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    • 91. 发明专利
    • Treatment device of acidic dew condensate
    • 酸性冷凝剂治疗装置
    • JPS58180287A
    • 1983-10-21
    • JP6275382
    • 1982-04-14
    • Matsushita Electric Ind Co Ltd
    • TSURUTA KUNIHIROHIKINO TEIMORI SHIYUNICHIROUKOMAI YUKIROUINDOU MASAHIRO
    • F23L17/14C02F1/66F24H9/00
    • PURPOSE: To make neutralization reaction sure and to prevent water leakage by providing plural staircase-like treatment tanks formed of a partition plate between both walls of a box body, disposing a cylindrical basic material in the bottom of each treatment tank and forming the box body and the partition plate into one body.
      CONSTITUTION: The acidic dew condensate of 4.0pH and 30°C formed on the surface of a latent heat type exchanger is conducted at 120ml/h rate through an inflow port 4 into a body of the treatment device 1. The product of corrosion and dirt and removed in a settling tank 7, and the water drops through the guide groove 12 of a tongue part 11a into the cylinder of a neutralizer 10a. As a result, the acidic dew condensate flows from the bottom of the neutralizer 10a to the outside of the cylinder and is dropped through the guide groove 12 of the tongue part 11b provided on the partition plate 6b of a treatment tank 8a into the neutralizer 10b in the next stage until finally the water is discharged through an outflow port 5 to the outside of the body 1. The initial pH of the discharged acidic dew condensate is 7.3 and the pH after 3,000hr is 6.9. The neutral state is thus maintained.
      COPYRIGHT: (C)1983,JPO&Japio
    • 目的:通过在箱体的两壁之间设置由隔板形成的多个楼梯状处理槽,确保中和反应并防止漏水,在每个处理槽的底部设置圆柱形基材,并形成箱体 并将隔板变成一体。 构成:在潜热型交换器的表面上形成的4.0pH和30℃的酸性凝露物通过流入口4以120ml / h的速率进入处理装置1的体内。腐蚀和 污垢,并在沉降槽7中移除,并且水通过舌部11a的引导槽12落入中和器10a的圆筒中。 结果,酸性结露冷凝物从中和器10a的底部流到气缸的外部,并且通过设置在处理槽8a的隔板6b上的舌部11b的引导槽12落入中和器10b 在下一阶段,直到最终通过流出口5将水排出到体1外。排出的酸性凝露的初始pH为7.3,并且3,000小时后的pH为6.9。 因此维持中性状态。
    • 92. 发明专利
    • COMBUSTION DEVICE
    • JPS58158410A
    • 1983-09-20
    • JP4203582
    • 1982-03-16
    • MATSUSHITA ELECTRIC IND CO LTD
    • KIKUTANI FUMITAKAINDOU MASAHIROKANEHARA NOBUYUKI
    • F23D11/24F23D14/02F23D14/30
    • PURPOSE:To realize a short length flame by a method wherein both sides of a secondary air passage body have flame openings and a secondary air injection plate is arranged downstream of the flame openings, which are inclined towad the downstrream of the passage body. CONSTITUTION:When the combustion is performed, a combustion air supplied by a fan 1 is divided into a primary air and three kinds of secondary air by a divider plate 2 and then supplied to the main body of the burner 3. In turn, the fuel is supplied by the fuel pipe 5 and injected from the nozzle 6, mixed with the primary air while it is flowed in the mixture passage 17, thereafter injected into the combustion chamber 21 from the flame openings 9... via clearance 12 and combustioned. At this time, since the flame opening plate 10 is inclined toward the downstream side, a flame diversed in the combustion chamber 21 is formed. In turn, the secondary air is divided and supplied into a pair of secondary air chambers 13 and the passage 8 and supplied as an opposing injection flow inclined toward the flame by the injection plate 15 inclined toward the downstream of the chamber.
