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    • 2. 发明申请
    • DEVICE FOR MOUNTING POSITION DETECTING SENSOR
    • 用于安装位置检测传感器的装置
    • WO1992008058A1
    • 1992-05-14
    • PCT/JP1991001442
    • 1991-10-21
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOKOMATSU ZENOAH KABUSHIKI KAISHASEMURA, YasukiNAGAHASHI, NobuyukiANDO, Hiroshi
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOKOMATSU ZENOAH KABUSHIKI KAISHA
    • F15B15/28
    • F15B15/28
    • A device for mounting a position detecting sensor for detecting a stroke of a cylinder. It has such an arrangement that a rotary angle of a magnetic sensor (1) is regulated to within +/-5 degrees by a slit (9) formed in a housing (2) mounted thereon with the magnetic sensor (1) and a rotation-locker (7) mounted on a cover (6), the slit (9) allows the housing (2) and the cover (6) to slide on each other, but does not allow the both members to fall off each other, and the cover (6) and a head (4) are aligned with each other by a knock pin (10). With this arrangement, assembling work and highly accurate positioning can be easily performed. Furthermore, according to the present invention, a slit (21) is provided in the top portion of the sensor (1), the position of which can be adjusted by a collar (16) driven thereinto with a pin (17), after the adjusting, the sensor (1) is mechanically pressed by a cover (22) to be fixed or fixed by a mold material, so that an output of the sensor (1) can be controlled to be in an optimal state. Further, a block (20) mounted thereon with the sensor (1) is adjustably installed on a cylinder head (23), the sensor can be set to the position of a magnetic scale with ease, and the sensor (1) and the block (20) can be easily replaced with new ones.
    • 一种用于安装用于检测气缸行程的位置检测传感器的装置。 它具有通过形成在其上安装有磁传感器(1)的壳体(2)中的狭缝(9)将磁传感器(1)的旋转角度调节到+/- 5度内的旋转角度,并且旋转 锁定器(7)安装在盖(6)上,狭缝(9)允许壳体(2)和盖(6)彼此滑动,但不允许两个构件彼此脱离,并且 盖(6)和头(4)通过敲针(10)彼此对准。 通过这种布置,可以容易地进行组装作业和高精度的定位。 此外,根据本发明,在传感器(1)的顶部设置狭缝(21),其位置可以通过用销(17)驱动的轴环(16)来调节,之后 传感器(1)由盖(22)机械地按压以由模具材料固定或固定,从而可以将传感器(1)的输出控制在最佳状态。 此外,安装有传感器(1)的块(20)可调节地安装在气缸盖(23)上,传感器可以容易地设置在磁标尺的位置,传感器(1)和块 (20)可以轻松更换新的。
    • 3. 发明申请
    • METHOD OF PROCESSING ROD
    • 加工方法
    • WO1991016473A1
    • 1991-10-31
    • PCT/JP1991000492
    • 1991-04-15
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOKOMATSU ZENOAH KABUSHIKI KAISHASEMURA, YasukiANDO, HiroshiNAGAHASHI, Nobuyuki
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOKOMATSU ZENOAH KABUSHIKI KAISHA
    • C23F01/00
    • C23F1/02
    • A method of processing the surface of a metallic rod, wherein films (2, 22 and 32) are applied onto portions other than the shape where grooves are to be formed on the surface of the rod, the surfaces of the rods (1, 21 and 31) which are not coated are dissolved and processed by chemical polishing or etching, whereby patterns of very shallow grooves (6, 24 and 34) are formed on the surface of the rod, so that making of grooves on the surface of a very heavy rod, a long rod and a curved rod, which have been considered difficult by the conventional machining, can be easily and highly accurately carried out. Furthermore, after the making of the grooves, the surface of a rod (41) excluding the groove portions and recessed portions (43) is plated in a state (42) of being coated by resist films and screens, whereby the grooves and the recessed portions (43) are plated (44), and thereafter, the coating films (42) are removed by buffing (45) and the like and the plated surface is finished, thus effectively plating the grooves and the recessed portions.
