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    • 1. 发明授权
    • Mold protection device for injection molding machine
    • 注塑机模具保护装置
    • US06409495B1
    • 2002-06-25
    • US09618730
    • 2000-07-18
    • Masao KamiguchiTatsuhiro UchiyamaMasayuki Ueno
    • Masao KamiguchiTatsuhiro UchiyamaMasayuki Ueno
    • B29C4566
    • B29C45/844
    • A mold protection device for an injection molding machine capable of automatically setting a reference value for detecting an abnormal load exerted on a mold in a mold closing process. A load exerted on a servomotor for driving a mold clamping mechanism is estimated by a disturbance estimating observer provided in a control system of the servomotor. The estimated disturbance torque is sampled at every predetermined period in a mold protection region and cyclically stored in a table TA as data DA (0, 0) to (i, j) in mold closing processes of the number (i+1). A predetermined amount is added to an average value of data DA (0, n) to (i, n) to define an upper limit DC(n) for the disturbance torque and stored in the table TC. If the estimated disturbance torque at each sampling period exceeds the upper limit DC(n) of in the mold protection region in a present mold closing process, an alarm is issued to indicate abnormal load. An optimum reference value for determining an abnormal load is automatically set for securely protecting the mold without requiring an operator to manually set the reference value.
    • 一种用于注射成型机的模具保护装置,其能够在闭模过程中自动设定用于检测施加在模具上的异常负载的参考值。 通过伺服电动机的控制系统中提供的扰动估计观察器来估计施加在用于驱动合模机构的伺服电动机上的负载。 估计的干扰转矩在模具保护区域的每个预定周期被采样,并且在数量(i + 1)的闭模过程中循环地存储在表TA中作为数据DA(0,0)至(i,j)。 将数据DA(0,n)至(i,n)的平均值加上预定量,以定义干扰转矩的上限DC(n)并存储在表TC中。 如果在当前的模具关闭过程中每个采样周期的估计干扰转矩超过模具保护区域中的上限值DC(n),则发出报警以指示异常负载。 自动设置用于确定异常负载的最佳参考值,以便可靠地保护模具,而不需要操作者手动设定参考值。
    • 5. 发明授权
    • Method of and device for evaluating resin using injection molding machine
    • 使用注塑机评价树脂的方法和装置
    • US07144531B2
    • 2006-12-05
    • US10091385
    • 2002-03-07
    • Masao KamiguchiTatsuhiro UchiyamaKazuo Kubota
    • Masao KamiguchiTatsuhiro UchiyamaKazuo Kubota
    • B29C45/77B29C45/78
    • B29C45/76
    • A method of and an apparatus for measuring and evaluating characteristics of material resin using an injection molding machine. Injections of resin are performed with different resin temperatures TCi and different injection velocities Vj to detect injection pressures Pr at set screw positions. Data of combinations (Pr, V, TC) of an N number of injection pressures, injection velocities and resin temperatures are obtained. An interdependency relation function PVT(t, v(x),x) expressing correlation among the injection pressure, the injection velocity and the resin temperature is obtained as PVT(t, v(x), x)=A(x)e−α(x)Tv(x)β(x) according to a least square method using the obtained data, where β(x) represents a degree of dependency on injection velocity influencing the injection pressure and “log A(x)−α(x)T” represents a degree of dependency on resin temperature influencing the injection pressure.
