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    • 11. 发明专利
    • Transfer Device for Woodworking Machines
    • GB1168502A
    • 1969-10-29
    • GB1263267
    • 1967-03-17
    • THOMAS ROBINSON & SON LTDBUCKLEY ROBERT HOWARD
    • BUCKLEY ROBERT HOWARD
    • B27M1/08B65G47/54
    • 1,168,502. Conveyers for timber. THOMAS ROBINSON & SON Ltd., and R. H. BUCKLEY. 25 March, 1968 [17 March, 1967], No. 12632/67. Heading B8A. In a timber transfer device used, for example, between a longitudinally-fed moulder and a tenoning and boring machine, timber lengths 19 from the moulder (not shown) pass through a tiering device 20 and, after actuating switches 28, drop on to a driven rollerway 14, 15. The switches cause dogged chains 29 to move in a direction 34 so that a timber length, now at position 100, moves laterally out of the path of the next successive timber length, as well as longitudinally towards a fair-ending fence 25 having a gate section 38. In normal operation, each timber length, on abutting the fence 25, is carried by a multi-belt conveyer 44 to a pick-up station provided with switch-operating members 48. The pick-up station includes pick-up arms 58, 59, the arm 59 being adjustable along a shaft 51 according to the longitudinal dimensions of the timber lengths. For gripping the lengths one of a pair of grip plates 64 is movable axially by a ram 65. Upon arrival at the pick-up station a timber length actuates the associated switches 45, 48 the length is gripped and, by means of a ram 80 whose operation is initiated by a dogged-chain conveyer 49, the pick-up arms 58, 59 are rotated through 180 degrees and the timber length deposited on the conveyer 49. The pick-up arms then return, through 180 degrees to their original position. An adjustable lost motion cam 81 permits the timber length, during its transfer in the arms 58, 59, to be turned over as necessary, to ensure that any desired face thereof is uppermost. The conveyer 49 may feed a double-ended tenoning cut-off and boring machine (not shown). If there is a build up of timber lengths in front of the pick-up device, a series of switches 41, if simultaneously actuated by the lengths for a continuous period, cause the gate section 38 of the fence 25 to swing to its inoperative position and excess-lengths such as the length 50 are withdrawn by escape rollers 42, 43 to a receiver or a second transfer device. The illustrated device is supported on wheels 12 and rails 13 and may be locked in position.
    • 12. 发明专利
    • Improvements in box-like containers or furniture
    • GB594543A
    • 1947-11-13
    • GB2430044
    • 1944-12-05
    • JAMES MANN NEW HEY LTDROBERT HOWARD BUCKLEY
    • A47B96/14A47K3/28F16B12/46
    • 594,543. Caspenters' joints. MANN (NEW HEY), Ltd., J., and BUCKLEY, R. H. Dec. 5, 1944, No. 24300. [Class 20(ii)] [Also in Groups XIV and XVII] A joint for a box, chair or other article of furniture, is formed of bars, the ends of which have open slots and are rebated on one or both sides of the slots and are extended on one side of the slots so that when assembled at right-angles, a closed socket of L or double-L cross-section is presented to the ends of upright bars of corresponding section. A bar 40 or rectangular section has ends provided with a rebate 43 and an open notch 45, 44 to receive the end of an upright of double-L section 46-49 having corner wings 50, 57 upon which end sides of the bars 40 rest. A groove 41 may be cut in the inner side of the bars 40 for the insertion of a panel. In forming a box or case, bars 1 having grooves 4, 5 on the sides 2, 3 for a panel 21, have each end with an open notch 6 and rebates 7, 8 to the depth of the slot 6 and a further rebate 9. The other end has an open slot 10 similar to slot 6, and rebates 11, 12. A corner bar of trebled-L section 13, 16, 19, 20 is placed into the open socket formed by the assembled bars 1 and fastened by screws. The side panels 22, 23 are slid into the grooves 17, 18, 4. A lid consisting of similar bars 1, and a panel 24 is placed onto the projecting ends 13, 14, 19, 20, and screwed thereon.
    • 13. 发明专利
    • Improvements in combined drilling and boring tools
    • GB591237A
    • 1947-08-12
    • GB266945
    • 1945-02-02
    • ROBERT HOWARD CLARK
    • B23B51/05
    • 591,237. Drills and cutters. CLARK, R. H. Feb. 2, 1945, No. 2669. Convention date, June 26, 1944. [Class 83 (iii)] A combined drilling and boring tool comprises a single integral member or stem having an upper end portion forming a shank and a lower portion constituting a pilot and having its lower end formed into a drill, a body extending completely around said member and fixedly mounted thereon with an outwardly facing inclined channel to seat a cutter therein and with means for clamping the cutter in the channel, the drill and lower portion of the stem being of the same diameter. The stem 10 constitutes a shank 20 at its upper end and a twist drill 12 at its lower end. The intermediate portion 22 carries a collar 11, which has an angular slot to receive a tool 60. The tool is clamped to the collar by a plate 4 and set screw 80. The collar may be secured to the stem by soldering, shrinking, or welding. The upper end of the stem may be formed as a square shank for use with a carpenter's brace.
    • 15. 发明专利
    • Fixture for grinding thread cutting tools
    • GB575664A
    • 1946-02-27
    • GB590644
    • 1944-03-30
    • ROBERT HOWARD CLARK
    • B24B41/06
    • 575,664. Work-holders for grinding machines. CLARK, R. H. March 30, 1944, No. 5906. Convention date, March 1, 1943. [Class 60] A block is furnishec with a socket for re ceiving the screw-cut ting tool to be ground and with faces and back at such angles thereto that the tool is cor rectly presented to the grinding wheel when the block rests on the appropriate face. As shown, the tool C is secured in the socket by screws 15 and the block has pairs of faces A, B, on opposite sides and a sloping back 13 ; the base has two faces 22, 23. The faces A are at an angle of 60‹ for standard V threads, the faces B, for Acme threads being at 29‹. When the block rests on the face 22, a surface 20 parallel to the axis of the tool is ground ; when the surface 23 is used a downwardly and rearwardly sloped surface is ground. The surface 13 is used for grinding a front surface on the tool for forming the root of the thread. The tool may be secured in the socket together with a member 60, Fig. 10 having a sloping surface 62 for offsetting.