coke oven roof, the exterior of the large pit in the coke oven roof is provided with a heat exchanger and an evaporator which form an enclosed loop, the evaporator is also provided with a waste heat power generation system, a waste heat control circuit is arranged in the waste heat power generation system, and the waste heat control circuit is provided with a thermal inductance automatic switch circuit, an overcurrent protection circuit, a control-type power supply circuit, a high-efficiency driving power supply circuit and a control-type output circuit, and the overcurrent protection circuit, the control-type power supply circuit, the high-efficiency driving power supply circuit and the control-type output circuit are connected in order.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Elimination-type coke oven waste heat recovery and power generation system based on efficient drive power circuit
InactiveCN104833220AReduce dosageReasonable designControl devices for furnacesWaste heat treatmentBrickClosed loop
The invention discloses an elimination-type coke oven waste heat recovery and power generation system based on an efficient drive power circuit. The elimination-type coke oven waste heat recovery and power generation system mainly comprises a coke oven top big hole and oven top clinker tiles covering the top surface of the big hole; the coke oven top big hole is internally provided with a porous steel plate, a heat insulation plate layer and a porous steel plate in sequence from bottom to top; a heat preservation brick layer is arranged between each porous steel plate and the heat preservation plate layer and is formed by pouring heat-resistant sealing slurry in internal slots of the coke oven top big hole; a heat exchanger and an evaporator which form a closed loop are arranged outside the coke oven top big hole; a waste heat power generation system is also arranged on the evaporator; a waste heat control circuit is arranged in the waste heat power generation system; a static elimination circuit as well as an overcurrent protection circuit, a control type power circuit, the efficient drive power circuit and a control type output circuit which are sequentially connected are arranged in the waste heat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
A Mechanical Clamping Mechanism That Can Accurately Adjust Clamping Angle
ActiveCN111633617BHigh precisionImprove stabilityWork benchesMechanical energy handlingElectric machineryEngineering
Owner:中泓智能科技(河北)有限公司
Blast furnace superconduction cooling waste heat power generation energy-saving control system based on overvoltage and overcurrent protection
InactiveCN105177204AGuaranteed uptimeEnsure waste heat utilizationCooling devicesIncreasing energy efficiencyOvervoltageTerminal voltage
The invention discloses a blast furnace superconduction cooling waste heat power generation energy-saving control system based on overvoltage and overcurrent protection. The system is composed of a blast furnace body (1), a power generation system (12), a steam utilizing device, two or more annular superconduction heat exchange rings (2) which are annularly arranged along the side wall of the blast furnace body (1) in a layered mode, a waste heat control and treatment system and the like. The waste heat control and treatment system comprises a diode rectifier U, a voltage stabilization and transformation circuit and a three-terminal voltage stabilizing control circuit. The blast furnace superconduction cooling waste heat power generation energy-saving control system is characterized in that an overvoltage and overcurrent protection circuit is further connected in series between the voltage stabilization and transformation circuit and the three-terminal voltage stabilizing control circuit. According to the blast furnace superconduction cooling waste heat power generation energy-saving control system, hot water produced after heat exchange can be led out in a concentrated mode through the annular superconduction heat exchange rings which are embedded in the side wall of the blast furnace body and annular pipeline systems corresponding to the annular superconduction heat exchange rings, hence, heat exchange strength is enhanced, and heat exchange efficiency and cooling efficiency are improved; besides, due to the fact that the superconduction heat exchange rings are applied twice to be overheated to 400 DEG C, cooling waste heat can be used for generating electricity.
Owner:成都申川节能环保工程有限公司
Blast furnace superconductive cooling waste-heat power generation system based on current source
InactiveCN104846141AReduce dosageReasonable designIncreasing energy efficiencyCooling devicesEngineeringHeat transfer efficiency
The invention discloses a blast furnace superconductive cooling waste-heat power generation system based on a current source. The system is mainly formed by a blast furnace body (1), a power generation system (12), a steam utilization device, more than one superconductive annular heat transfer ring (2) in layered encircling arrangement along the side wall of the blast furnace body (1), pouring solidification bodies (10) made of wear-resisting heat-shock-resistant anti-permeability coal elastic refractory castables and arranged on each superconductive annular heat transfer ring (2), and lower conduits (32) connected in series with a lower circulation port of each superconductive annular heat transfer ring (2). According to the system, hot water obtained after heat transfer is exported in a concentrated manner through the superconductive annular heat transfer rings embedded in the side wall of the blast furnace body and annular pipeline systems corresponding to the superconductive annular heat transfer rings, so that heat transfer intensity is enhanced, heat transfer efficiency and cooling efficiency are improved, and cooling water temperature is improved from the original 40 DEG C to 250 DEG C; and then, the water is overheated to a temperature of 400 DEG C through twice applications of the superconductive annular heat transfer rings, and thus the cooling waste heat is allowed to be utilized for power generation.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
A headspace sampler control system and control method
ActiveCN105739428BImprove stabilityImprove anti-interference abilityComponent separationProgramme control in sequence/logic controllersInterference resistanceAutomatic control
Owner:沈阳汉威科技有限公司 +1
Energy-saving control system based on voltage-controlled oscillating and used for blast furnace superconductive cooling waste heat power generation
InactiveCN105238898AGuaranteed uptimeEnsure waste heat utilizationIncreasing energy efficiencyCooling devicesTerminal voltageEngineering
The invention discloses an energy-saving control system based on voltage-controlled oscillating and used for blast furnace superconductive cooling waste heat power generation. The energy-saving control system is composed of a blast furnace body (1), a power generation system (12), a steam utilization device, one or more superconducting ring type heat exchange rings (2) surrounding the sidewall of the blast furnace body (1) in a layered mode, a waste heat control treatment system and the like. The waste heat control treatment system comprises a diode rectifier U, a voltage stabilization and voltage transformation circuit and a three-terminal voltage stabilization control circuit. The energy-saving control system is characterized in that a voltage-controlled oscillating circuit is further connected between the voltage stabilization and voltage transformation circuit and the three-terminal voltage stabilization control circuit in series. According to the energy-saving control system, hot water subjected to heat exchange is led out in a centralized mode through the superconducting ring type heat exchange rings embedded in the sidewall of the blast furnace body and ring-type pipeline systems corresponding to the superconducting ring type heat exchange rings, so that the heat exchange efficiency and the cooling efficiency are improved; moreover, the traditional cooling water temperature is increased from 40 DEG C to 250 DEG C and then is increased to 400 DEG C by using the superconducting ring type heat exchange rings twice, and accordingly cooling waste heat can be used for power generation.