    • 94. 发明专利
    • HOT-WATER RESERVING TYPE HOT-WATER SUPPLYING SYSTEM
    • JPS58120042A
    • 1983-07-16
    • JP391182
    • 1982-01-12
    • MATSUSHITA ELECTRIC IND CO LTD
    • FUJISHITA KAZUOINDOU MASAHIROKANEKO HIDEKISUGANO TADAO
    • F24H1/18F24D17/00F24H1/00F24H1/10
    • PURPOSE:To improve econimical properties and miniaturize the system by a method wherein the hot-water reserving type hot-water supplying system is contrived so as to have a high efficiency and so as to be capable of setting a hot-water reserving amount at a small value. CONSTITUTION:A solenoid valve 27, a heat exchanger 14 for a heat source 13 hot-water and water mixing valve 16, a flow amount switch 23 for controlling a circulating pump and the circulating pump 17 are connected sequentially in series to the lower outlet 15 of a cistern 1 equipped with a water supplying pipe 4 having an air vent hole 5, a water overflowing pipe 6 and a ball tap 3, while the outlet side of the circulating pump 17 is connected to the inlet part 9 for reserving hot-water at the upper part of the hot-water reserving tank 7. The mixing valve 16 and the downstream of the first solenoid valve 27 are communicated through the second solenoid valve 26 while the upstream side of the heat exchanger 14 and a circulating port 25 at the lower part of the hot-water reserving tank 7 are communicated through the second solenoid valve 26. A hot-water outlet port 10 is provided at the lower part of the hot-water reserving tank 7 and is communicated with hot-water supplying cocks 20 through a hot-water supplying pump 19, the flow amount switch 21 and an expansion tank 22.
    • 95. 发明专利
    • HOT-WATER SUPPLYING DEVICE
    • JPS58120041A
    • 1983-07-16
    • JP244682
    • 1982-01-11
    • MATSUSHITA ELECTRIC IND CO LTD
    • SUGANO TADAOINDOU MASAHIROFUJISHITA KAZUOKANEKO HIDEKI
    • F24H1/18F24D17/00
    • PURPOSE:To make a tap-controlled hot-water supplying function reconciled with a hot-water reserving function by combining a heat source having a low input capacity with a hot-water reserving tank having a large capacity by a method wherein recirculating ports from the heat source are provided selectively at the upper, middle and lower part of the hot-water reserving tank. CONSTITUTION:A ball tap 3, connected to city water 2, is provided above the hot-water reserving tank 1 and a water supplying pipe 4 is opened at the lower part of the tank 1. The hot-water reserving tank 1 is provided with an inlet port 5 for reserving a big amount of hot-water at the lower part theeof, the inlet port 6 for reserving a small amount of hot-water at the intermediate part thereof and the inlet port 7 for tap-controlled hot-water supplying at the upper part thereof, while all of the inlet ports are switched freely by three-way switching parts 5', 6'. The hot-water reserving tank 1 is connected to the outlet of a heat exchanger 12 for the heat source 11 through a return pipe 13 while the inlet of the heat exchanger 12 is connected with a water supplying pipe 9 having a water circlating pump 10 and is communicated with a suction port 8 opened at the upper part of the hot-water reserving tank 1. A suction port 17 for the supplying hot-water is opened at the upper part of the hot-water reserving tank 1 to connect the tank 1 to hot-water supplying coks 20 through a pipe 18 having a pump 19.
    • 96. 发明专利
    • HIGH LOAD BURNER
    • JPS58110914A
    • 1983-07-01
    • JP21551381
    • 1981-12-23
    • MATSUSHITA ELECTRIC IND CO LTD
    • INDOU MASAHIROKIKUTANI FUMITAKAKANEHARA NOBUYUKI
    • F23D14/02F23D13/00
    • PURPOSE:To prevent occurrence of flash back by such a structure that a fan is made to be small by providing flame holes and air holes in an angled convex- concave pattern and shortening the length between the air holes opposing to each other and mixture passages and air passages are arranged alternately in a unit integrally molded of a material of high conductivity. CONSTITUTION:A combustion part is constituted by an plurality of units each having an angled convex-concave pattern. The air holes are formed on the both sides of the convex part of the pattern, with the length between the opposing secondary air holes 10 being shortened in the length l, and the flame holes 9 are arranged in the concave surfaces between the convex parts. The mixture passages are provided, each having a mixture gas passage 6, a mixture gas box 7 and a flame hole 9, and the air passages are also provided, each having a secondary air supply port 13, a secondary air supply pipe 5, and an air hole 10. Shortly before reaching the flame holes and air holes 10, both passages are constituted by the unit integrally molded of the material of a high conductivity, with the length few times as long as the depth of the flame hole. By this, the fan can be made to be as small as possible and the occurrence of flash backs can be prevented.
