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    • 2. 发明授权
    • Method and apparatus for heating removably attachable heading tool dies
    • 用于加热可拆卸地附接的工具模具的方法和装置
    • US4846674A
    • 1989-07-11
    • US154281
    • 1988-02-10
    • Imre BereczDennis Schultz
    • Imre BereczDennis Schultz
    • F27B9/06F27B9/24F27B9/40F27D3/12F27D19/00G05D23/19
    • F27B9/40F27B9/066F27B9/243F27D19/00F27D3/12G05D23/19F27D2003/121F27D2019/0003F27D2019/005F27D2019/0062F27M2001/1543
    • An apparatus for precisely heating a continuous stream of heading tool dies to a desired temperature for immediate use thereafter in a rivet heading operation comprises a closed-loop transport system having a variable-speed drive and receptacle means for receiving and retaining heading tool dies for transportation therewith, with a first section of the die transport system being exposed to fluid medium having reference temperature below the desired die temperature, and a second fixed-length section of the die transport system being exposed to a constant temperature heat source. The temperature of the dies is thus normalized by exposure to the reference temperature fluid medium, whereafter a metered quantity of heat is transferred to each die by the controlled exposure thereof to the constant temperature heat source as determined by adjustment of die transport speed, whereby the dies are precisely heated to the desired temperature. A preferred embodiment of the instant invention additionally facilitates installation of the thus heated dies on a heading tool which is adapted to receive such dies.
    • 一种用于将铆接工具模具的连续流精确加热到期望温度以便在铆钉行进操作中立即使用的装置包括具有变速驱动器的闭环输送系统和用于接收和保持用于运输的行进工具模具的接收装置 由此,模具输送系统的第一部分暴露于具有低于期望的模具温度的参考温度的流体介质,并且模具输送系统的第二固定长度部分暴露于恒温热源。 因此,通过暴露于参考温度的流体介质使管芯的温度归一化,然后通过将其控制暴露于通过调节模具输送速度所确定的恒温热源将计量的热量转移到每个管芯,由此 模具精确加热到所需的温度。 本发明的优选实施例另外有助于将如此加热的模具安装在适于接收这种模具的行进工具上。
    • 3. 发明公开
    • Dispositif pour chauffer des pièces métalliques par induction
    • Anordnung zum induktivenErwärmenvonMetallwerkstücken。
    • EP0451075A1
    • 1991-10-09
    • EP91440027.0
    • 1991-04-04
    • ATELIERS DE CONSTRUCTIONS ELECTRIQUES DU SUNDGAU SARL
    • Allemann, Christian
    • C21D1/42C21D11/00C21D9/00H05B6/06
    • H05B6/40C21D1/42C21D11/00F27B9/067F27B9/40F27D2019/0018F27D2021/0092F27D2099/006F27M2001/1543Y02P10/253
    • L'invention se rapporte à un four à induction ( 1 ) pourvu d'un passage longitudinal ( 3 ) pour des pièces métalliques ( 7 ) véhiculées par un moyen de convoyage ( 8 ). Pour éviter, en cas d'arrêt temporaire de l'avancement des pièces ( 7 ), de devoir arrêter le chauffage et vider le four avant de le remettre en fonction, il est prévu un ensemble d'inducteurs secondaires (20) disposés autour de l'inducteur principal, dans des positions ajustables. Lors d'un arrêt, l'inducteur principal ( 2 ) est arrêté et les pièces sont chauffées au moyen des inducteurs secondaires ( 20 ).
      Le procédé appliqué consiste à maintenir les pièces ( 7 ) à des températures respectives définies par les positions qu'elles occupent le long du four. Chacune de ces températures est celle que les pièces ont en passant à l'emplacement correspondant pendant la marche normale du four. Le même procédé permet un démarrage du chauffage avec des pièces à l'arrêt dans le four.