    • 一种处理金属棒表面的方法,其中将膜(2,22和32)施加到在杆的表面上形成凹槽的形状以外的部分上,杆(1,21)的表面 和31)通过化学抛光或蚀刻溶解和处理,由此在杆的表面上形成非常浅的槽(6,24和34)的图案,使得在非常宽的表面上形成凹槽 可以容易且高精度地进行通过常规加工被认为是困难的重杆,长棒和弯曲杆。 此外,在形成凹槽之后,除了凹槽部分之外的杆(41)的表面和凹部(43)在被抗蚀剂膜和筛网涂覆的状态(42)中被镀覆,由此凹槽和凹陷 部分(43)被电镀(44),然后通过抛光(45)等去除涂膜(42),并且电镀表面被完成,从而有效地对凹槽和凹部进行电镀。
    • 4. 发明申请
    • APPARATUS FOR DETERMINING POSITION OF MOVING BODY
    • 用于确定移动体的位置的装置
    • WO1995016184A1
    • 1995-06-15
    • PCT/JP1994002044
    • 1994-12-06
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOMURAYAMA, Osamu
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • G01C21/00
    • G05D1/0272G01C21/12G05D1/0244
    • It is the object of the present invention to correct deviation of a guided moving body by dead reckoning before and after each round of a lane to precisely guide it. When the moving body (1) travels on a lane (L3), the positions of two reference points (R11) and (R12) immediately forward the start point (P3) of the lane (L3) are calculated as the positions on coordinates x-y. When the moving body completes one round of the lane (L3) and continues to run, the positions of the two reference points (R11) and (R12) described above are again calculated as the positions (R'11, R'12) on the coordinates x-y. Deviations of the position and travelling direction of the moving body (1), that occur while the moving body (1) is running the lane (L3), are corrected on the basis of the positions of these two reference points so calculated and the estimated position and estimated direction Pe (xe, ye, theta e) when the moving body (1) returns to the start point (Ps) after each round.
    • 本发明的目的是通过在每一车道之前和之后的航位推算来校正被引导的移动体的偏差,以精确地引导它。 当移动体(1)在车道(L3)上行进时,将两个参考点(R11)和(R12)紧接在车道(L3)的起始点(P3)上的位置计算为坐标xy 。 当移动体完成车道(L3)的一圈并继续运行时,再次计算上述两个参考点(R11)和(R12)的位置作为位置(R'11,R'12), 坐标xy。 基于这样计算的两个参考点的位置校正移动体(1)行驶车道(L3)时发生的移动体(1)的位置和行进方向的偏差,并且估计 位置和估计方向Pe(xe,ye,theta e),当移动体(1)在每一回合之后返回到起点(Ps)时。
    • 6. 发明申请
    • AIR CONDITIONING DEVICE AND AIR CONDITIONING SYSTEM INCLUDING THE SAME
    • 空调设备和包括其的空调系统
    • WO1996006311A1
    • 1996-02-29
    • PCT/JP1995001675
    • 1995-08-23
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOKADOTANI, Kanichi
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • F24F03/147
    • F24F3/1423F24F5/0046F24F2003/1458F24F2203/1008F24F2203/1016F24F2203/1032F24F2203/104F24F2203/1056F24F2203/1072F24F2203/1076F24F2203/1084
    • An air conditioning device comprising a humidity control equipment using a moisture absorbent, a thermoelectric heating and cooling apparatus utilizing a thermoelectric element, an air conditioning path formed by connecting in series a part of the humidity control equipment and a part of the thermoelectric heating and coooling apparatus and a regenerating path formed by connecting in series the other part of the humidity control equipment and the other part of the thermoelectric heating and cooling apparatus. An air conditioning system including a hybrid solar panel comprising a power generating portion utilizing solar energy and a heat collecting portion and a hybrid air conditioner having an adsorption type humidity control equipment and an electric type temperature controlling apparatus both disposed in an air conditioning path, wherein the heat collecting portion is connected to the regenerating paths of the adsorption type humidity control equipment and electric type temperature controlling apparatus, respectively, via a heat collecting path and the power generating portion is connected to a power receiving portion of the electric type temperature controlling apparatus.
