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    • 1. 发明公开
    • A hot melt glue dispenser device
    • Heissklebstoff-Auftragvorrichtung
    • EP2862615A1
    • 2015-04-22
    • EP14189147.3
    • 2014-10-16
    • Bianchi, EnricoBianchi, Maria Paola
    • Bianchi, EnricoBianchi, Maria Paola
    • B01D46/00B01D46/52B29B13/02C09J5/06B05C9/14B05C5/00
    • B29B13/022B01D46/0001B01D46/521B05C5/001B05C5/0245B05C17/00536C09J5/06
    • A hot melt glue dispenser device (1) to dispense a continuous or interrupted melt glue wire starting from a solid glue wire (30) that is fed in input to said dispenser device, comprising a melter body (20) comprising an inner passage (21) having an inlet (22) for said solid glue wire (30), and an opposite outlet (23) for said melt glue wire, said melter body (20) having heater members to melt the solid glue wire (30) along the path between said inlet (22) and said outlet (23); a dragging mechanism (40) comprising an inner passage (47, 48) having an inlet (41) and an outlet (42) for said solid glue wire (30), said dragging mechanism being suitable to apply a dragging force to said solid glue wire (30) to transport said solid glue wire (30) from said inlet (41) to said outlet (42) through said inner passage (47,48); a connection structure to which both said melter body (20) and said dragging mechanism (40) are secured, said connection structure being configured to prevent a relative movement between said dragging mechanism (40) and said melter body (20), and vice versa; a spacer member (60) interposed between said melter body (20) and said dragging mechanism (40), defining an inner conduit (66) suitable to make the solid glue wire (30) to pass therein between the outlet (42) of the dragging mechanism and the inlet (22) of the melter body (20), said spacer member (60) having a first end (61) connected to said outlet (42) of the dragging mechanism (40), and a second end (62) connected to said inlet (22) of the melter body (20); said spacer member (60) being made of a thermally insulating material so as to prevent the heat transferring from the melter body (20) to the dragging mechanism (40); a connection structure to which both said melter body (20) and said dragging mechanism (40) are secured, said connection structure being configured to prevent a relative movement between said dragging mechanism (40) and said melter body (20), and vice versa.
    • 一种热熔胶分配器装置(1),用于从在输入到所述分配器装置的输入端的固体胶线(30)开始分配连续或中断的熔胶胶线,包括熔化器主体(20),其包括内通道(21) )具有用于所述固体胶线(30)的入口(22)和用于所述熔胶线的相对出口(23),所述熔化器主体(20)具有加热器构件,以沿着路径熔化固体胶线(30) 在所述入口(22)和所述出口(23)之间; 拖曳机构(40)包括具有用于所述固体胶线(30)的入口(41)和出口(42)的内部通道(47,48),所述拖曳机构适于对所述固体胶施加拖曳力 电线(30)通过所述内部通道(47,48)将所述固体胶线(30)从所述入口(41)输送到所述出口(42); 所述熔化器主体(20)和所述拖动机构(40)都固定在所述连接结构上,所述连接结构被构造成防止所述拖拉机构(40)和所述熔化器主体(20)之间的相对运动,反之亦然 ; 介于所述熔化器主体(20)和所述拖动机构(40)之间的间隔件(60),其限定适于使固体胶线(30)在其中的出口(42)之间通过的内部导管(66) 所述间隔件(60)具有连接到所述拖拉机构(40)的所述出口(42)的第一端(61)和第二端(62),所述第二端 )连接到所述熔化器主体(20)的所述入口(22); 所述隔离构件(60)由隔热材料制成,以防止从熔化器本体(20)向拖曳机构(40)传热; 所述熔化器主体(20)和所述拖动机构(40)都固定在所述连接结构上,所述连接结构被构造成防止所述拖拉机构(40)和所述熔化器主体(20)之间的相对运动,反之亦然 。
    • 3. 发明公开
    • Automated thermoplastic dispensing device
    • 自动化热分配装置
    • EP0363124A3
    • 1990-10-31
    • EP89310057.8
    • 1989-10-02
    • MINNESOTA MINING AND MANUFACTURING COMPANY
    • Dennison, Richard L. c/o Minnesota Mining and
    • B05C17/005
    • B05C17/00536
    • A device for dispensing molten thermoplastic material comprising a barrel member (14) having an internal melting chamber communicating with an outlet opening through a nozzle (16), and a sleeve (18) having one end secured at the barrel member (14) and a through opening communicating with the end of the melting chamber opposite the outlet opening. The sleeve (18) is adapted to receive a rod (20) of solid thermoplastic material with one end portion of the rod (20) in the melting chamber and the rod (20) projecting through the sleeve (18) along a predetermined path. the barrel member (14) is heated to melt the end portion of the rod (20) therein, and a drive (22) adapted to be switched between a deactivated state and an activated state is provided for driving the rod (20) of solid thermoplastic material into the melting chamber at a predetermined rate to expel molten thermoplastic material through the nozzle (16). Upon switching of the drive (22) from the activated state to the deactivated state the drive (22) moves the rod (20) of solid thermoplastic material a small distance out of the melting chamber to cause molten thermoplastic material in the nozzle (16) to flow toward the melting chamber and restrict movement (i.e., dripping or stringing) of that molten thermoplastic material out of the nozzle (16).
