Topic
Gas heater
About: Gas heater is a research topic. Over the lifetime, 1799 publications have been published within this topic receiving 6169 citations.
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Patent•
22 Feb 1980
TL;DR: In this paper, a number of grooved gas return route is spacedly provided to plenum chamber on its face opposing to the metal sheet to effect uniform metal sheet heating by gas heater.
Abstract: PURPOSE:To effect uniform metal sheet heating by gas heater, a number of grooved gas return route is spacedly provided to plenum chamber on its face opposing to the metal sheet. CONSTITUTION:Metal sheet 5 to be heat treated is passed through prenum chambers 3,3 in the heating furnace 2. Heated gas is jetted from a number of nozzles 11 in the prenum chambers 3 to heat the metal sheet 5 from both side while floting the metal sheet 5. A number of gas return routes 12 is spacedly installed on the face 3a of the chamber 3 that faces the metal sheet 5. Gas jetted from the nozzles 11 impinges on the metal sheet 5 and flows at uniform velocity V toward both sides of the chambers 3 through end nozzles 10a and the return routes 12. Thus, heat gas flowing on the total area provides uniform metal sheet 5 heating.
2 citations
Patent•
21 Apr 2010
TL;DR: In this article, a direct-exchange heat exchanger for a gas heater comprises a heat exchange box and heat exchange shell, wherein a water output pipe and a water inlet pipe are fixed on the heat exchange shells.
Abstract: A direct-exchange heat exchanger for a gas heater comprises a heat exchange box and a heat exchange shell, wherein a water output pipe and a water inlet pipe are fixed on the heat exchange shell. The utility model is technically characterized in that the heat exchange box is provided with a beading, the gap between the adjacent heat exchange boxes is 2mm to 10mm, and the heat exchange box is fixed on the heat exchange shell by welding. The utility model is characterized in that the direct-exchange heat exchanger for the gas heater can improve the heat exchange performance, can prolong the service life of the heat exchanger, has simple assembly technology, and effectively reduces the production cost, and the like.
2 citations
Patent•
05 Jan 2018
TL;DR: In this paper, the utility model discloses a pipe and gas heater discharge fume, wherein, it is effective in gas heater to discharge Fume, include: the body has along the exhaust end and the inlet end of upper and lower direction distribution, the baffle is located in the body, and with pipe inner wall sealing connection, the ventilation hole has been seted up on the bottom baffle, just the upper surface is equipped with two fixed lugs, the pivot sets firmly in two on the fixed lug, and, the deep bead, with the pivot
Abstract: The utility model discloses a pipe and gas heater discharge fume, wherein, it is effective in gas heater to discharge fume, include: the body has along the exhaust end and the inlet end of upper and lower direction distribution, the baffle is located in the body, and with pipe inner wall sealing connection, the ventilation hole has been seted up on the baffle, just the baffle upper surface is equipped with two fixed lugs, the pivot sets firmly in two on the fixed lug, and, the deep bead, with the pivot pin joint, the deep bead have with the upper surface sealing connection of baffle closes with sealed lid the first state in ventilation hole, and court the exhaust end is opened, so that the inlet end with the second state of exhaust end intercommunication. The utility model discloses technical scheme can improve the sealing performance of the pipe of discharging fume, avoids outdoor cold air inside tub entering gas heater that discharges fume.
2 citations
Patent•
29 Jun 2016
TL;DR: In this article, a waste heat recovery system of low temperature flue gas and low temperature hot-fluid, including gas gas heater, hot -fluid heat exchanger, flash tank, ORC subsystem, condensing formula screw rod inflation power station, steam condenser, and expander drive device is presented.
Abstract: The utility model discloses a waste heat recovery system of low temperature flue gas and low temperature hot -fluid, including gas gas heater, hot -fluid heat exchanger, flash tank, ORC subsystem, condensing formula screw rod inflation power station, steam condenser, condensing formula screw rod inflation power station includes expander, expander drive device, the ORC subsystem includes evaporimeter, pre -heater, liquor pump, condenser, expander, expander drive device, the low temperature hot -fluid heats low temperature hot water in advance, then heating back hot water gets into gas gas heater, and the flue gas passes through gas gas heater and produces high temperature high -pressure hot water, the flash distillation in the flash tank of high temperature high -pressure hot water, saturated steam carries to condensing formula screw rod inflation power station, finally carry back the heat exchanger after the condensation of steam condenser is water in, another partial saturation water passes through the ORC subsystem, pass through evaporimeter, pre -heater in proper order after, low temperature hot water accomplishes the primary circulation in carrying back the heat exchanger. The utility model discloses the cogeneration of usable tail gas or flue gas, it is energy -concerving and environment -protective.
2 citations
Patent•
22 Oct 2014
TL;DR: In this article, a gas water heater with an energy-saving position ECO (ecology, conservation and optimization) function and a controlling method is presented, which can automatically match temperature, water and gas.
Abstract: The invention provides a gas water heater with an energy-saving position ECO (ecology, conservation and optimization) function and a controlling method thereof. The gas water heater comprises an operation interface having an ECO function key, a proportioning valve and a controller used for controlling the gas water heater to enter an energy-saving mode after the ECO function key is triggered, acquiring a target temperature corresponding to the energy-saving mode, and adjusting the proportioning valve according to the target temperature. By the gas heater and the controlling method thereof, temperature, water and gas are automatically matched through the energy-saving position ECO function so as to save energy.
2 citations