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
    • 4. 发明申请
    • 片持ち式ブリケットマシン
    • CANTILEVER BRIQUETTING MACHINE
    • WO2015198901A1
    • 2015-12-30
    • PCT/JP2015/067190
    • 2015-06-15
    • 新東工業株式会社
    • 清水 正紀
    • B30B11/18B01J2/22B30B3/00B30B11/16
    • B01J2/22B30B3/00B30B11/16B30B11/18
    • 【課題】 ロールの着脱を容易にし、ロールに直接触れながらポケットの位置を調節することができる片持ち式ブリケットマシンを提供する。 【解決手段】 片持ち式ブリケットマシンは、第一ロール軸(13)に固定される第一ロール(11)と、第二ロール軸(14)に固定され、第一ロール(11)と平行に配置されると共に、第一ロール(11)と協動して原料を加圧固化してブリケットを圧縮成形する第二ロール(12)と、を備えており、第一ロール(11)及び第二ロール(12)の第一ロール軸(13)及び第二ロール軸(14)それぞれへの固定をシュパンリング(27)で行うことを特徴とする。
    • [问题]提供一种悬臂式压块机,其能够容易地连接和拆卸辊,并且可以在与辊直接接触的同时调节袋的位置。 [解决方案]悬臂压块机包括:固定到第一辊轴(13)的第一辊(11); 和与第一辊(11)平行设置的第二辊轴(14)固定的第二辊(12),并通过与第一辊协调地对原料进行压力固化来对模块进行压缩模塑( 11)。 悬臂式压块机的特征在于,第一辊(11)和第二辊(12)分别通过锁定环(27)固定到第一辊轴(13)和第二辊轴(14)。
    • 5. 发明申请
    • AN APPARATUS FOR FORMING CERAMIC SHEETS
    • 一种形成陶瓷片的装置
    • WO2015056129A1
    • 2015-04-23
    • PCT/IB2014/065080
    • 2014-10-06
    • G.TECH S.R.L.
    • FERRETTI, Massimo
    • B28B3/12
    • B28B3/123B28B3/12B30B3/00B30B5/04B30B11/18
    • An apparatus for forming ceramic sheets comprising: a conveyor belt (2) having a rigid abutting deck (11) below an upper branch (2') thereof and adjacent to it; means (5) for feeding ceramic powder material (6a) so as to release a layer of ceramic powder material (6) onto said upper branch (2'); a first pressing roller (10) with a horizontal axis (10a) perpendicular to the direction of extension (X) of the conveyor belt (2) and which is disposed above said conveyor belt (2); driving means (27) for the first pressing roller (10) which determine the rotation thereof around its axis (10a); at least a second pressing roller (20) with a horizontal axis (20a) perpendicular to the direction of extension (X) of the conveyor belt (2) and which is disposed below said rigid abutting deck (11) and is designed to actively interact, in an opposite and contrary direction, with said first pressing roller (10) in order to compress said layer of ceramic powder material (6); support and moving means (13) for the first pressing roller (10) which are directly connected to and operatively interact with said at least second pressing roller (20) so as to move said first pressing roller (10) vertically and exert a vertical pressing force from above and simultaneously a vertical reaction from below on said abutting deck (11) and on said layer of ceramic powder material (6).
