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    • 2. 发明授权
    • Method for producing vessels with feedback depending on the pre-blowing starting point
    • 根据预吹起点生产具有反馈的容器的方法
    • US09044889B2
    • 2015-06-02
    • US12517689
    • 2007-12-04
    • Isabelle MoninThierry Deau
    • Isabelle MoninThierry Deau
    • B29C45/76B29C49/58B29C49/78B29C49/06B29C49/16B29K67/00B29L31/00B29C49/42
    • B29C49/58B29C49/06B29C49/16B29C49/4289B29C49/783B29K2067/00B29L2031/7158
    • Method for producing a vessel (2) by blowing in a mould (11) from a preform (3) made of plastic material, comprising the operations consisting in: introducing the preform (3) into the mould; at a predetermined moment, called pre-blowing cue (tP), controlling the opening of an electrovalve (22) for establishing a communication between the inside of the preform (3) and a source (20) of gas at a predetermined pre-blowing pressure; measuring the pressure (P) inside the preform (3); detecting the so-called real moment (tA), of the beginning of the pre-blowing, at which the (P) in the preform (3) starts to increase; comparing this moment (tA) with a theoretical pre-blowing beginning moment; if the real moment (tA) of the beginning of the pre-blowing follows the theoretical pre-blowing beginning moment, advance the pre-blowing cue (tP); if the real moment (tA) of the beginning of the pre-blowing precedes the theoretical pre-blowing beginning moment, delay the pre-blowing cue (tP).
    • 通过从由塑料材料制成的预成型体(3)吹入模具(11)来制造容器(2)的方法,包括以下操作:将预成型件(3)引入模具中; 在预定时刻,称为预吹提示(tP),控制用于在预成型件(3)的内部和气体源(20)之间建立预定预吹气的电气阀(22)的开口 压力; 测量预成型件(3)内的压力(P); 检测在预成型件(3)中的(P)开始增加的预吹开始的所谓的实际时刻(tA); 将此时刻(tA)与理论预吹开始时刻进行比较; 如果预吹开始的实际时刻(tA)遵循理论预吹开始时刻,则提前预提示(tP); 如果预吹开始的实际时刻(tA)先于理论预吹开始时刻,则延迟预吹提示(tP)。
    • 3. 发明授权
    • Method for producing a vessel from a preform, with feedback depending on the expansion end point of the preform
    • 用于从预成型件制造容器的方法,其具有取决于预成型件的膨胀终点的反馈
    • US08532814B2
    • 2013-09-10
    • US12517668
    • 2007-12-04
    • Isabelle MoninThierry Deau
    • Isabelle MoninThierry Deau
    • B29C49/58B29C49/78B29C49/16
    • B29C49/58B29C49/06B29C49/16B29C49/4289B29C49/783B29K2067/00B29L2031/7158
    • A method for producing a vessel (2), involving: placing a preform (3) into the mold; at the pre-blowing cue (tp), controlling the opening of an electrovalve (22) for establishing communication between the preform (3) and a source (20) of gas at a predetermined pre-blowing pressure (Pp); measuring the pressure (P) inside the preform (3); at the blowing cue (tS), controlling the opening of an electrovalve (26) for establishing a communication between the preform (3) and a source (24) of a gas at a blowing pressure (PS) higher than the pre-blowing pressure (Pp); memorising the variations of the pressure (P) inside the preform (3) at least during the interval between the pre-blowing cue (tp) and the blowing cue (tS); detecting the expansion end moment (tC) from which the pressure in the preform (3) increases in a linear manner; and advancing the blowing cue (tS) according to the expansion end moment (tC).
