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    • 2. 发明授权
    • Fitting for suction cup and suction cup
    • 吸盘和吸盘配件
    • US09470253B2
    • 2016-10-18
    • US14948484
    • 2015-11-23
    • Xerex AB
    • Erik Ostlind
    • B65G15/48B65G17/46F16B2/22B65G15/58F16B47/00F16B17/00F16M13/02
    • F16B2/22B65G15/58B65G17/46F16B17/00F16B21/076F16B43/00F16B47/00F16M13/02
    • Push-on fitting (10) for a push-on suction cup (20) for a conveyor belt (30) for transporting or lifting goods, which push-on fitting (10) comprises a base disc (12) having a front side (11) and a rear side (13) and being adapted to be mounted in a hole (32) of the conveyor belt (30), said base disc (12) having a hole (15) for through airflow and being provided with a hollow push-on snap fitting pin (14) for through airflow, said pin (14) extending outwardly essentially perpendicular to the front side (11) and adapted to receive a push-on suction cup (20), wherein the snap fitting pin (14) comprises at least a pair of axial slots (16) adapted to provide at least a pair of flexible tongues (14a, 14b) formed in an end (17) of the pin (14) and in that the flexible tongues comprise a concentric snap fitting rim (18) having a variable diameter (D1), that can be varied by an end (19) part of the flexible tongues (14a, 14b) being acted upon, for receiving the push-on suction cup (20) provided with a washer (22) having a mounting hole (23) with a diameter (D2) smaller than a largest diameter (D1) of the rim (14c).
    • 用于运输或提升货物的传送带(30)的用于推入式吸盘(20)的推入式接头(10),该推入式接头(10)包括具有前侧的基座(12) 11)和后侧(13),并且适于安装在所述传送带(30)的孔(32)中,所述基盘(12)具有用于通过气流的孔(15),并且设置有中空 所述销(14)基本上垂直于所述前侧(11)向外延伸并且适于接收推入式吸盘(20),其中所述卡扣配合销(14) )包括至少一对轴向狭槽(16),其适于提供形成在所述销(14)的端部(17)中的至少一对柔性舌片(14a,14b),并且所述柔性舌片包括同心卡扣 具有可变直径(D1)的装配边缘(18)可以由柔性舌片(14a,14b)的端部(19)部分变化,用于接收所提供的推入式吸盘(20) 具有具有小于边缘(14c)的最大直径(D1)的直径(D2)的安装孔(23)的垫圈(22)。
    • 3. 发明申请
    • SUCTION CUP HAVING REPLACEABLE SEALING SURFACES
    • 具有可更换密封表面的吸水杯
    • US20120025053A1
    • 2012-02-02
    • US13258587
    • 2010-02-02
    • Peter Tell
    • Peter Tell
    • F16B47/00
    • B25J15/0616B66C1/0212B66C1/0231
    • A suction cup for a tool driven by vacuum is presented, the suction cup in a first or upper end arranged to be brought into fluid flow communication with a vacuum source and in its opposite end arranged to be brought tightly into contact with the surface of an object to be handled. The suction cup is in its lower end arranged to be coupled to a sealing ring having a sealing surface arranged between an outer periphery and a through-opening defined by an inner periphery, and the sealing ring in the region of its inner periphery having a lip arranged to engage with the suction cup, to which purpose the suction cup in its lower end has a circumferentially running groove) in which the peripheral region and the lip of the sealing ring is insertable under form fitting engagement and in a radially overlapping relation between the groove and the lip in the region (r) of engagement.
