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    • 1. 发明公开
    • Thermoelectric generator device and method of forming same
    • 热电发生器装置及其形成方法
    • EP0034538A3
    • 1983-07-27
    • EP81400231
    • 1981-02-13
    • Wilson, Kenneth T.
    • Wilson, Kenneth T.
    • H01L35/34H01L35/08
    • H01L35/34H01L35/08
    • The invention deals with a thermoelectric generator device and a method of forming same. The thermoelectric device comprises a multiplicity of thermocouples (20, 22) on a substrate (14) in a narrow strip form, the thermocouples being formed by printing with first and second inks formed of suitable different powdered metals with a proper binder or flux. The thermocouples are formed in series and the opposed couples areas are melted to form an intermingling of the two metals (16,18) and the strips (10) may be formed in substantial lengths and rolled onto a reel, or in relatively short strip form and disposed in a side-by-side abutting relationship in substantial numbers to define a generally rectangular panel form with opposed ends in electrical connection. The method of forming the panels includes the steps of feeding a suitable substrate, either in a continuous roll or sheet form, through first and second printers to form the series connected multiplicity of thermocouples thereon. From the printers the sheet or strip passes through a melter such as an induction furnace and from the furnace it passes through a sheeter, if the strip is in roll form. The sheets are then slit into narrow strips relative to the thermocouples, printed thereon and the strips are then formed into a bundle. A predetermined number of bundles are assembled into a panel form.
    • 本发明涉及一种热电发电装置及其形成方法。 热电装置包括在窄条形式的基板(14)上的多个热电偶(20,22),热电偶通过用适当的不同粉末金属形成的第一和第二墨水与适当的 粘合剂或助焊剂。 热电偶串联形成,并且相对的耦合区域被熔化以形成两个金属(16,18)的混合,并且条(10)可以形成为相当长的长度并且卷绕到卷轴上,或者以相对较短的带状形式 并且以大量的并排的邻接关系设置以限定具有电连接的相对端的大致矩形的面板形式。 形成面板的方法包括以下步骤:通过第一和第二打印机以连续的卷或片形式馈送合适的衬底,以在其上形成串联连接的多个热电偶。 从打印机中,片材或带材通过熔化器如感应炉,并且从炉子穿过片材,如果条带是卷状的。 然后将片材相对于热电偶切成窄条,印在其上,然后将条形成为束。 将预定数量的束组装成面板形式。
    • 2. 发明公开
    • Thermoelectric generator device and method of forming same
    • 热电发电机和Verfahren zu deren Herstellung。
    • EP0034538A2
    • 1981-08-26
    • EP81400231.7
    • 1981-02-13
    • Wilson, Kenneth T.
    • Wilson, Kenneth T.
    • H01L35/34H01L35/08
    • H01L35/34H01L35/08
    • The invention deals with a thermoelectric generator device and a method of forming same.
      The thermoelectric device comprises a multiplicity of thermocouples (20, 22) on a substrate (14) in a narrow strip form, the thermocouples being formed by printing with first and second inks formed of suitable different powdered metals with a proper binder or flux. The thermocouples are formed in series and the opposed couples areas are melted to form an intermingling of the two metals (16,18) and the strips (10) may be formed in substantial lengths and rolled onto a reel, or in relatively short strip form and disposed in a side-by-side abutting relationship in substantial numbers to define a generally rectangular panel form with opposed ends in electrical connection. The method of forming the panels includes the steps of feeding a suitable substrate, either in a continuous roll or sheet form, through first and second printers to form the series connected multiplicity of thermocouples thereon. From the printers the sheet or strip passes through a melter such as an induction furnace and from the furnace it passes through a sheeter, if the strip is in roll form. The sheets are then slit into narrow strips relative to the thermocouples, printed thereon and the strips are then formed into a bundle. A predetermined number of bundles are assembled into a panel form.
