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ONE:Nothing could exceed the consternation and indignation of the Spanish people when they found their great strongholds guarding the entrances from France into the country thus in the hands of the French. Had there been a king of any ability in Spain, an appeal to the nation would, on this outrage, have roused it to a man, and the plans of Buonaparte might have been defeated. But Godoy, knowing himself to be the object of national detestation, and dreading nothing so much as a rising of the people, by whom he would most certainly be sacrificed, advised the royal family to follow the example of the Court of Portugal, and escape to their trans-Atlantic dominions; which advice could only have been given by a miscreant, and adopted by an idiot. To surrender a kingdom and a people like those of Spain, without a blow, was the extreme of cowardice. But, as if to urge the feeble king to this issue, at this moment came a letter from Buonaparte, upbraiding him with having received his acceptance of the match between their houses coldly. Charles, terrified in the extreme, wrote to declare that nothing lay so near his heart, and at the same time made preparations to be gone. The intention was kept as secret as possible, but the public soon became aware of the Court's proposed removal from Madrid to Cadiz, in order then to be able to embark for America. The Prince of Asturias and his brother protested against the project; the Council of Castile remonstrated; the populace were in a most tumultuous state, regarding the plan as originating with Godoy, and surrounded the palace with cries and gestures of dissatisfaction. The king was in a continual state of terror and irresolution, but Godoy pressed on matters for the flight.Besides those already mentioned as distinguished in various branches of literature, there was a host of others whom we can only name. In theology there were Warburton, South, Horsley, Jortin, Madan, Gerard, Blair, Geddes, Lardner, Priestley; in criticism and philology, Harris, Monboddo, Kames, Blair, Sir William Jones, Walpole; in antiquarian research, Hawkins, Burney, Chandler, Barrington, Stevens, Pegge, Farmer, Vallancey, Grose, Gough; in belles-lettres and general literature, Chesterfield, Hawkesworth, Brown, Jenyns, Bryant, Hurd, Melmoth, Potter, Francklin, etc.; in mathematical and physical science, Black, the discoverer of latent heat, Cavendish, the discoverer of the composition of water, Priestley, Herschel, Maskelyne, Horsley, Vince, Maseres, James Hutton, author of "The Huttonian Theory of the Earth," Charles Hutton, Cullen Brown, the founder of the Brownian theory of medicine, John and[179] William Hunter, the anatomists, Pennant, the zoologist, etc.; discoverers of new lands, plants, and animals, Commodore Byron, Captains Wallis, Cook, Carteret, Flinders, etc., Dr. Solander, Sir Joseph Banks, Mr. Green.
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当社は昭和13年の設立以来、つねに時代のニーズに即した製品をめざし、新技術?新製品の開発を重ねてきました。 中でもアルコール蒸留技術は、国内業界のパイオニアとして目覚ましい成長発展を遂げ、80年にわたる実績を築きあげました。そして今、その歴史によって培われた経験と技術力は化学?食品?薬品?産業機械など、幅広い分野で生かされています。今後はさらに新時代に向けた技術革新を積極的に進めると同時に、新分野の開拓にも意欲的に取組み、一層の発展を図っていきます。

社名 日本化学機械製造株式会社
（英文名称 Japan Chemical Engineering & Machinery Co., Ltd.）
代表者 取締役会長　高橋 正一
取締役社長　髙橋 一雅
所在地

〈本社?工場〉

〒532-0031　
大阪市淀川区加島4丁目6番23号

営業部
TEL.06-6308-3885FAX.06-6306-2627
技術部?設計部?工事部
TEL.06-6308-3891FAX.06-6306-0136
総務部
TEL.06-6308-3881 (代表)FAX.06-6306-2384
調達部
TEL.06-6308-3910FAX.06-6306-2384
海外事業部
TEL.06-6308-3887FAX.06-6306-2384
低温機器事業部
TEL.06-6308-3889FAX.06-6308-3890
製造部
TEL.06-6308-3894FAX.06-6308-3767
品質保証室
TEL.06-6308-3880FAX.06-6308-3896
開発技術室
TEL.06-6308-3895FAX.06-6838-3092
〈東京支店〉

〒104-0031　
東京都中央区京橋1丁目6番12号(京橋イーサスビル5階)