    • 提供用于由真空驱动的工具的吸盘,吸盘在第一或上端被布置成与真空源流体连通,并且其相对端被布置成与其紧密接触 对象被处理。 吸盘的下端被布置成联接到密封环,所述密封环具有布置在外周和由内周限定的通孔之间的密封表面,并且所述密封环在其内周的区域中具有唇部 排列成与吸盘接合,其下端的吸盘具有周向运行的凹槽),其中密封环的周边区域和唇缘可插入到形成配合接合处并且在径向重叠的关系中 凹槽和接合区域(r)中的唇缘。
    • 4. 发明申请
    • Clamping Sleeve for an Ejector, and Mounting Procedure
    • 一个喷射器的夹紧套管和安装步骤
    • US20080260544A1
    • 2008-10-23
    • US12091777
    • 2006-10-17
    • Peter Tell
    • Peter Tell
    • F04F5/22F04F5/46B23P15/00
    • F04F5/44F04F5/46Y10T29/49236
    • An ejector which is operative for generating a sub-pressure, has a rotationally symmetric ejector body arranged to be mounted in the mouth of a seat having a circular internal section, whereby in a mounted position an inlet end of the ejector body is inserted in the seat and an outlet end thereof projects outside the mouth of the seat. The ejector body has on its exterior a region of defined axial length with a radius that is growing towards the inlet end, the region being situated between inlet and outlet ends, as well as a shoulder having an abutment surface facing the region, the shoulder being arranged on the ejector body near the outlet end thereof. The ejector is arranged for supporting a cylindrical clamping sleeve for a limited axial displacement about the ejector body, between the shoulder and the region.
    • 用于产生副压力的喷射器具有旋转对称的喷射器主体,其布置成安装在具有圆形内部部分的座椅的口中,由此在安装位置,喷射器主体的入口端插入 座椅和出口端突出在座位的口外。 排出体在其外部具有限定的轴向长度的区域,其半径朝向入口端生长,该区域位于入口端和出口端之间,以及具有面向该区域的邻接表面的肩部,肩部为 布置在其出口端附近的喷射器主体上。 喷射器布置成用于支撑圆柱形夹紧套筒,用于围绕喷射器主体在肩部和区域之间的有限轴向位移。
    • 6. 发明授权
    • Ejector device
    • 喷射装置
    • US08188608B2
    • 2012-05-29
    • US12522346
    • 2008-01-09
    • Peter Tell
    • Peter Tell
    • F02B63/04F02B13/00
    • F04F5/52F04F5/44
    • An ejector device effective to generate a negative pressure by element of compressed air fed to an ejector of the device via a compressed-air duct includes an air suction duct, a pressure sensor and an electrically activatable valve member arranged in the compressed-air duct for regulating the flow of compressed air to the ejector, as well as electrically supplied control electronics (6) adapted to actuate the valve member in response to the pressure in the air suction duct detected by the sensor. The device includes an accumulator by which the control electronics are supplied with electricity, and a generator, which via a charging air duct (9), is in flow communication with the compressed-air duct and is driven by compressed air for generating electrical energy, which is brought into the accumulator for charging the same.
    • 经由压缩空气管道有效地通过供给到装置的喷射器的压缩空气的元件产生负压的喷射器装置包括空气吸入管道,压力传感器和布置在压缩空气管道中的可电激活的阀构件, 调节到喷射器的压缩空气的流动,以及适于响应于由传感器检测到的空气吸入管道中的压力来致动阀构件的供电控制电子器件(6)。 该装置包括:控制电子装置通过其供电的蓄电池;以及经由充气导管(9)与压缩空气管道流动连通并由用于产生电能的压缩空气驱动的发电机, 将其带入累加器中以对其进行充电。
    • 7. 发明申请
    • VACUUM GENERATOR, DRIVEN BY HIGH-PRESSURE AIR, AND HAVING MEANS ARRANGED THEREWITH FOR THE ACTIVE RELEASE OF AN OBJECT THAT IS GRIPPED IN A VACUUM-GRIPPER
    • 真空发电机,由高压空气驱动,并具有安装在真空发生器上的物体的主动释放的装置
    • US20100290925A1
    • 2010-11-18
    • US12812610
    • 2009-01-20
    • Peter Tell
    • Peter Tell
    • F04F5/52B65G47/91
    • B65G47/911B66C1/0268Y10T137/86075
    • A vacuum generator driven by compressed air and arranged to supply vacuum to a vacuum gripper element, wherein a chamber (6) is associated with the vacuum generator and arranged to be brought in flow connection (9) with the vacuum gripper element via a valve (15) which is actuated by overpressure accumulated in the chamber to open the connection (9) to the vacuum gripper element in order to discharge the overpressure to the vacuum gripper element in result of interruption of the compressed air flow (P). The vacuum generator is characterized in that the chamber (6) in addition includes a flow connection (11) with the ambient atmosphere, and in the additional flow connection (11) a one-way valve (10) which is arranged to open the connection (11) with the atmosphere in result of the air pressure in the chamber (6) falling below the atmospheric pressure.
