会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明专利
    • Improvements in perforated-wrapper cigarettes
    • GB876796A
    • 1961-09-06
    • GB3000057
    • 1957-09-24
    • JAMES BARNES BOYER
    • A24D1/02
    • 876,796. Cigarettes and cigarette-making machines. BOYER, J. B. Sept. 24, 1957, No. 30000/57. Class 130. Cigarette paper 11, Fig. 2, passing to a continuous-rod machine is fed between a resilientlysurfaced positively driven backing drum 22 and a rotary die 26 inked projections 31, Fig. 7, on which form on the paper patterns of dots 34, Fig. 9, some or all of which have, and serve to reinforce, central perforations 40 formed due to extra proudness of the corresponding projections, these perforations forming air inlets overlying the tobacco in the plain or filter-tip cigarettes produced by the machine. Preferably there are between two and six perforations in each pattern, located between one third and one half of a cigarette length from the mouth end of each cigarette. As shown, the die 26 has an adjustable mounting 32, inking means 28 and two diametrically opposed sets of projections 31 each associated with an indicia-printing device 30, there being an alternative dyeing device (shown in broken lines on Fig. 2) or devices for printing in another colour or colours. After printing, the paper 11 may have spaced patches of stiff paper applied thereto to form cigarette mouthpieces. The dot pattern may be such that no dots are aligned axially or transversely of the cigarette, e.g. may be a tilted V. In a modification, air-inlet perforation reinforcement is provided by covering the paper 11 over the area of the pattern with ink or a cork or paper layer interrupted only at the perforations and which may extend completely around the cigarette and be part of a mouthpiece.
    • 4. 发明专利
    • Improvements in or relating to toothed wheels
    • GB283098A
    • 1928-01-05
    • GB3159327
    • 1927-11-24
    • WILLIAM GEORGE READJAMES BARNESGEORGE NELSON KERMODE
    • F16H55/08
    • 283,098. Read, W. G., Barnes, J., and Kermode, G. N. Nov. 24, 1927. Toothed wheels. - A geometrical method of ascertaining the form of the identical faces and flanks of the teeth of gearing of the kind in which an inner wheel gyrates or rotates in mesh with a larger outer wheel is described. The pitch lines b, d, contacting in the point f, of the two wheels, on centres c, e respectively, are drawn and pitch distances b , d are set out thereupon. Straight lines j join the corresponding points b , d . A third circle g midway between band d and contacting therewith at the point f is drawn. From the centre e, radial lines d are drawn through the points d . A transparent strip k, Fig. 4, is pivoted about the point e and a line k radial to the centre is drawn upon it. This line is then registered successively with each of the lines d and in each position the point at which the line j intersects the circle g is marked upon the strip. A curve n is thus produced, which is used in the manner indicated in Fig. 4 to determine the flanks and faces of the wheels in both gear-wheels. The cutter for producing the teeth is based upon the curve n in the usual manner. A constructional form of the gearing is shown in which the inner wheel is carried loosely on an eccentric on the driving. shaft and is permitted to gyrate by stationary pins engaging circular holes therein, so that the outer wheel is driven at reduced speed.
    • 9. 发明专利
    • Improvements in or connected with slashing machines
    • GB141583A
    • 1920-04-22
    • GB1795519
    • 1919-07-18
    • JAMES BARNES
    • D06B3/04
    • 141,583. Barnes, J. July 18, 1919. Yarns, beaming.-In a slashing machine provided with friction rollers for the beam, an angularly-movable bar f, Fig. 2, supported on a swivel bracket e is adapted to act on a slidable weight d as the load lever d lifts to increase the pressure exerted by the rollers b on the beam, connexions from the shaft a supporting the load lever being provided to influence the driving-catch mechanism as the beam increases in diameter. The presser lever a on the shaft a engages a lever g, Fig. 1, arranged below the beam and connected by an adjustable rod h carried on a cranked lever j having a projection j for engagement with the lever k acting on the usual clutch C. A loaded lever ! l has a pin l adapted to raise the bar j when it is released. As the bar j is lowered during the increase in diameter of the beam, it is held against upward movement by a notched quadrant m retained by a pawl m , a hand-lever being provided to release the quadrant or to adjust the pressure on the clutch independently of the automatic control.
    • 10. 发明专利
    • Improved Low Pressure Automatic Acetylene Gas Generator for Heat, Power, Marine and General Lighting.
    • GB189724446A
    • 1899-01-21
    • GB189724446D
    • 1897-10-22
    • HEAL JAMES BARNESHEAL STEPHEN HENRY
    • HEAL JAMES BARNESHEAL STEPHEN HENRY
    • 24,446. Heal, J. B., and Heal, S. H. Oct. 22. Acetylene. - A n automatic g e n e - rator, the right half of which is shown in section, consists of a closed casing A containing two or more separate chambers B, which are open at the bottom, and contain wire-gauze trays D filled with carbide. The casing A contains water, and is connected by a valve at E with a large open water tank (not shown) supported at the level of the trays D, so that, when gas is drawn from either chamber B, the water therein rises into contact with the carbide. Each chamber B is connected by a valve B with the upper part of the casing A, from which the gas is drawn by a pipe G which extends from near the water level. Each chamber B is also provided with air and water valves B , H , by which the water level in it may be lowered below a door C, which may then be removed, permitting the carbide tray to be withdrawn ; the opening of one chamber in this way does not interfere with the working of the other. When starting the apparatus, the water-supply valve E' is closed, and the casing A, excepting the chambers, filled with water ; part of this water is afterwards displaced into the open water tank by the gas produced. The casing A may be connected with a gas holder F, which is weighted to more than the normal pressure of the gas, so that it discharges all the gas contained in it before a generator can come into action.