    • 一种使用注射成型机测量和评价材料树脂特性的方法和装置。 树脂的注射用不同的树脂温度TCi和不同的注射速度Vj进行,以检测固定螺丝位置处的注射压力Pr。 获得N次喷射压力,喷射速度和树脂温度的组合数据(Pr,V,TC)。 获得表示注射压力,注射速度和树脂温度之间的相关性的相互依赖关系函数P VT(t,v(x),x),作为P< t,v(x),x)= A(x)e(a)(x)T(x)根据最小二乘法使用(x) 获得的数据,其中β(x)表示影响注射压力的注射速度的依赖程度,而log A(x)-alpha(x)T“表示影响注射压力的树脂温度的依赖程度。
    • 7. 发明授权
    • Method and apparatus for controlling torque of an injection molding machine
    • 用于控制注射成型机的扭矩的方法和装置
    • US06365075B1
    • 2002-04-02
    • US09577587
    • 2000-05-25
    • Masao KamiguchiTatsuhiro Uchiyama
    • Masao KamiguchiTatsuhiro Uchiyama
    • B29C4577
    • B29C45/76
    • A metering controller capable of making a metering time constant and kneading of resin uniform. A screw torque STRQ(n) is detected and stored at every processing period from a start of metering as reference data. A screw rotational speed command is changed over to a set value at each predetermined changeover position. A present screw torque is detected and subtracted from a corresponding screw torque STRQ(n) of the reference data to obtain a deviation &Dgr;TRQ. A correction amount SROT for the screw rotational speed command is obtained based on the deviation &Dgr;TRQ. The correction amount SROT is added to the set screw rotational speed command SRCMD and thus corrected command is outputted for controlling a servomotor for rotating the screw. A screw retracting speed and a screw retracting position may be adopted as reference data. Since a transition pattern of the screw retracting motion coincides with that in obtaining the reference data, the metering time is made constant.
    • 能够使计量时间恒定并且混合树脂均匀的计量控制器。 在从开始计量的每个处理周期检测并存储螺杆转矩STRQ(n)作为参考数据。 在每个预定切换位置,将螺杆转速指令切换到设定值。 检测当前的螺杆扭矩并从参考数据的相应的螺旋扭矩STRQ(n)中减去以获得偏差DELTATRQ。 基于偏差DELTATRQ获得用于螺杆转速指令的校正量SROT。 校正量SROT被添加到设定螺杆转速指令SRCMD中,因此输出校正命令以控制用于旋转螺杆的伺服电动机。 可以采用螺杆回缩速度和螺杆回缩位置作为参考数据。 由于螺杆缩回运动的过渡模式与获得参考数据的过渡模式一致,所以计量时间变得恒定。
    • 9. 发明授权
    • Injection molding control method for an injection molding machine
    • 注塑机注射成型控制方法
    • US5906777A
    • 1999-05-25
    • US553420
    • 1995-11-22
    • Masao KamiguchiTatsuhiro UchiyamaYuichi Hosoya
    • Masao KamiguchiTatsuhiro UchiyamaYuichi Hosoya
    • B29C45/50B29C45/70B29C45/76B29C45/80B29C45/77
    • B29C45/7653B29C45/70B29C45/762B29C45/80
    • Clamping and injection operations are executed partially in parallel by adjusting a clamping speed and an injection start timing T so that sum .SIGMA.P of resin pressure acting on the parting plane of a mold cavity will not exceed mold clamping force F outputted at that time. An injection operation is started during the period in which the mold clamping force F is relatively low between mold touch and mold clamping completion, so that gas breathing from the mold cavity can be done easily without providing gas vent in the mold, thereby preventing resin filling failure or burning. Also, the clamping and injection operations are executed partially in parallel, so that time required for clamping and injection processes is shortened by time T' as a whole. Therefore, speeding of molding cycle can be attained.
    • PCT No.PCT / JP95 / 00370 Sec。 371日期:1995年11月22日 102(e)1995年11月22日日期PCT 1995年3月7日PCT PCT。 公开号WO95 / 25624 日期1995年9月28日通过调整夹紧速度和注射开始时刻T,并行执行夹紧和注射操作,使得作用于模腔分型面的树脂压力的总和SIGMA P不会超过合模力F输出 那时候。 在模具接触和模具夹紧完成之间的合模力F相对较低的期间开始注射操作,从而可以容易地进行从模腔吸入的气体,而不在模具中提供排气口,从而防止树脂填充 故障或燃烧。 此外,夹持和注入操作部分地并行地执行,使得夹紧和注射过程所需的时间通过整个时间T'缩短。 因此,可以实现成型循环的加速。