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    • 1. 发明专利
    • Inner surface coating inspection device of metal vessel
    • 金属容器内表面涂层检测装置
    • JP2003042993A
    • 2003-02-13
    • JP2001232351
    • 2001-07-31
    • Daiwa Can Co Ltd大和製罐株式会社
    • NAGASE MASAHIKOHAMADA YOSUKENAGASAWA MASAFUMIKAWAI SHIGEYA
    • G01N27/20
    • PROBLEM TO BE SOLVED: To provide an inner surface coating inspection device of a metal vessel, capable of improving inspection reliability of the inspection device and quality assurance of the inspected metal vessel, regardless of the shape of the inner surface of the metal vessel. SOLUTION: This inner surface coating inspection device 2 of the metal vessel 1 for inspecting the inner surface coating 4 of the metal vessel 1, having the non-conductive inner surface coating 4 applied thereto, is equipped with an application device for applying an arbitrary voltage by using a metal part 3 of the metal vessel 1 as one polarity and a conductive member 19, arranged in the metal vessel 1 as the reverse polarity, an inspection water supply device for filling the metal vessel with an inspection water 17 having electrochemical properties necessary for inspection, an inner surface coating defect determination means for determining defects on the inner surface coating based on a current detected, when the inspection water 17 is filled and the voltage by the application device is applied, and a detected current monitoring device for discriminating the detection state pattern of the current and determining the inspection operation of the inspection device 2.
    • 要解决的问题:为了提供金属容器的内表面涂层检查装置,能够提高检查装置的检查可靠性和检查金属容器的质量保证,而不管金属容器的内表面的形状如何。 解决方案:用于检查金属容器1的内表面涂层4的金属容器1的内表面涂层检查装置2具有施加于其上的非导电内表面涂层4,其上装有用于施加任意电压的施加装置 通过将金属容器1的金属部分3作为一个极性和布置在金属容器1中的导电构件19作为相反的极性,用于向金属容器填充具有必要的电化学性质的检查水17的检查水供应装置 用于检查内表面涂层缺陷确定装置,用于基于检测到的电流,当检查水17被填充并施加施加装置的电压时,确定内表面涂层上的缺陷;以及检测电流监视装置,用于鉴别 检测电流的检测状态图案,并确定检查装置2的检查操作。
    • 2. 发明专利
    • Equipment and method for inspecting inner surface coating of metal container
    • 用于检查金属容器内表面涂层的设备和方法
    • JP2003065992A
    • 2003-03-05
    • JP2001256947
    • 2001-08-27
    • Daiwa Can Co Ltd大和製罐株式会社
    • NAGASE MASAHIKOHAMADA YOSUKENAGASAWA MASAFUMIKAWAI SHIGEYA
    • G01N27/20
    • PROBLEM TO BE SOLVED: To provide an equipment and a method for inspecting the inner surface coating of a metal container in which the reliability of inspection can be enhanced at the time of detecting a defect in the inner surface coating of a metal container having an opening at at least one end thereof by grasping an appropriate filling state of inspection water throughput the inspection and the quality of product can be guaranteed furthermore. SOLUTION: After a metal container 1 is filled with inspection water 17, an arbitrary voltage is applied between one electrode, i.e., the metallic part 3 of the metal container 1 applied with a nonconductive inner surface coating, and an opposite electrode, i.e., a conductive member 19 disposed in the metal container 1 and the inner surface coating 4 of the metal container 1 is inspected by detecting a current generated upon application of the voltage. In such an equipment 2 for inspecting the inner surface coating 4 of the metal container 1, a passage 113 is provided from a position below the water level of inspection water 17 filling the metal container to cover a region of the inner surface coating being inspected toward a position above the water level, and water level detecting means 25 and 26 are provided in the passage 113 at the same position as the water level of the inspection water 17 or at an upper position.
    • 要解决的问题:提供一种用于检查金属容器的内表面涂层的设备和方法,其中在检测具有开口的金属容器的内表面涂层中的缺陷时可以提高检查的可靠性 在其至少一端,通过抓住检查水通过量的适当填充状态,可以进一步保证产品的检查和质量。 解决方案:在金属容器1填充有检查水17之后,在施加有非导电内表面涂层的金属容器1的金属部分3和相对电极之间施加任意电压,即,一个电极 通过检测在施加电压时产生的电流来检查布置在金属容器1中的导电构件19和金属容器1的内表面涂层4。 在用于检查金属容器1的内表面涂层4的这种设备2中,从填充金属容器的检查水17的水位下方的位置设置通道113,以覆盖被检查的内表面涂层的区域 在水位以上的位置,水位检测单元25,26设置在与检查水17的水位相同的位置的通道113中,或设置在上部位置。
    • 4. 发明专利
    • CAN HAVING CODE MARK
    • JP2001063730A
    • 2001-03-13
    • JP24390899
    • 1999-08-30
    • DAIWA CAN CO LTD
    • MORI KENTANAGASE MASAHIKO
    • B65D25/20B41M5/26
    • PROBLEM TO BE SOLVED: To provide a can, wherein a suitable code mark in response to the structure of the external surface, is formed. SOLUTION: In this can, a transparent coated film 4 is formed on the external surface of the can body. Then, a code mark 6, wherein one section of the transparent coated film 4 is engraved with a laser beam in the range where the code mark 6 does not reach the lower layer 3 of the transparent coated film 4, is applied on the external surface of the can body. Also, on the can bottom section, a transparent coated film which is directly formed on the surface of the base material of the can body, is provided. In this case, a code mark wherein one section of the transparent coated film of the can bottom section is engraved with a laser beam within a range that the code mark does not reach the base material, is applied on the bottom section of the can body. In addition, at least on the outer peripheral surface of the can body made of a metal, a decorative resin film wherein on the lower surface of a transparent thermoplastic resin film, a printed layer and an adhesive layer are formed, and on the other surface, a transparent coated film is formed, is affixed with an adhesive to form a laminated can. Then, one section of the lower layer of the transparent film is heated and evaporated by emitting a laser beam in a manner to transmit the transparent film, and the transparent film is partially raised to be approx. flush with the transparent coated film, and thus, the mark is formed.
    • 6. 发明专利
    • CONTAINER REVERSING APPARATUS
    • JP2002037442A
    • 2002-02-06
    • JP2000220465
    • 2000-07-21
    • DAIWA CAN CO LTD
    • FUJIMAKI KOJIKAWASHIMA NORIHISANAGASE MASAHIKO
    • B65G47/86B65G47/248
    • PROBLEM TO BE SOLVED: To provide a container reversing apparatus capable of surely holding a container having a barrel part and a neck part, preventing deformation of the container in reversing, and rapidly reversing the container. SOLUTION: In this reversing apparatus, the container 4 having the barrel 7 and the neck part 6 connected to the barrel part 7 and having an outside diameter smaller than that of the barrel part 7 is reversed from the state of putting the neck part 5 at the bottom to the state of putting the neck part at the top. The reversing apparatus is provided with a rotating shaft 13 rotating around the substantially horizontal axis, a sucker 37 provided on the rotating member 13 and approaching the outer surface of the barrel part 7 of the container 4 placed upside-down to vacuum-suck the container 4, air passages 31, 49, 36 for releasing the vacuum sucking force of the sucker 37 for the container 4 immediately before the rotating shaft 13 is rotated to place the container 4 with the neck up, an inner peripheral groove 47 and an outer peripheral groove 48.