    • 本发明涉及一种热电发电装置及其形成方法。 热电装置包括在窄条形式的基板(14)上的多个热电偶(20,22),热电偶通过用适当的不同粉末金属形成的第一和第二墨水与适当的 粘合剂或助焊剂。 热电偶串联形成,并且相对的耦合区域被熔化以形成两个金属(16,18)的混合,并且条(10)可以形成为相当长的长度并且卷绕到卷轴上,或者以相对较短的带状形式 并且以大量的并排的邻接关系设置以限定具有电连接的相对端的大致矩形的面板形式。 形成面板的方法包括以下步骤:通过第一和第二打印机以连续的卷或片形式馈送合适的衬底,以在其上形成串联连接的多个热电偶。 从打印机中,片材或带材通过熔化器如感应炉,并且从炉子穿过片材,如果条带是卷状的。 然后将片材相对于热电偶切成窄条,印在其上,然后将条形成为束。 将预定数量的束组装成面板形式。
    • 7. 发明专利
    • THERMOELECTRIC GENERATOR AND METHOD FOR MAKING THEREOF
    • HU184528B
    • 1984-09-28
    • HU35381
    • 1981-02-13
    • WILSON KENNETH T
    • WILSON KENNETH T
    • H01L35/32H01L35/08H01L35/34H02N11/00
    • The invention deals with a thermoelectric generator device and a method of forming same. … The thermoelectric device comprises a multiplicity of thermocouples (20, 22) on a substrate (14) in a narrow strip form, the thermocouples being formed by printing with first and second inks formed of suitable different powdered metals with a proper binder or flux. The thermocouples are formed in series and the opposed couples areas are melted to form an intermingling of the two metals (16, 18) and the strips (10) may be formed in substantial lengths and rolled onto a reel, or in relatively short strip form and disposed in a side-by-side abutting relationship in substantial numbers to define a generally rectangular panel form with opposed ends in electrical connection. The method of forming the panels includes the steps of feeding a suitable substrate, either in a continuous roll or sheet form, through first and second printers to form the series connected multiplicity of thermocouples thereon. From the printers the sheet or strip passes through a melter such as an induction furnace and from the furnace it passes through a sheeter, if the strip is in roll form. The sheets are then slit into narrow strips relative to the thermocouples, printed thereon and the strips are then formed into a bundle. A predetermined number of bundles are assembled into a panel form.
    • 8. 发明专利
    • THERMOELECTRIC GENERATOR AND METHOD OF FORMING SAME
    • IL62128A
    • 1984-07-31
    • IL6212881
    • 1981-02-13
    • WILSON KENNETH T
    • H01L35/32H01L35/08H01L35/34H02N11/00
    • The invention deals with a thermoelectric generator device and a method of forming same. … The thermoelectric device comprises a multiplicity of thermocouples (20, 22) on a substrate (14) in a narrow strip form, the thermocouples being formed by printing with first and second inks formed of suitable different powdered metals with a proper binder or flux. The thermocouples are formed in series and the opposed couples areas are melted to form an intermingling of the two metals (16, 18) and the strips (10) may be formed in substantial lengths and rolled onto a reel, or in relatively short strip form and disposed in a side-by-side abutting relationship in substantial numbers to define a generally rectangular panel form with opposed ends in electrical connection. The method of forming the panels includes the steps of feeding a suitable substrate, either in a continuous roll or sheet form, through first and second printers to form the series connected multiplicity of thermocouples thereon. From the printers the sheet or strip passes through a melter such as an induction furnace and from the furnace it passes through a sheeter, if the strip is in roll form. The sheets are then slit into narrow strips relative to the thermocouples, printed thereon and the strips are then formed into a bundle. A predetermined number of bundles are assembled into a panel form.
    • 10. 发明专利
    • GR73834B
    • 1984-05-04
    • GR810164152
    • 1981-02-16
    • WILSON KENNETH T
    • WILSON KENNETH T
    • H01L35/32H01L35/08H01L35/34H02N11/00
    • The invention deals with a thermoelectric generator device and a method of forming same. … The thermoelectric device comprises a multiplicity of thermocouples (20, 22) on a substrate (14) in a narrow strip form, the thermocouples being formed by printing with first and second inks formed of suitable different powdered metals with a proper binder or flux. The thermocouples are formed in series and the opposed couples areas are melted to form an intermingling of the two metals (16, 18) and the strips (10) may be formed in substantial lengths and rolled onto a reel, or in relatively short strip form and disposed in a side-by-side abutting relationship in substantial numbers to define a generally rectangular panel form with opposed ends in electrical connection. The method of forming the panels includes the steps of feeding a suitable substrate, either in a continuous roll or sheet form, through first and second printers to form the series connected multiplicity of thermocouples thereon. From the printers the sheet or strip passes through a melter such as an induction furnace and from the furnace it passes through a sheeter, if the strip is in roll form. The sheets are then slit into narrow strips relative to the thermocouples, printed thereon and the strips are then formed into a bundle. A predetermined number of bundles are assembled into a panel form.