Owner:成都申川节能环保工程有限公司
Blast furnace superconducting cooling and waste heat power generation system
InactiveCN102382914BReduce dosageReasonable designBlast furnace detailsCooling devicesRefractoryEngineering
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
A multi-vortex ratio tornado simulation device
The invention belongs to the field of wind fields, and in particular relates to a multi-eddy current ratio tornado simulation device. A multi-vortex ratio tornado simulation device, comprising a simulator body, the simulator body is provided with deflectors, and the simulator body is also provided with an angle adjustment for adjusting the angle of the deflectors so as to change the swirl ratio mechanism. The beneficial effects of the present invention are: the present invention sets an angle adjustment mechanism for adjusting the angle of the deflector in the simulation device body, and changes the speed direction of the airflow entering the plexiglass cover through the angle adjustment mechanism, thereby changing the vortex ratio of the tornado. The rotation of the angle adjustment mechanism drives the deflector to rotate together, avoiding the complicated steps of adjusting the deflector separately and reducing the error of manual adjustment. The wind speed of the exhaust fan can be measured, the angle scale is set in the arc groove, the inflow angle can be read, and the height of the inflow area is also known, so that the swirl ratio can be calculated, and the replacement of the deflector and the base can also be avoided.
Owner:HEFEI UNIV OF TECH
Coke oven top afterheat recovery power generating system based on voltage stabilizing power supply circuit
InactiveCN104810978AReduce dosageReasonable designAc-dc conversionIncreasing energy efficiencySheet steelBrick
The invention discloses a coke oven top afterheat recovery power generating system based on a voltage stabilizing power supply circuit. The coke oven top afterheat recovery power generating system mainly consists of a coke oven top big pit and an oven top cylinder brick covering the top surface of the coke oven top big pit, wherein a perforated steel plate, a heat insulation plate layer and a perforated steel plate are sequentially arranged inside the coke oven top big pit from bottom to top, a heat insulation brick layer arranged between the perforated steel plate and the heat insulation plate layer is formed by filling heat-resistant sealing slurry in an inside gap part of the coke oven top big pit, a heat exchanger and an evaporator forming a sealed loop are arranged outside the coke oven top big pit, an afterheat power generating system is also arranged on the evaporator, an afterheat control circuit is arranged in the afterheat power generating system, and a control type power supply circuit, a voltage stabilizing power supply circuit and a control type output circuit which are in sequential connection are arranged in the afterheat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
Thermal protection type coke oven waste heat power generation system based on efficiently-driving power source circuit
InactiveCN104833231AReduce dosageReasonable designDc-dc conversionIncreasing energy efficiencyBrickThermal insulation
The invention discloses a thermal protection type coke oven waste heat power generation system based on an efficiently-driving power source circuit. The system is mainly composed of coke oven top large pits and oven top clinker bricks covering the surfaces of the tops of the coke oven top large pits, a pored steel plate, a thermal insulation board layer and a pored steel plate are arranged inside each coke oven top large pit in sequence from bottom to top, a thermal insulation brick layer is arranged between each pored steel plate and the corresponding thermal insulation board layer, gaps, inside the corresponding coke oven top large pit, of each thermal insulation brick layer are filled with heatproof sealing slurry in a poured mode, heat exchangers and an evaporator forming a closed loop are arranged outside the coke oven top large pits, a waste heat power generation system body is further arranged on the evaporator, a waste heat control circuit is arranged in the waste heat power generation system body, and a thermal inductance automatic switching circuit and a control type power source circuit, the efficiently-driving power source circuit and a control type output circuit which are connected in sequence are arranged in the waste heat control circuit.
Owner:CHENGDU SINOMETALLURGY ENERGY CONSERVATION ENVIRONMENTAL PROTECTION ENG CO LTD
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