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    • 5. 发明授权
    • Seal integrity for mailpiece envelopes
    • 密封邮件信封的完整性
    • US07918071B2
    • 2011-04-05
    • US12251515
    • 2008-10-15
    • Jay ReichelsheimerJohn KlineRobert A. Cordery
    • Jay ReichelsheimerJohn KlineRobert A. Cordery
    • B65B11/48
    • B43M5/04B65D27/14
    • A method, system and article for producing an envelope having improved seal integrity. A method includes the steps of: disposing at least one material at the interface of the adhesive seal between the flap and the body portion of the envelope, which material radiates thermal energy when combined with an activating agent. The envelope is then sealed by closing the flap onto the body portion of the envelope and combining the material with the activating agent at the sealing interface so as to change the thermal energy radiated therefrom. The seal is then inspected to determine whether the thermal energy radiated from the activated material has changed thereby confirming that a seal has been produced between the flap and body portion of the envelope. The system and article are directed to the various modules of a mailpiece fabrication system employed to produce the mailpiece including an inspection module for confirming that a seal has been formed.
    • 一种用于生产具有改进的密封完整性的封套的方法,系统和制品。 一种方法包括以下步骤:在粘合剂密封件的界面处设置至少一种材料,所述粘合剂密封件在所述翼片和所述壳体的主体部分之间,当与活化剂组合时,所述材料辐射热能。 然后通过将盖板关闭到封套的主体部分上并将密封材料与活化剂在密封界面处组合以便改变从其辐射的热能来密封该封套。 然后检查密封件以确定从活化材料辐射的热能是否已经改变,从而确认在封套的翼片和主体部分之间已经产生密封。 系统和物品被引导到用于生产邮件的邮件制造系统的各个模块,其包括用于确认形成密封件的检查模块。
    • 6. 发明申请
    • SEAL INTEGRITY FOR MAILPIECE ENVELOPES
    • 密封件的密封性
    • US20100089003A1
    • 2010-04-15
    • US12251515
    • 2008-10-15
    • Jay ReichelsheimerJohn KlineRobert A. Cordery
    • Jay ReichelsheimerJohn KlineRobert A. Cordery
    • B65B51/10B65B57/00B31B1/00
    • B43M5/04B65D27/14
    • A method, system and article for producing an envelope having improved seal integrity. A method includes the steps of: disposing at least one material at the interface of the adhesive seal between the flap and the body portion of the envelope, which material radiates thermal energy when combined with an activating agent. The envelope is then sealed by closing the flap onto the body portion of the envelope and combining the material with the activating agent at the sealing interface so as to change the thermal energy radiated therefrom. The seal is then inspected to determine whether the thermal energy radiated from the activated material has changed thereby confirming that a seal has been produced between the flap and body portion of the envelope. The system and article are directed to the various modules of a mailpiece fabrication system employed to produce the mailpiece including an inspection module for confirming that a seal has been formed.
    • 一种用于生产具有改进的密封完整性的封套的方法,系统和制品。 一种方法包括以下步骤:在粘合剂密封件的界面处设置至少一种材料,所述粘合剂密封件在所述翼片和所述壳体的主体部分之间,当与活化剂组合时,所述材料辐射热能。 然后通过将盖板关闭到封套的主体部分上并将密封材料与活化剂在密封界面处组合以便改变从其辐射的热能来密封该封套。 然后检查密封件以确定从活化材料辐射的热能是否已经改变,从而确认在封套的翼片和主体部分之间已经产生密封。 系统和物品被引导到用于生产邮件的邮件制造系统的各个模块,其包括用于确认形成密封件的检查模块。
    • 8. 发明申请
    • Postage label having concealed postal indicium
    • 邮资标签隐藏了邮戳
    • US20080141888A1
    • 2008-06-19
    • US11641145
    • 2006-12-18
    • Bertrand HaasJay Reichelsheimer
    • Bertrand HaasJay Reichelsheimer
    • B41M3/14
    • B41M3/144G09F3/0294Y10S428/913
    • A postage payment label is provided which includes a substrate having an image provided thereon and a postage mark. The substrate and the image are able to transmit light of one or more first wavelengths (e.g., infrared or ultraviolet light) while the postage mark is able to absorb or reflect light of the one or more first wavelengths. Moreover, the image that is provided on the substrate is able to absorb and/or reflect light of one or more second wavelengths (e.g., visible light). Accordingly, when the image is illuminated with light of the one or more second wavelengths (e.g., visible light), the image conceals a portion or all of the postage mark. The postage mark (or relevant portion thereof), however, may be viewed when the image is illuminated with light of the one or more first wavelengths and not illuminated with light of the one or more second wavelengths.
    • 提供了一种邮资支付标签,其包括其上提供有图像的基板和邮资标记。 衬底和图像能够透射一个或多个第一波长(例如,红外或紫外光)的光,同时邮资标记能够吸收或反射一个或多个第一波长的光。 此外,设置在基板上的图像能够吸收和/或反射一个或多个第二波长(例如,可见光)的光。 因此,当用一个或多个第二波长(例如可见光)的光照射图像时,图像隐藏了邮资的一部分或全部。 然而,当图像用一个或多个第一波长的光照射并且不被一个或多个第二波长的光照射时,可以查看邮资标记(或其相关部分)。
    • 9. 发明授权
    • Postage label having concealed postal indicium
    • 邮资标签隐藏了邮戳
    • US07980595B2
    • 2011-07-19
    • US12487006
    • 2009-06-18
    • Bertrand HaasJay Reichelsheimer
    • Bertrand HaasJay Reichelsheimer
    • G09F3/00B42D15/10
    • B41M3/144G09F3/0294Y10S428/913
    • A postage payment label is provided which includes a substrate having an image provided thereon and a postage mark. The substrate and the image are able to transmit light of one or more first wavelengths (e.g., infrared or ultraviolet light) while the postage mark is able to absorb or reflect light of the one or more first wavelengths. Moreover, the image that is provided on the substrate is able to absorb and/or reflect light of one or more second wavelengths (e.g., visible light). Accordingly, when the image is illuminated with light of the one or more second wavelengths (e.g., visible light), the image conceals a portion or all of the postage mark. The postage mark (or relevant portion thereof), however, may be viewed when the image is illuminated with light of the one or more first wavelengths and not illuminated with light of the one or more second wavelengths.
    • 提供了一种邮资支付标签,其包括其上提供有图像的基板和邮资标记。 衬底和图像能够透射一个或多个第一波长(例如,红外或紫外光)的光,同时邮资标记能够吸收或反射一个或多个第一波长的光。 此外,设置在基板上的图像能够吸收和/或反射一个或多个第二波长(例如,可见光)的光。 因此,当用一个或多个第二波长(例如可见光)的光照射图像时,图像隐藏了邮资的一部分或全部。 然而,当图像用一个或多个第一波长的光照射并且不被一个或多个第二波长的光照射时,可以查看邮资标记(或其相关部分)。