    • 一种用于制造容器(2)的方法,包括:将预成型件(3)放入模具中; 在预吹奏提示(tp)处,控制电气阀(22)的打开,用于在预定的预吹塑压力(Pp)下在预成型件(3)和气体源(20)之间建立连通; 测量预成型件(3)内的压力(P); 在吹风提示(tS)处,控制用于建立预成型件(3)和气体源(24)之间的连通的电阀(26)的打开,所述气体的吹送压力(PS)高于预吹压力 (Pp); 至少在预吹奏提示(tp)和吹奏提示(tS)之间的间隔期间记住预成型件(3)内的压力(P)的变化; 检测预成型件(3)中的压力以线性方式增加的膨胀终止力矩(tC); 并按照膨胀结束时刻(tC)推进吹风提示(tS)。
    • 4. 发明授权
    • Device for loading containers on a transporting element provided with means for ejecting incorrectly loaded containers
    • 用于将容器装载在具有用于排出不正确装载的容器的装置的传送元件上的装置
    • US08091699B2
    • 2012-01-10
    • US12063032
    • 2006-08-22
    • Denis GilletThierry DeauYvan Benich
    • Denis GilletThierry DeauYvan Benich
    • B29C49/64
    • B29C49/4205B29C49/36
    • A device (10) for loading containers (12), which are provided with a neck (20), on an transporting element (14) includes a member (28) for individually grasping the container by the neck thereof, wherein the grasping member is used for catching or releasing the neck of a preform by the vertical slide of the preform with respect to the grasping member during an operation for catching or releasing it, the loading device includes elements (42, 68) for selectively ejecting the container from the transporting element during the releasing operation. The elements for ejecting the container are provided with container receiving members (42) which are used for catching the container prior to the releasing operation and are mounted in a horizontally movable manner in such a way that the trajectory of the receiving members are vertically superimposed and synchronized with the trajectory of the grasping device.
    • 在输送元件(14)上设置有颈部(20)的装载容器(12)的装置(10)包括:用于通过其颈部单独地抓住容器的构件(28),其中,所述把持构件 用于在用于捕获或释放预成型件的颈部的预成型件相对于抓握构件的捕捉或释放的操作期间捕获或释放预制品的颈部,该装载装置包括用于从运送中选择性地排出容器的元件(42,48) 元件在释放操作期间。 用于喷射容器的元件设置有容器接收构件(42),其用于在释放操作之前捕获容器并且以可水平移动的方式安装,使得容纳构件的轨迹垂直叠加,并且 与抓握装置的轨迹同步。
    • 5. 发明申请
    • DEVICE FOR LOADING CONTAINERS ON A TRANSPORTING ELEMENT PROVIDED WITH MEANS FOR EJECTING INCORRECTLY LOADED CONTAINERS
    • 装载集装箱的装置,用于装运不正确装载集装箱的运输装置
    • US20100200362A1
    • 2010-08-12
    • US12063032
    • 2006-08-22
    • Denis GilletThierry DeauYvan Benich
    • Denis GilletThierry DeauYvan Benich
    • B65G47/86
    • B29C49/4205B29C49/36
    • The invention relates to a device (10) for loading containers (12), which are provided with a neck (20), on an transporting element (14) comprising a member (28) for individually grasping the container (12) by the neck thereof (20), wherein said grasping member (28) is used for catching or releasing the neck (20) of a preform (12) by the vertical slide of said preform (12) with respect to said grasping member (28) during an operation for catching or releasing it, the loading device (10) comprises means (42, 68) for selectively ejecting the container (12) from the transporting element (14) during the releasing operation and the inventive device is characterised in that said means for ejecting the container (12) is provided with container (12) reception means (42) which are used for catching the container (12) prior to the releasing operation and are mounted in a horizontally movable manner in such a way that the trajectory of the receiving means (42) are vertically superimposed and synchronised with the trajectory of the grasping device (28).