    • 一种真空发生器,其由压缩空气驱动并且布置成向真空夹持器元件提供真空,其中腔室(6)与真空发生器相关联并且布置成通过阀门(10)与真空夹持器元件 15),其通过积聚在腔室中的过压而致动,以将连接(9)打开到真空夹持器元件,以便由于压缩空气流(P)的中断而将超压排出到真空夹持器元件。 真空发生器的特征在于,室(6)另外包括与环境大气的流动连接(11),并且在附加流动连接(11)中,单向阀(10)被布置成打开连接 (11),由于室(6)中的空气压力低于大气压力导致的气氛。
    • 8. 发明申请
    • Vacuum Ejector With Multi-Nozzle Drive Stage And Booster
    • 真空喷射器与多喷嘴驱动阶段和增压器
    • US20150308461A1
    • 2015-10-29
    • US14648224
    • 2013-12-18
    • XEREX AB
    • Peter Tell
    • F04F5/22F04F5/54F04F5/46
    • F04F5/22F04F5/466F04F5/54
    • So as to offer the choice of generating a higher vacuum at quicker response times and less space requirements in a more versatile manner, the invention provides an ejector system comprising: a primary ejector in a drive stage and a booster ejector connected in parallel with said primary ejector for simultaneously generating a vacuum across a booster stage, said booster ejector being configured to generate a vacuum to a lower pressure in said booster stage than is said primary ejector in said drive stage, said booster stage and said drive stage being connected to a common volume to be evacuated and a valve being provided to close the connection between the drive stage and the volume to be evacuated when the pressure in the volume to be evacuated falls below the minimum pressure that can be generated in the drive stage.
    • 为了提供以更快的响应时间产生更高的真空并且以更通用的方式减少空间要求的选择,本发明提供了一种喷射器系统,其包括:驱动级中的主要喷射器和与所述主要装置并联连接的升压喷射器 喷射器,用于同时在增压级上产生真空,所述增压器喷射器被配置为在所述增压器级中产生比所述驱动级中的所述主喷射器更低的压力,所述增压级和所述驱动级连接到公共 要抽真空的容积和一个阀门,当待抽空的体积中的压力低于驱动级可能产生的最小压力时,提供一个阀门来封闭驱动级和待抽空的体积之间的连接。
    • 10. 发明申请
    • EJECTOR DEVICE WITH VENTILATION ACTION
    • 具有通风作用的喷射装置
    • US20100045057A1
    • 2010-02-25
    • US12523261
    • 2008-01-09
    • Peter Tell
    • Peter Tell
    • B66C1/02F04F5/52
    • F04F5/52B25J15/0675B66C1/0212B66C1/0268B66C1/0293
    • An ejector device adapted to generate a negative pressure with compressed air, which via a compressed-air duct is fed to an ejector, the device including a valve member arranged in the compressed-air duct and controllable in order to, in the open position, allow flow of compressed air to the ejector, an air suction duct arranged between the ejector and a gripping member driven by negative pressure, and a vent valve fluidly arranged with the air suction duct and that, in an open position, places the gripping member in communication with the atmosphere. The valve member embraces: a primary valve arranged in the direction of flow of compressed air; a secondary valve arranged downstream of the primary valve; a flow section of compressed-air duct between the primary and secondary valve, the vent valve communicating with the flow section so that, in the open position of the primary valve, is continuously being subjected to a closing air pressure, independently of the open or closed position of the secondary valve.
    • 一种适于用压缩空气产生负压的喷射器装置,其经由压缩空气管道被输送到喷射器,所述装置包括布置在压缩空气管道中的阀构件,并且可控制地在打开位置, 允许压缩空气流到喷射器,设置在喷射器和由负压驱动的夹持构件之间的空气吸入管道,以及与吸气管道流体布置的排气阀,并且在打开位置将夹持构件放置在 与大气沟通。 阀构件包括:沿压缩空气流动方向布置的主阀; 设置在主阀下游的二次阀; 在主阀和次阀之间的压缩空气管道的流动部分,通气阀与流动部分连通,使得在主阀的打开位置中,连续地经受关闭空气压力,独立于开启或 二次阀关闭位置。