    • 97. 发明专利
    • HOT WATER SUPPLY BATH UNIT
    • JPS58104434A
    • 1983-06-21
    • JP20433481
    • 1981-12-16
    • MATSUSHITA ELECTRIC IND CO LTD
    • FUJISHITA KAZUOINDOU MASAHIROKANEKO HIDEKISUGANO TADAO
    • F24H1/00F24D17/00F24D19/10
    • PURPOSE:To impart energy-saving water supply, instantaneous water supply and hot water storing functions by forming a pump circulating path between a large capacity hot water storage tank and a heat source, disposing a heat exchange for the bath in the return path, and constituting the circulation path by three-way valves in a manner switchable to hot water supply faucet, tank lower part, tank middle part and bath heating. CONSTITUTION:Hot water in a large capacity hot water storage tank 1 circulated by a pump 12 through hot water supply reciprocating pipe 13, heat source 10, threeway switching electromagnetic valve 14, electromagnetic valve 27, hot water supply return pipe 15, orifice part 17 and three-way electromagnetic valve 16. In this case, when by switching the three-way switching electromagnetic valve 16 to communicate an inlet 5 for storing hot water in a large quantity, hot water stored in a large quantity can be obtained, and the three-way valve is communicated with the side of an inlet 6 for storing hot water in a small quantity, hot water stored in a small quantity can be obtained. Further, when the three-way vale 14 is switched to the side of the water supply faucet, the instantaneous hot water supply is started. When the electromagnetic valve 17 is closed in a state where a large quantity of hot water is heated up and hot water is flowed into the heat exchanger 27, additional heating of the bath can be performed. By this construction, a hot water supply bath unit combined with a low-input instantaneous hot water supplier and a large capacity hot water tank, which is energy-saving and convenient for use, can be obtained.
    • 99. 发明专利
    • HEAT EXCHANGER
    • JPS5864495A
    • 1983-04-16
    • JP16520181
    • 1981-10-15
    • MATSUSHITA ELECTRIC IND CO LTD
    • KOMAI YUKIROUTANAKA EIICHIINDOU MASAHIROFUJISHITA KAZUO
    • F28F13/08F28F1/32F28F1/34F28F13/12
    • PURPOSE:To improve the heat exchange efficiency of the titled heat exchanger by a method wherein in the fuel combustion type heat exchanger for heating a liquid, a combustion gas is flowed horizontally and corrugated fins of predetermined height and pitch are attached to a pipe. CONSTITUTION:The corrugated fins 1 shaped to extend in the flow direction of the combustion gas designated by the arrow are attached tightly to the pipe 2 by expanding the pipe. In this case, the height (h) of the convex section of each of the corrugated fins 1 is determined to have a value between the pitch (p) and two times the pitch (p). With the above structure, the combustion gas flowing in the direction of the arrow runs against the corrugated fins 1 without fail and therefore, the water vapor in the combustion gas condenses to a saturation temperature same as the surface temperature of the corrugated fins 1. Further, corrosive condensed water is collected in the bottoms of the fins 1 to become separated from the combustion gas and accordingly, it is not introduced into the exhaust section, to thereby improve the heat exchange efficiency of the heat exchanger.
    • 100. 发明专利
    • COMBUSTION DEVICE
    • JPS586A
    • 1983-01-05
    • JP9788381
    • 1981-06-24
    • MATSUSHITA ELECTRIC IND CO LTD
    • WATANABE HIROAKIINDOU MASAHIROKANEHARA NOBUYUKIKIKUTANI FUMITAKA
    • F23D14/02F23C6/04F23C99/00F23D14/78F23L9/00F23L9/02F23N3/04F24H9/16
    • PURPOSE:To contrive the enlargement in high-load combustion and TDR (Turn Down Ratio) range in a combustion device for a heating system in which forced air supply is made through a fan, by a mechanism where in the combustion chamber walls are composed of fins and water tubes, with secondary air outlets being provided in stages in a part of the combustion chamber walls. CONSTITUTION:The amount of secondary air to be supplied via the No.1 and No.2 passages is properly adjusted through the adjustable dampers 6 and 7 respectively to be fed into the secondary air chambers 8 and 9. The secondary air then flows out of the secondary air outlets 10 and 11 to be directed uniformly at the flame forming in the combustion chamber 15. The secondary air jet stream sends the flame spreading all over the combustion chamber 15 so that the flame undergoes heat exchange at the heat exchanger 17 which is of one-piece construction with fin pipes to be let out of the exhaust port 18. In this way, the supply of secondary air enables large-capacity, high-load combustion, helping extend TDR control range. Besides, the combustion chamber walls designed to serve as heat exchanger help prevent rise in temperature of the secondary air chamber and keep secondary air from being heated excessively. This enables miniaturization of the burning system employing a small-size fan.