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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
141	NETSUPUSUTOOBU NARABINI KORENIKANSURUKAIRYO	JP11422275	1975-09-19	JPS5157047A	1976-05-19	AANESUTO KYUNTSUIIGERU

142		JP960374	1974-01-21	JPS50103725A	1975-08-16

143	熱風炉	JP2017227206	2017-11-27	JP6949683B2	2021-10-13	藤田昌男

144	Checker brick and a hot air furnace	JP2010087927	2010-04-06	JP5477125B2	2014-04-23	倫中村; 豊藤原

145		JP27984785	1985-12-12	JPH0629447B2	1994-04-20	KOMATSU YASUTAKA

146	JPS619357Y2 -	JP17324680	1980-12-04	JPS619357Y2	1986-03-24

147	JPS6044365B2 -	JP16582680	1980-11-27	JPS6044365B2	1985-10-03	MATSUO KAZUTOSHI; JUCHI MASATOSHI; HAGIMORI JUNICHIRO; KOBAYASHI TOSHIHIKO

148	JPS5941483B2 -	JP10124880	1980-07-25	JPS5941483B2	1984-10-08	MURAKAMI NOBORU; SUETAKE YOSHINORI

149	JPS59110898U -	JP322683	1983-01-17	JPS59110898U	1984-07-26

150	Hot blast stove for blast furnace	JP8103683	1983-05-11	JPS58207304A	1983-12-02	FURIIDORIHI ETSUSHIYUMAN; GIYUNTERU GERUSUDORUFU; PEETERU NORUTO; GOTSUTOHARUTO SHIYUTAATSU; GEERUHARUTO ZUBAATO

151		JP3712982	1982-03-18	JPS58140163U	1983-09-21

152		JP16444181	1981-11-05	JPS5872148U	1983-05-16

153	METHOD OF ADJUSTING BLAST FURNACE HEAT EXCHANGER AND BLAST FURNACE GAS AND BLAST TEMPERATURE	JP531282	1982-01-16	JPS57137406A	1982-08-25	HANSUUOIGEN BIYUURAA; HORUSUTO KARUFUA

154	DISASSEMBLY AND REMOVAL OF INNER WALL FOR VERTICAL CYLINDER-LIKE STRUCTURE	JP16582580	1980-11-27	JPS5790576A	1982-06-05	MATSUO KAZUTOSHI; YUUCHI MASATOSHI; HAGIMORI JIYUNICHIROU; KOBAYASHI TOSHIHIKO

155	Lining of metallurgic furnace	JP10124880	1980-07-25	JPS5726387A	1982-02-12	MURAKAMI NOBORU; SUETAKE YOSHINORI

156	WALL STRUCTURE OF HOT STOVE	JP4182680	1980-03-31	JPS56139608A	1981-10-31	SUETAKE YOSHINORI; MURAKAMI NOBORU
PURPOSE:To obtain a wall structure of a hot stove which permits cooling during downtime of the blast furnace, reduces maintenance and control costs and withstands long-term use, by laminating an expansion absorbing layer, a heat-insulating monolithic refractory layer and a fire-resistant monolithic refractory layer successively in the furnace core direction on the inner side of shells. CONSTITUTION:Prescribed reinforcing bars 7 are protrusively provided on the inside surface of shells 2 toward the furnace core direction. A heat-insulating amorphous refractory layer 9 formed of heat-insulating monolithic refractories (e.g.; light castable) is formed by way of expansion spaces 8 inserted with ceramic fibers or the like on the inner side of the shells 2. A heat-resistant monolithic refractory layer 10 formed of fire-resistant monolithic refractories (e.g.; castable) is formed on the inner side of this refractory layer 9. Since this wall structure formes the refractory layer 9 and the refractory layer 10 by using monolithic refractories which are inexpensive as compared to molded bricks, it can considerably reduce material costs. Also, the furnace is built by assembling panels after the construction of the reinforcing bars 7 and casting monolithic refractories and therefore the considerable reduction in work period as compared to masonry is made possible.
157		JP1435274	1974-02-04	JPS5426965B2	1979-09-07

158		JP3080274	1974-03-15	JPS5256332Y2	1977-12-20

159		JP10773472	1972-10-27	JPS5243164B2	1977-10-28

160	METHOD AND APPARATUS FOR FINISHING INDEFINITEEFORM REFRACTORY SPRAYED SURFACES OF TUBE INSIDE WALL	JP9058675	1975-07-24	JPS5214603A	1977-02-03	SADAYUKI TSUGIHIKO

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