    • 一种用于形成陶瓷片的设备,包括:传送带(2),在其上部分支(2')下方具有刚性邻接甲板(11)并与其相邻; 用于馈送陶瓷粉末材料(6a)以便将陶瓷粉末材料层(6)释放到所述上部分支(2')上的装置(5); 第一按压辊(10),其具有垂直于所述传送带(2)的延伸方向(X)的水平轴线(10a),并且设置在所述传送带(2)的上方; 用于确定围绕其轴线(10a)旋转的第一按压辊(10)的驱动装置(27); 至少第二按压辊(20),其具有垂直于所述传送带(2)的延伸方向(X)的水平轴线(20a)并且设置在所述刚性邻接甲板(11)的下方并被设计成主动相互作用 与所述第一加压辊(10)以相反方向相反的方向压缩所述陶瓷粉末材料层(6); 用于第一加压辊(10)的支撑和移动装置(13),其直接连接到所述至少第二加压辊(20)并且与所述至少第二加压辊(20)可操作地相互作用,以便垂直地移动所述第一加压辊(10) 同时在所述邻接板(11)和所述陶瓷粉末材料层(6)上同时从下方起垂直的反作用力。
    • 6. 发明申请
    • WALLBOARD MANUFACTURING PROCESS AND APPARATUS THEREFOR
    • 墙板制​​造工艺及其设备
    • WO2013084021A1
    • 2013-06-13
    • PCT/IB2011/055442
    • 2011-12-05
    • WINSTONE WALLBOARDS LIMITEDVAUGHAN, Alexander, Stewart
    • VAUGHAN, Alexander, Stewart
    • B30B1/00B30B5/00B30B11/00B27N3/00B30B9/00
    • B28B19/0092B28B11/0845B30B3/00B30B5/02B30B15/061
    • The present invention provides a flattening apparatus and method therefor, which is used to flatten a continuous board feed against a conveyor belt to reduce surface irregularities of the wallboard feed on the side of the conveyor belt. The flattening apparatus does this by applying a uniformly distributed load over compression zone, and by reducing frictional forces on the upper surface of the continuous board feed. The flattening apparatus can comprises a set of rollers that push downwardly on the continuous board feed, the set of rollers having a spongy lining to distribute the force exerted over a compression zone, and a set of bearings to reduce the friction of the rollers on the continuous board feed. Alternately, the flattening apparatus comprises a compression arrangement for creating a layer of pressurised air between the flattening apparatus and a weight, to reduce friction and distribute the load evenly.
    • 本发明提供了一种压扁装置及其方法,用于将连续板材进给压平在传送带上,以减少输送带侧面墙板进料的表面不规则性。 扁平化装置通过在压缩区域上施加均匀分布的载荷,并且通过减小连续板材进料的上表面上的摩擦力来实现。 压平装置可以包括一组在连续板进给上向下推的辊,该组辊具有海绵衬里以分布施加在压缩区上的力,以及一组轴承,以减少辊上的摩擦力 连续板料。 或者,扁平装置包括用于在平坦化装置和重物之间产生加压空气层的压缩装置,以减少摩擦并均匀地分布负载。
    • 9. 发明申请
    • INDUSTRIAL ROLL WITH TRIGGERING SYSTEM FOR SENSORS FOR OPERATIONAL PARAMETERS
    • 具有操作参数传感器触发系统的工业滚子
    • WO2014172517A1
    • 2014-10-23
    • PCT/US2014/034446
    • 2014-04-17
    • STOWE WOODWARD LICENSCO, LLC
    • CANTRELL, Clifford Bruce
    • D21F3/06D21F3/08D21G9/00G01D5/02
    • D21F3/04B30B3/00B30B3/04B30B15/16B30B15/28D21F3/06D21F3/08D21G9/0036D21G9/0045
    • A method of determining the rotative position of an industrial roll includes (a) providing a rotating industrial roll having a longitudinal axis, the industrial roll having mounted on one end thereof an accelerometer, the industrial roll further including a plurality of sensors; (b) determining a pre-trigger angular position of the roll based on a first gravity vector provided by the accelerometer; then (c) determining a trigger angular position of the roll based on a second gravity vector provided by the accelerometer, the magnitude of the second gravity vector differing from the magnitude of the first gravity vector by more than the magnitude of a typical noise signal; and (d) gathering data from the sensors after the roll has passed the trigger angular position; and (e) matching data gathered in step (d) with a respective sensor of the plurality of sensors based on the determination of the trigger angular position.
    • 确定工业辊的旋转位置的方法包括(a)提供具有纵向轴线的旋转工业辊,工业辊在其一端安装有加速度计,工业辊还包括多个传感器; (b)基于由所述加速度计提供的第一重力矢量来确定所述辊的预触发角位置; 然后(c)基于由所述加速度计提供的第二重力向量确定所述滚动的触发角位置,所述第二重力矢量的大小与所述第一重力矢量的大小不同于典型噪声信号的大小; 和(d)在所述辊已经通过所述触发角度位置之后从所述传感器收集数据; 以及(e)基于所述触发角位置的确定,将步骤(d)中收集的数据与所述多个传感器中的相应传感器相匹配。