- Email: [email protected]
1992 and all that
04-043,973B Sintered contact material consisting of Ag with Ni, Cu, and C made from ball milled mixture of the constituent powders.
involves rapid removal of the binder at low temperature in a steam-saturated ~ .
Hitachi Maxell KK. 17 March 1982; 5 August 1992.
Fine Particle Technology. 14 February 1986; 22 July 1992.
04-047,968B
Omron Tateisi. 28 July 1983; 20 July 1992.
04-045,573B
04"043,97613 Sintered alloy for pantographs is iron containing 5-15%Cr, 1.5-7% metal sulphide, and 1% P, and is impregnated with lead.
Sintered permanent magnets made by sintering pre-alloyed powder of RE metal, B, and Fe. Sumitomo Spec Met~ 7 December 1984; 21 July 1992.
Teikoku Carbon Kogyo. 30 May 1986; 21 July 1992.
04-045,578B
04-044,402B
High strength Mo-Zr alloy moulded to shape and then internally nitrided.
Resin bonded magnets made by compacting RE metal magnetic powder, aging, and impregnating with a polymer. Fuji Electrochem KK. I 1 June 1987; 21 July 1992.
04-044,403B Bonded permanent magnets made by compacting m•gnetic powder and a wax, aging, and impregnating with a binder. Fuji Electrochem KIC 11 June 1987; 21 July 1992.
Toshiba KK. 13 May 1983; 21 July 1992.
04-047,020B Hard sintered material for watch parts, jewellry, etc. contains a hard phase containing Ti, Zr, etc. and N in a metal matrix. Toshiba Tungalloy KK. 21 May 1992; 31 July 1992.
04-047,021B
Production of powder for recording medium by thermal decomposition of carbonyi of Fe, Co, or Ni in resin solution. Hitachi Maxell KK. lO February, 1982; 5 August 1992.
04-048,841B Porous AI-Cu plate made by power rolling. NDC KK. 26 March 1985; 7 August 1992.
04-049,507B Free machining ceramics made by sinCering a mixture of AI20s and Fe and Fe alloy powders. Agency of Ind Sci Tech. 23 December 1986; 11 August 1992.
04-049,788B Contact material for vacuum circuit breakers consisting of Cu with 10-65% of Cr plus T& Mltsubishi Denki KK. 28 April 1983; 12 August 1992.
Permanent RE metal -- transition metal magnets made by a specifed multi-stage process.
S i n t e r e d •lioy for o r n a m e n t • l p u r p o s e s consisting of a hard phase containing Ti, N, C, and O with 2-30% of binder in a metal matrix. Toshiba Tungalloy KK. 21 May 1982; 31 July 1992.
Tohoku Metal Ind Ltd. 22 June 1984; 21 July 1992
04-047,962B
Machine tool components of sintered Ni and/or Co with TiC, TiN and carbides of group Via metal(s).
04-044,629B
Stabilizing of ferrous magnetic powder by dipsersion in a polyvalent alcohol containing salts(s) of Fe, Co, or Ni.
Toshib• Tungalloy KK. 23 October 1986; 14 August 1992.
04-044,404B
Sintering of moulded bodies containing a binder
KOMAGE Gellner & Co. MaschinenfabrikKG Hochwaldstra~ 19 5509 Kell
04-0~,$78B
T~efon 06589) 1051 0 65 89) 3 55
Fax (0 65 89) I 0 56 Telex 4729722
• Powder Compc~."ng Presses from 50 kN to 12000 kN. Handling _Systemsfor h'ansporting PowclerMixes & Pressed Parts* Worldwide AzoplicaficLnsE~lineering for more tfian 80 years • Modular Range for Optimum G}uality & Procluctivity*
Mechanical Productivity
Abrasive.Bearing.Ceramic.
and
' ElectriC. • Ferrous. Grinding.
CNC Hydraulic Flexibility for Competitive Advantage
Clnk:al.Compite.Cng Hazardous.Mag~'c. Nonferrous.PTFE.Reh'actory
~ . ~ v e .
