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
    • 1. 发明申请
    • TRIPOD
    • WO1996027100A1
    • 1996-09-06
    • PCT/JP1995000333
    • 1995-03-02
    • NIHON VELBON SEIKI KOGYO KABUSIKI KAISHANAKATANI, Koichiro
    • NIHON VELBON SEIKI KOGYO KABUSIKI KAISHA
    • F16M11/32
    • F16M11/242F16M11/046F16M11/18F16M2200/027
    • A central column (3) is formed by an upper column member (8) and a lower column member (9). An inner periphery of the upper column member (8) is irregularly formed, and a circumferential aligning joint (22) matching the irregular form of the inner periphery is provided on the lower column member (9). When stopper projections (19) for engaging with keys formed on a body (1) are disengaged from the upper column member (8) and the lower column member (9), an engagement (15) of a nut (14) adapted to be threaded onto a threaded rod (28) causes the stopper projections to object from through holes (18) in key grooves (11), and when the lower column member (9) is connected to the upper column member (8), elastic rods (17) permit the stopper projections to withdraw. Disengagement of the lower column member (9) from the upper column member (8) reduces an extent of projection of the upper column member (8) in a downward direction for adaptation to low angle. Rack teeth (5) can be easily positioned upon connection of the lower column member (9), and the stopper projections (19) for preventing slipping-off of the upper column member (8) project upon disengagement of the lower column member (9) whereby manipulation is improved.
    • 中心柱(3)由上柱构件(8)和下柱构件(9)形成。 上柱构件(8)的内周不规则地形成,并且在下列构件(9)上设置有与内周的不规则形状相匹配的圆周对准接头(22)。 当用于与形成在主体(1)上的键接合的止动突起(19)与上柱构件(8)和下柱构件(9)脱离接合时,螺母(14)的接合(15)适于 螺纹连接到螺纹杆(28)上,导致止动突起从键槽(11)中的通孔(18)反射,并且当下柱构件(9)连接到上柱构件(8)时,弹性杆 17)允许止动器突出部分撤出。 下柱构件(9)与上柱构件(8)的脱离减小了上柱构件(8)向下方向的突出程度,以适应于低角度。 齿条(5)可以容易地定位在下柱构件(9)的连接处,并且用于防止上柱构件(8)的滑脱的止动突起(19)在下柱构件(9)脱离时突出 ),从而改善操作。
    • 2. 发明申请
    • METHOD FOR WORKING MEMBERS DIVIDED INTO TWO EACH HAVING RACK TEETH
    • 工作会员的方法分为两个,每个有齿条
    • WO1996026803A1
    • 1996-09-06
    • PCT/JP1995000332
    • 1995-03-02
    • NIHON VELBON SEIKI KOGYO KABUSIKI KAISHANAKATANI, Koichiro
    • NIHON VELBON SEIKI KOGYO KABUSIKI KAISHA
    • B23F17/00
    • B23F21/00B23F1/065B23F17/00Y10T29/49462Y10T407/1745Y10T409/105883Y10T409/106201Y10T409/107473Y10T409/107791Y10T409/10795Y10T409/108586
    • Rotary cutting blades (20) for cutting and forming rack teeth (2) in a rack forming surface (16) of a tubular body (11) are disposed in parallel with each other along a longitudinal direction of the tubular body (11). A direction parallel with the rotary cutting blades (20) and the longitudinal direction of the tubular body (11) are maintained in parallel with each other. A number of rack teeth (2) are cut and formed simultaneously in the rack forming surface (16) of the tubular body (11) by means of the respective rotary cutting blades (20). At this time, central positions of root portions (2a) of the rack teeth formed in the rack forming surface (16) of the tubular body (11) are cut by means of a rotart cutting blade (22) at the same time when the rack teeth (2) are cut and formed. The phases of the rack teeth (2) of the tubular body (11) which is divided into two positively coincide with each other even in such a divided state to thereby maintain the strength of the rack teeth (2), thus eliminating a risk of the teeth being broken.
    • 在管状体(11)的齿条形成表面(16)中切割和形成齿条齿(2)的旋转切割刀片(20)沿着管状体(11)的纵向方向彼此平行地设置。 与旋转切割刀片(20)平行的方向和管状体(11)的纵向保持彼此平行。 多个齿条齿(2)通过相应的旋转切割刀片(20)同时切割并形成在管状体(11)的齿条形成表面(16)中。 此时,形成在管状体(11)的齿条形成表面(16)中的齿条的根部(2a)的中心位置在旋转切割刀片(22)的同时被切割 齿条齿(2)被切割并形成。 管状体(11)的齿条齿(2)的相位即使在这样的分割状态下被分成两个也相互重合,从而保持齿条齿(2)的强度,从而消除了 牙齿被打破了。