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    • 1. 发明专利
    • Improvements in Self-heating Burning-off and Brazing Tools and the like.
    • GB191017990A
    • 1911-02-16
    • GB191017990D
    • 1910-07-28
    • BLAND HARRY WALTONYOUNG JAMES
    • BLAND HARRY WALTONYOUNG JAMES
    • F23D99/00
    • 17,990. Bland, H. W., and Young, J., [trading as Bland & Young]. July 28. Burners, applications of; vaporizing-apparatus.-Relates to burning-off and brazing tools and the like, of the kind which comprise a tubular oil reservoir forming a handle from which the oil is forced through a vaporizing-coil to a burner between it and the reservoir. The invention consists in providing one or more flat chambers between the burner and reservoir for cooling purposes, and in means for ensuring constant pressure in the reservoir. The reservoir a is connected to the vaporizer p by pipes and a series of flat chambers h, i, l, the upper one of which is formed as a starting-cup. The ends of the vaporizer p communicate with two chambers in the base r of the burner o. The base r has projecting studs t, one of which receives a screw u adapted to clamp a flame tube v in position. The tool w is supported by stays x provided at their ends with clamping- members y, Fig. 1, which are tightened by nuts z. The reservoir a contains an inflatable bag e which is placed over an air-pump c, and is secured between the reservoir and disk b, by a screw cap d. The disk b has a pressure-reducing valve b .
    • 3. 发明专利
    • Solar panel and rail with edge connectors
    • AU2020427309A1
    • 2022-07-28
    • AU2020427309
    • 2020-02-07
    • YOUNG JAMES
    • YOUNG JAMES
    • H02S20/00F24S25/35
    • Solar panels (1) in Figs. 1-3, including crystal solar panels and thin film solar panels, which at least at edges of two opposite sides (4, 5), have frames (6,7), for use in fixed tilt solar system (Fig. 2) as well as use in tracking solar system (Fig. 3), are provided with coupling parts (8,9,16,26) in Figs. 4A, 5A, 6, 8, 11,13,16-206, together with rails (2) in Figs. 6,8,11,13-15,20,23, are also provided with coupling parts (10,11,15, 25), cooperating with each other, substantially in the form of tongue (15, 25) and groove (8,16,26), wherein the coupling parts are provided with integrated mechanical locking elements (12, 28, 37) which prevent the drifting or separating apart of coupled solar panel and rail in direction perpendicular to the solar panel surface and parallel to the solar panel surface. Furthermore the coupled tongue and groove are balanced by a set of forces in Fig. 8, Fig. 25, and integrated to support each other, and to support solar panel with combined mechanical strength, which provide opportunities to reduce materials usage, reduce dimensions, reduce packaging materials, reduce shipping cost, reduce installation time, as well as limiting installer error and other benefits.
    • 9. 发明专利
    • Improvements in Spinning Flax and other Fibres.
    • GB190524066A
    • 1906-11-22
    • GB190524066D
    • 1905-11-22
    • YOUNG GEORGE CHARLES GILLESPIEYOUNG JAMESWADDELL MARTIN MAGILL
    • YOUNG GEORGE CHARLES GILLESPIEYOUNG JAMESWADDELL MARTIN MAGILL
    • 24,066. Young, G. C. G., Young, J., and Waddell, M. M. Nov. 22. Processes; spindle apparatus; drawing - frames; roving-frames; slivenrubbing apparatus; spinning-machines with twisting arrangements at delivery. -The process of spinning flax and other yarn described in Specification No. 4394, A.D. 1905, is carried out by first drawing out the rove either in a wet or dry condition and winding it into a roll without twist, then transferring it to a revolving delivery spindle, whereby it is twisted as it is drawn off to be wound into a roll. In the Wet-spinning of flax, the rove is led through a trough C, Fig. 1, drawn by rollers B, dried by passing with a travelling absorbent blanket D round a drying - cylinder D', and finally wound into a roll A by a drum E. Supporting-rollers b, d are provided for the blanket and a longitudinally reciprocated roller b above the rollers b serves to condense the rove and prevent it from lapping on the roller B. Other arrangements are shown, in one the blanket being dispensed with, and in another, two drying-cylinders being employed. When it is not desired to wet the rove, it passes from the drawing - rollers between condensing-rubbers to the roll. The roll A' of untwisted rove is transferred to a spindle F, Fig. 6, which is rotated rapidly to twist the rove as it is drawn off by rollers G, and the fully twisted rove is wound on a roll A by a drum El. A shield H, which may be stationary or driven at any desired speed, surrounds the spindle to prevent excessive ballooning and control the drag. In some cases, the spindle is inverted and the yarn drawn off, through a water trough.
    • 10. 发明专利
    • Manufacture of Useful Products from or by Means of Nitrates.
    • GB190228077A
    • 1903-11-19
    • GB190228077D
    • 1902-12-19
    • CROSS CHARLES FREDERICKYOUNG JAMES
    • CROSS CHARLES FREDERICKYOUNG JAMES
    • 28,077. Cross, C. F., and Young, J. Dec. 19. Cyanides ; oxalates ; sulphocyanides.-Consists in heating a mixture containing a nitrate, preferably an alkali nitrate or a mixture of nitrates, an organic compound such as an aldehydic or ketonic compound preferably a carbohydrate of the sugar type, an alkali such as barium hydroxide or caustic soda or a mixture of alkalies, and enough water to secure an intimate mixture of the constituents, to a temperature of from 150‹-170‹ C., whereby, when caustic soda is used, sodium oxalate and cyanide are formed. The mass is extracted with water, and, on evaporating, the oxalate crystallizes out along with sodium carbonate, which is also formed, leaving the cyanide to be obtained from the mother liquor in any of the usual ways. If metallic iron is added to the mixture, a ferrocyanide results, while, by adding sulphur or a sulphur compound, a sulphocyanide is the chief form in which cyanogen is obtained. The Provisional Specification states that the nitrate may be mixed with an alkali or alkaline earth or a mixture of both, while the organic matter may advantageously be waste material, such as the matter contained in the liquid.obtained by boiling esparto grass preparatory to making it into paper, or waste products from distilleries or from starch manufacture, which contain carbohydrates.