TEL.03-3567-8101FAX.03-3567-8104

〈滋賀工場〉

〒520-3213　
滋賀県湖南市大池町7番地1

TEL.0748-75-2131FAX.0748-75-2134

〈南山田工場〉

〒520-3252　
滋賀県湖南市岩根字南山田1662番5

TEL.0748-72-3007FAX.0748-72-3008
設立 昭和13年10月31日
資本金 2億7千5百万円
事業内容 化学機械?化学装置、燃焼装置、超低温液化ガス機器の設計、製作、販売
当社の特色
■ 小回りのきく化学工場のプラント?エンジニアリングメーカー
化学装置の設計?機器の調達?製作?建設工事、試運転迄一貫して責任施工
■ 各種耐食材料の加工
ステンレス?銅?チタニウム?ニッケル?モネル?ハステロイなど
■ 高圧機器の製作
汽罐ならびに特殊汽罐認可工場（圧力10MPa迄）ボイラーならびに第一種圧力容器認可工場（圧力10MPa迄）
高圧ガス保安法（特定設備検査規則）に基づく各種圧力容器
■ 高真空?超低温機器の製作
1.3×10-3Pa、－268℃機器
■ 製缶加工?検査設備完備
製缶加工に必要な諸機械?自動溶接機をはじめ検査諸設備を完備しており、全作業を一貫して能率的に加工可能
従業員数 160人（2019年4月現在）
年間売上高 6,119百万円（2019年4月決算）
取引銀行 りそな銀行堂島支店 　三井住友銀行十三支店 　池田泉州銀行庄内支店　
関西みらい銀行十三支店 　滋賀銀行新大阪支店 　三菱UFJ銀行梅田中央支店
許可登録 特定建設業許可　国土交通大臣許可（特27）第5208号
一級建築士事務所　大阪府知事登録(ロ)第24084号
その他の認可?承認?認定の詳細はこちら
取得
マネジメント
システム
〈品質マネジメントシステム〉
認証規格
ISO 9001：2015　/　JIS　Q9001:2015
登録番号
99QR?154
〈環境マネジメントシステム〉
認証規格
エコアクション21：2017
登録番号
0002822
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The introduction of the steam-engine, railroads, and canals enabled the coal-miners during this reign to extend the supply of coals enormously. In 1792 the coal-mines of Durham and Northumberland alone maintained twenty-six thousand two hundred and fifty persons, and employed a capital of three million one hundred and thirty thousand poundsa very small amount of both people and money as compared with the workers and capital engaged in the trade since the expansion of the manufacturing and steam systems. The coal-fields of Durham and Northumberland extend to nearly eight hundred square miles, but the beds in Northumberland, Durham, Yorkshire, the Midland Counties, South of Scotland, and Ireland, are still immense and not yet fully explored. Fresh strata are discovered as steam power enables us to go deeper. In 1817 Sir Humphry Davy perfected his safety-lamp, which, by means of a simple wire gauze, enabled the miner to work amid the most explosive gases. These lamps, however, were not able to protect the colliers from their own carelessness, and most horrible destruction, from time to time, took place amongst them from neglect.Tillotson and South were the great authors of sermons of this period. Tillotson was one of the most popular preachers of the time, but may be said to have done more good by his liberal and amiable influence at the head of the Church than by his preaching. There is a solid and genuinely pious character about the sermons of Tillotson which suited the better-trained class of mind of his age, but which would now be deemed rather heavy. South has more life and a more popular style; he was therefore more attractive to the courtiers of his day than to the sober citizens, and he has larded his text with what were then deemed sprightly sallies and dashing phrases, but which are now felt as vulgarisms. Both divines, however, furnished succeeding preachers with much gleaning.The Pitt Ministry figured with less success as regarded the encroachments of Russia on the Turkish empire. The undisguised policy of Catherine was to press on her operations against Turkey till she had planted herself in Constantinople. Pitt continued as inactive as if there were no danger at all, and the same policy actuated Holland and Prussia. The least support given by these Powers to Gustavus of Sweden would have effectually checked the Russian designs in the East, and have raised Sweden into a position capable of acting as a dead weight on Russian aggression. By very little aid Gustavus would have been able to recover all the territories on the eastern side of the Baltic which had been wrested from Sweden by Russia, and would thus have kept a formidable power always, as it were, at the very gates of St. Petersburg. But Gustavus was left, with his brave heart but limited forces, to contend with Russia alone. He kept down his disaffected nobles by cultivating the interests of the people at large, and maintained a determined struggle with Russia. He sent over the Prince of Anhalt with a small army of about three thousand men at so early a season that the ground was covered with ice and snow. The prince pushed on boldly towards St. Petersburg, and made himself master of the strong forts and defences at Karnomkoski, on the Lake Saima, within two days' march of that capital. In April they were encountered by ten thousand Russians under the command of General Ingelstrom, whom they defeated after a desperate battle, leaving two thousand Russians dead on the field. But the Prince of Anhalt was killed, and the Swedes were not able, with a handful of men, to advance on St. Petersburg, which was in fearful panic. Gustavus was more successful at sea. He and his brother, the Duke of Sudermania, fought the Russians with a very inferior force of ships off Revel, and afterwards off Svenskasund. A considerable number of English officers were serving in the Swedish fleet, amongst them one destined to rise to high distinction, Sidney, afterwards Sir Sidney, Smith. After two days' sanguinary fight at the latter place, Gustavus beat the Russian Admiral Chitschakoff so completely that he took four thousand prisoners, destroyed several of the largest Russian ships, and took or sank forty-five galleys. Catherine was now glad to make peace, which was concluded at Warela, near the river Kymen, but with very different results to what would have been obtained had Gustavus found that support which it was the obvious interest of the whole civilised world to afford him. He agreed that each Power should retain what it possessed before the war, thus conferring on Russia the provinces torn from Sweden. Gustavus complained bitterly of his treatment, and with ample cause.In electricity great strides were made. Between the years 1705 and 1711 Francis Hawksbee published in the Transactions of the Royal Society several experiments, in which he had, for the first time, discovered the production of the electric spark by friction, and electrical attraction and repulsion. In 1720 Stephen Gray, a pensioner of the Charterhouse, published the result of his experiments on this subject, with a list of the substances which showed electricity under friction; and in 1732 he discovered the conducting property of non-electrical bodies. Before 1739, Dufray, keeper of the King's Garden at Paris, discovered the repellent power of two similarly-electrified bodies, and the attraction of these positively and negatively electrifiedor, as he termed it, possessing the vitreous and the resinous electricity. Cuneus and Lallemand discovered the mode of accumulating the electric fluid in what was called the Leyden jar in 1745. This discovery gave a new impetus to inquiry, and Nollet, in France, and Watson, in England, conceived the hypothesis of the jar being overcharged on one side and undercharged on the other. This growing perception of the positive and negative conditions of the electric fluid received confirmation from the experiments of Benjamin Franklin, in America. Franklin soon improved the Leyden jar into an electrical battery; and, in 1752, he proved the identity of electricity and lightning by his grand experiment of the kite. On this he recommended lightning conductors, which, however, were not used in England till ten years afterwards.
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