    • 一种空调装置,包括使用吸湿剂的湿度调节装置,利用热电元件的热电加热和冷却装置,通过串联连接一部分湿度调节装置和部分热电加热和冷却而形成的空调路径 装置和通过串联连接湿度控制设备的另一部分和热电加热和冷却设备的另一部分而形成的再生路径。 一种空调系统,包括具有利用太阳能的发电部分和集热部分的混合太阳能电池板和具有吸附式湿度控制设备和电气温度控制装置的混合式空调,两者均设置在空调路径中,其中 集热部通过集热路径分别与吸附式湿度调节装置和电式温度控制装置的再生路径连接,发电部连接到电式温度控制装置的受电部 。
    • 7. 发明申请
    • METHOD OF FORMING WEAR-RESISTANT PADDING LAYER AND WEAR-RESISTANT COMPOSITE MATERIAL
    • 形成抗磨耗层和抗磨复合材料的方法
    • WO1996004097A1
    • 1996-02-15
    • PCT/JP1995001522
    • 1995-07-31
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOAMANO, Masaharu
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • B23K09/04
    • B23K9/04B23K9/044E02F9/285E02F9/2883
    • A method of forming a wear-resistant padding layer which contains hard particles on a parent metal by supplying the hard particles to a molten pool which is formed on the parent metal by arc generated from an arc electrode. The hard particles are supplied to a molten metal portion, which is being pushed up in the molten pool by the arc, or a molten metal portion which is power flowing in the molten pool. Provided in a wear resistant composite material for scraping earth and rocks is a hard padding layer, which contains the hard particles and is formed on the parent metal to define stripes in an abrading direction of earth and rocks, or are a hard padding layer, which contains the hard particles and is formed on the parent metal, and a soft padding layer formed of a soft material, said hard padding layer and said soft padding layer, respectively, being alternately arranged in an abrading direction of earth and rocks to define stripes in a direction crossing the abrading direction of earth and rocks.
    • 通过将由电弧电极产生的电弧形成在母体金属上的熔池供给到母体金属上,形成含有硬质粒子的耐磨垫层的方法。 将硬质颗粒供给到通过电弧在熔池中被推入的熔融金属部分或在熔池中流动的电力的熔融金属部。 在用于刮土和岩石的耐磨复合材料中提供了一种硬填料层,其包含硬颗粒,并且形成在母体金属上以在土和岩石的研磨方向上形成条纹,或者是硬填料层,其是 包含硬质颗粒并形成在母体金属上,并且由柔软材料形成的软衬垫层,所述硬填充层和所述软衬垫层分别交替地布置在土壤和岩石的研磨方向上以限定条纹 沿着地球和岩石的研磨方向的方向。
    • 9. 发明申请
    • PRESS BRAKE
    • 新闻稿
    • WO1995026239A1
    • 1995-10-05
    • PCT/JP1995000571
    • 1995-03-27
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHOTOKAI, ShigeruTAKADA, Masaaki
    • KABUSHIKI KAISHA KOMATSU SEISAKUSHO
    • B21D05/02
    • G05B19/404B21D5/02B21D5/0209G05B2219/37403G05B2219/37526G05B2219/45143G05B2219/49184Y10S72/702
    • In bending a work, a temporary drive-in position of a ram is calculated from working conditions that are inputted from a working condition input section and information on the relationship of a spring back angle relative to a target bending angle of a work stored in a spring back data section, and the ram is driven to this temporary drive-in position, where a bending angle of a work is detected by means of an angle measuring unit. Following this, a final drive-in position of the ram is obtained from the bending angle so detected, relation ship of a ram drive-in amount relative to the work bending angle stored in a bending angle/drive-in amount data section and relationship of the spring back angle relative to the target work bending angle stored in the spring back data section, and then the ram is driven to a final drive-in position so obtained to thereby complete the bending process.
    • 在弯曲工件时,根据从工作条件输入部输入的工作条件和弹簧后退角度相对于存储在工件的工件的目标弯曲角度的关系的信息计算出冲头的临时推入位置 弹簧返回数据部分,并且冲头被驱动到该临时驱动位置,其中通过角度测量单元检测作业的弯曲角度。 接下来,从所检测的弯曲角度获得冲头的最终推入位置,相对于存储在弯曲角度/驱动量数据部分中的作业弯曲角度的冲头驱动量的关系式以及关系 相对于存储在弹回数据部中的目标工作弯曲角度的弹回角度,然后将该柱塞驱动到由此获得的最终驱动位置,从而完成弯曲过程。