BrownGoods.Chemical. Electronics.industrial Materials.MachineTools. Pbaemaceut~l.Power Geneat~.White Goods
MPR November 1992 59
involves rapid removal of the binder at low temperature in a steam-saturated ~ .
Hitachi Maxell KK. 17 March 1982; 5 August 1992.
Fine Particle Technology. 14 February 1986; 22 July 1992.
04-047,968B
Omron Tateisi. 28 July 1983; 20 July 1992.
04-045,573B
04"043,97613 Sintered alloy for pantographs is iron containing 5-15%Cr, 1.5-7% metal sulphide, and 1% P, and is impregnated with lead.
Sintered permanent magnets made by sintering pre-alloyed powder of RE metal, B, and Fe. Sumitomo Spec Met~ 7 December 1984; 21 July 1992.
Teikoku Carbon Kogyo. 30 May 1986; 21 July 1992.
04-045,578B
04-044,402B
High strength Mo-Zr alloy moulded to shape and then internally nitrided.
Resin bonded magnets made by compacting RE metal magnetic powder, aging, and impregnating with a polymer. Fuji Electrochem KK. I 1 June 1987; 21 July 1992.
04-044,403B Bonded permanent magnets made by compacting m•gnetic powder and a wax, aging, and impregnating with a binder. Fuji Electrochem KIC 11 June 1987; 21 July 1992.
Toshiba KK. 13 May 1983; 21 July 1992.
04-047,020B Hard sintered material for watch parts, jewellry, etc. contains a hard phase containing Ti, Zr, etc. and N in a metal matrix. Toshiba Tungalloy KK. 21 May 1992; 31 July 1992.
04-047,021B
Production of powder for recording medium by thermal decomposition of carbonyi of Fe, Co, or Ni in resin solution. Hitachi Maxell KK. lO February, 1982; 5 August 1992.
04-048,841B Porous AI-Cu plate made by power rolling. NDC KK. 26 March 1985; 7 August 1992.
04-049,507B Free machining ceramics made by sinCering a mixture of AI20s and Fe and Fe alloy powders. Agency of Ind Sci Tech. 23 December 1986; 11 August 1992.
04-049,788B Contact material for vacuum circuit breakers consisting of Cu with 10-65% of Cr plus T& Mltsubishi Denki KK. 28 April 1983; 12 August 1992.
Permanent RE metal -- transition metal magnets made by a specifed multi-stage process.
S i n t e r e d •lioy for o r n a m e n t • l p u r p o s e s consisting of a hard phase containing Ti, N, C, and O with 2-30% of binder in a metal matrix. Toshiba Tungalloy KK. 21 May 1982; 31 July 1992.
Tohoku Metal Ind Ltd. 22 June 1984; 21 July 1992
04-047,962B
Machine tool components of sintered Ni and/or Co with TiC, TiN and carbides of group Via metal(s).
04-044,629B
Stabilizing of ferrous magnetic powder by dipsersion in a polyvalent alcohol containing salts(s) of Fe, Co, or Ni.
Toshib• Tungalloy KK. 23 October 1986; 14 August 1992.
04-044,404B
Sintering of moulded bodies containing a binder
KOMAGE Gellner & Co. MaschinenfabrikKG Hochwaldstra~ 19 5509 Kell
04-0~,$78B
T~efon 06589) 1051 0 65 89) 3 55
Fax (0 65 89) I 0 56 Telex 4729722
• Powder Compc~."ng Presses from 50 kN to 12000 kN. Handling _Systemsfor h'ansporting PowclerMixes & Pressed Parts* Worldwide AzoplicaficLnsE~lineering for more tfian 80 years • Modular Range for Optimum G}uality & Procluctivity*
Mechanical Productivity
Abrasive.Bearing.Ceramic.
and
' ElectriC. • Ferrous. Grinding.
CNC Hydraulic Flexibility for Competitive Advantage
Clnk:al.Compite.Cng Hazardous.Mag~'c. Nonferrous.PTFE.Reh'actory
~ . ~ v e .
BrownGoods.Chemical. Electronics.industrial Materials.MachineTools. Pbaemaceut~l.Power Geneat~.White Goods
MPR November 1992 59