    • 本发明涉及一种用于装载容器(12)的装置(10),所述容器(12)在输送元件(14)上设置有颈部(20),该运送元件包括用于通过颈部单独地抓住容器(12)的构件(28) (20),其中所述抓握构件(28)用于通过所述预成型件(12)相对于所述抓握构件(28)的垂直滑动来捕获或释放预成型件(12)的颈部(20) 装载装置(10)包括用于在释放操作期间从传送元件(14)选择性地弹出容器(12)的装置(42,68),并且本发明的装置的特征在于,所述用于 弹出容器(12)设置有用于在释放操作之前捕获容器(12)的容器(12)接收装置(42),并且以水平移动的方式安装,使得容器 接收装置(42)垂直叠加并同步 与抓握装置(28)的轨迹相一致。
    • 8. 发明申请
    • METHOD FOR PRODUCING A VESSEL FROM A PREFORM, WITH FEEDBACK DEPENDING ON THE DEVELOPMENT POINT OF THE PREFORM
    • 根据前提条件的发展要点,从事先确定生产船舶的方法,反馈意见
    • US20100201013A1
    • 2010-08-12
    • US12517667
    • 2007-12-04
    • Isabelle MoninThierry Deau
    • Isabelle MoninThierry Deau
    • B29C49/78
    • B29C49/58B29C49/06B29C49/16B29C49/4289B29C49/783B29K2067/00B29L2031/7158
    • Method for producing a vessel (1) by stretch blow-moulding in a mould (11) from a preform (3) made of plastic material, comprising the operations consisting in heating the preform (3) to a predetermined heating temperature (T); introducing the preform (3) in the mould (11); stretching the preform (3) by means of a rod (16) displaced at a predetermined stretching speed (VE); at a predetermined moment, called pre-blowing cue (tP), controlling the opening of an electrovalve (22) for establishing a communication between the inside of the preform (3) and a source (20) of gas at a predetermined pre-blowing pressure (PP) and a pre-blowing flow rate (DP); measuring the pressure (P) inside the preform (3); detecting a pressure peak; memorising the moment (tB) at which this pressure peak occurs as well as the corresponding pressure (PB) inside the preform (3); comparing the moment (tB) and the pressure (PB) of the peak detected with, respectively, a predetermined moment and pressure for a theoretical pressure peak; if the measured peak and the theoretical peak are not confounded, modify at least one of the following parameters: pre-blowing pressure (PP), pre-blowing flow rate (DP), pre-blowing cue (tP), stretching speed (VE), heating temperature (T).
    • 一种通过在由塑料材料制成的预成型体(3)上在模具(11)中进行拉伸吹塑来制造容器(1)的方法,包括将预成型件(3)加热至预定加热温度(T)的操作; 将所述预制件(3)引入所述模具(11)中; 通过以预定拉伸速度(VE)移位的杆(16)拉伸预成型件(3); 在预定时刻,称为预吹提示(tP),控制用于在预成型件(3)的内部和气体源(20)之间建立预定预吹气的电气阀(22)的开口 压力(PP)和预吹流量(DP); 测量预成型件(3)内的压力(P); 检测压力峰值; 记住发生该压力峰值的时刻(tB)以及预成型件(3)内的相应压力(PB); 比较分别用理论压力峰值的预定力矩和压力检测的峰值的力矩(tB)和压力(PB); 如果测量的峰值和理论峰值不被混淆,则修改以下参数中的至少一个:预吹压力(PP),预吹流量(DP),预吹提示(tP),拉伸速度(VE ),加热温度(T)。
    • 10. 发明授权
    • Method for producing a vessel from a preform, with feedback depending on the development point of the preform
    • 用于从预成型件制造容器的方法,其具有取决于预成型件的开发点的反馈
    • US08721940B2
    • 2014-05-13
    • US12517667
    • 2007-12-04
    • Isabelle MoninThierry Deau
    • Isabelle MoninThierry Deau
    • B29C49/12
    • B29C49/58B29C49/06B29C49/16B29C49/4289B29C49/783B29K2067/00B29L2031/7158
    • A method for producing a vessel by stretch blow-molding in a mold from a preform made of plastic material includes heating the preform and introducing the preform in the mold. The preform is stretched by a rod displaced at a predetermined stretching speed. At a pre-blowing cue, the electrovalve is opened for establishing a communication between the inside of the preform and a gas source at a predetermined pre-blowing pressure and a pre-blowing flow rate. Pressure inside the preform is measured and a pressure peak is detected. The moment at which this pressure peak occurs and the corresponding pressure inside the preform is stored and compared with a predetermined moment and pressure for a theoretical pressure peak. Depending on the result, at least one of the following are modified: pre-blowing pressure, pre-blowing flow rate, pre-blowing cue, stretching speed, and heating temperature.
    • 通过在由塑料材料制成的预制件中在模具中通过拉伸吹塑制造容器的方法包括加热预成型件并将预成型件引入模具中。 通过以预定拉伸速度移动的杆来拉伸预成型件。 在预吹风提示下,打开电动阀,以在预制件的内部和预定的预吹压力和预吹流量之间建立气体源之间的连通。 测量预制件内部的压力并检测压力峰值。 发生该压力峰的时刻和预制件内部的相应压力被存储并与用于理论压力峰值的预定力矩和压力进行比较。 根据结果​​,修改以下至少之一:预吹压力,预吹流量,预吹提示,拉伸速度和加热温度。