    • 感应炉(1)设置有用于通过运输工具(8)输送的金属制品(7)的纵向通道(3)。 为了避免在物品(7)的向前行进的暂时停止的情况下使炉子重新投入运行之前不必停止加热并将其清空,则设置在主体周围的一组次级电感器(20) 电感器,可调节位置。 在停电期间,主电感器(2)停止并且物品通过次级电感器(20)被加热。 所应用的方法在于将制品(7)保持在它们沿着炉子占据的位置所定义的相应温度。 这些温度中的每一个是在炉的正常操作期间通过相应位置时制品所具有的温度。 相同的过程允许用炉子中固定的物品启动加热。
    • 7. 发明公开
    • Furnace
    • 奥芬。
    • EP0178182A2
    • 1986-04-16
    • EP85307316.1
    • 1985-10-11
    • Furnace Juko Kabushiki Kaisha
    • Sakamoto, Hidesato
    • F27B9/16F27B9/38F27D3/06
    • F27B9/16F27B9/025F27B9/3011F27B9/38F27D3/0024F27D3/06F27D2003/0019F27D2003/0046F27D2007/045F27M2001/1543
    • 57 A furnace has a furnace chamber 32 formed with a workpiece inlet 39 and a workpiece outlet 40, and a rotatable workpiece mounting turntable 34 provided within the furnace chamber, the furnace further comprises first workpiece carrying means 48 for carrying a workpiece into the furnace chamber through work inlet so as to transfer the workpiece onto given one of workpiece mounting portions on the turntable, and second workpiece carrying means 61 for carrying a workpiece mounted on one of the workpiece mounts out the work outlet. I Each of the workpiece mounts, and the forwards ends of workpiece carrying means is formed by a plurality of strip members 42a, 49a, 62a disposed at regular intervals. The respective strip members of each of the workpiece carrying means are arranged to move up and down passing through the gaps formed between the adjacent strips members of the workpiece mounts. Thus, a workpiece can be mounted onto one of the workpiece mounts by causing the first carrying means with the work mounted thereon to move down from a position higher than the workpiece mount to a position lower than the same. On the other hand, the second carrying means can lift a work mounted on one workpiece mounted on one of mount portions when the carrying out means comes up from a position lower than the workpiece mount to a position higher than the same.
    • 炉具有形成有工件入口39和工件出口40的炉室32和设置在炉室内的可旋转工件安装转台34,炉还包括第一工件承载装置48,用于将工件运送到炉室中,通过 工件入口以将工件传送到转盘上的一个工件安装部分上,以及第二工件承载装置61,用于将安装在其中一个工件安装件上的工件运出工作出口。 每个工件安装件和工件承载装置的前端由以规则间隔设置的多个条状构件42a,49a,62a形​​成。 每个工件承载装置的相应带状构件布置成上下移动通过形成在工件安装件的相邻条构件之间的间隙。 因此,通过使安装在其上的工件的第一承载装置从高于工件安装座的位置向下移动到低于其的位置,可以将工件安装到一个工件安装件上。 另一方面,当执行装置从低于工件安装座的位置升高到高于其的位置时,第二承载装置可提升安装在安装在一个安装部分上的一个工件上的工件。
    • 8. 发明授权
    • Furnace
    • US4626203A
    • 1986-12-02
    • US782857
    • 1985-10-02
    • Hidesato Sakamoto
    • Hidesato Sakamoto
    • F27B9/02F27B9/16F27B9/30F27B9/38F27B9/39F27D3/00F27D3/06F27D7/04B65G25/00F27B9/00
    • F27B9/16F27B9/38F27D3/0024F27B9/025F27B9/3011F27D2003/0019F27D2003/0046F27D2007/045F27D3/06F27M2001/1543
    • Disclosed is a furnace having a furnace chamber formed with a work inlet and a work outlet, and a work mount turntable rotatably provided within the furnace chamber, the furnace further comprising work carry-in means for carrying a work while mounting the work thereon into the furnace chamber through work inlet to transfer the work onto given one of work mount portions on the turntable, and work carry-out means for carrying a work mounted on one of the the work mounts out of the work outlet while mounting the work thereon. Each of the work mounts, the work carry-in means, and the work carry-out means is constituted by a plurality of strip members disposed at regular intervals. The respective strip members of each of the work carry-in means and the work carry-out means are arranged to move up and down passing through the gaps formed between the adjacent strip members of the work mounts. Thus, a work can be mounted onto one of the work mounts by causing the work carry-in means with the work mounted thereon to move down from a position higher than the work mount to a position lower than the same. On the contrary, the work carry-out means can lift a work mounted on one of the mount portions when the work carry-out means comes up from a position lower than the work mount to a position higher than the same.
    • 公开了一种具有形成有工作入口和工作出口的炉室的炉,以及可旋转地设置在炉室内的工件安装转台,该炉还包括用于在将工件安装到其中的工件上进行工作的工作搬运装置 炉室通过工作入口将工件传送到转盘上的一个工作安装部分上,以及工件搬出装置,用于将安装在工作安装件中的一个上的工件从工作出口运出,同时将工件安装在工件上。 每个工件安装件,工作搬运装置和工作执行装置由以规则间隔设置的多个条状构件构成。 每个工件搬运装置和工件搬出装置的相应带状构件布置成上下移动通过形成在工件安装件的相邻条形构件之间的间隙。 因此,通过使安装在其上的工件的工件搬入装置从高于工件安装座的位置向下移动到低于其的位置,可以将工件安装到工件之一上。 相反,当工件搬出装置从低于工作安装座的位置升到高于其的位置时,工作执行装置可以提升安装在一个安装部分上的工件。