    • 6. 发明公开
    • Automated thermoplastic dispensing device
    • Automatische Spendevorrichtungfürthermoplastische Materialien。
    • EP0363124A2
    • 1990-04-11
    • EP89310057.8
    • 1989-10-02
    • MINNESOTA MINING AND MANUFACTURING COMPANY
    • Dennison, Richard L. c/o Minnesota Mining and
    • B05C17/005
    • B05C17/00536
    • A device for dispensing molten thermoplastic material comprising a barrel member (14) having an internal melting chamber communicating with an outlet opening through a nozzle (16), and a sleeve (18) having one end secured at the barrel member (14) and a through opening communicating with the end of the melting chamber opposite the outlet opening. The sleeve (18) is adapted to receive a rod (20) of solid thermoplastic material with one end portion of the rod (20) in the melting chamber and the rod (20) projecting through the sleeve (18) along a predetermined path. the barrel member (14) is heated to melt the end portion of the rod (20) therein, and a drive (22) adapted to be switched between a deactivated state and an activated state is provided for driving the rod (20) of solid thermoplastic material into the melting chamber at a predetermined rate to expel molten thermoplastic material through the nozzle (16). Upon switching of the drive (22) from the activated state to the deactivated state the drive (22) moves the rod (20) of solid thermoplastic material a small distance out of the melting chamber to cause molten thermoplastic material in the nozzle (16) to flow toward the melting chamber and restrict movement (i.e., dripping or stringing) of that molten thermoplastic material out of the nozzle (16).
    • 一种用于分配熔融热塑性材料的装置,包括具有通过喷嘴(16)与出口开口连通的内部熔化室的筒构件(14),以及一端固定在筒构件(14)上的套筒(18) 通过开口与熔融室的与出口开口相对的端部连通。 套筒(18)适于容纳固体热塑性材料的杆(20),其中杆(20)的一个端部处于熔化室中,杆(20)沿着预定的路径突出穿过套筒(18)。 筒体(14)被加热以熔化其中的杆(20)的端部,并且设置适于在停用状态和致动状态之间切换的驱动器(22),用于驱动杆(20)的固体 热塑性材料以预定的速率进入熔化室以通过喷嘴(16)排出熔融的热塑性材料。 驱动器(22)从激活状态切换到停用状态时,驱动器(22)将固体热塑性材料的杆(20)移动离开熔化室较小的距离,以使熔融的热塑性材料在喷嘴(16)中, 流向熔化室并限制该熔融热塑性材料从喷嘴(16)出来的运动(即,滴落或拉丝)。
    • 7. 发明公开
    • Apparatus for and process of welding thermoplastics material
    • Vorrichtung und Verfahren zum Schweissen thermoplastischen材料。
    • EP0225943A1
    • 1987-06-24
    • EP85308806.0
    • 1985-12-03
    • Drader, Clarence H.
    • Drader, Clarence H.
    • B05C17/00B29C65/42
    • B05C17/00536B29C47/0002B29C47/0016B29C65/18B29C65/20B29C65/305B29C65/40B29C65/42B29C65/72B29C66/0242B29C66/1142B29C66/43B29C66/7373B29C66/836B29C66/861B29C73/00
    • A device 1 is provided for forming a plastics weld, to repair a crack in a plastic article or join two plastics parts. The device 1 comprises a barrel 2 having an internal chamber 3. A nozzle 19 may be part of the barrel 2 and forms a restrictive orifice outlet 4. A plastics filler rod 7 can be forced by drive rolls 6a, 6b into the chamber 3 through an inlet 5. A heater coil 8 is provided to heat the barrel 2. In use, the drive rolls 6a, 6b are actuated to fill the chamber 3 with filler plastics and generate a high pressure (eg 2500 psi or 17.25 MN/m²). Concurrently, the heater coil 8 heats the plastics in the chamber 3 to a molten state. The molten plastics is forcefully ejected through the orifice outlet 4. To effect the weld, the hot tip 4 of the nozzle is buried in the workpiece and drawn along the crack; it plasticizes the weld area plastics as it moves along. At the same time, the molten filler plastic is jetted into the molten weld area plastic and forcefully intermixed therewith to generate a competent weld.
    • 提供了用于形成塑料焊接件的装置1,以修复塑料制品​​中的裂纹或者连接两个塑料部件。 装置1包括具有内部腔室3的筒体2.喷嘴19可以是筒体2的一部分并形成限制孔口出口4.塑料填充棒7可以被驱动辊6a,6b压入腔室3中,通过 入口5.加热器线圈8被设置为加热筒2.在使用中,驱动辊6a,6b被致动以用填充塑料填充室3并产生高压(例如2500psi或17.25MN / 2>)。 同时,加热器线圈8将室3中的塑料加热到熔融状态。 熔融塑料通过孔口4有力地排出。为了实现焊接,喷嘴的热尖端4被埋在工件中,沿着裂纹被拉出; 它塑化焊接区域塑料随着它移动。 同时,将熔融的填充塑料喷射到熔融焊接区域塑料中并与其强力混合以产生有效的焊接。