Japanese
close

FI (list display)

  • H01M4/00
    		•  Electrodes
    		HB CC 5H050
  • H01M4/02
    		•  .Electrodes composed of, or comprising, active material [2] HB CC 5H050
  • H01M4/02@A
    		•  Cell electrodes classified in 10/36 HB CC 5H050
  • H01M4/02@Z
    		•  Others HB CC 5H050
  • H01M4/04
    		•  ..Processes of manufacture in general [2] HB CC 5H050
  • H01M4/04@A
    		•  Secondary cell electrodes HB CC 5H050
  • H01M4/04@Z
    		•  Others HB CC 5H050
  • H01M4/06
    		•  ..Electrodes for primary cells [2] HB CC 5H050
  • H01M4/06@A
    		•  Cathode HB CC 5H050
  • H01M4/06@B
    		•  .for cells with water soluble electrolytes, e.g. cathode of cells filled with electrolyte HB CC 5H050
  • H01M4/06@C
    		•  ..for cells with neutral electrolytes, e.g. cathode of Leclanche cells HB CC 5H050
  • H01M4/06@D
    		•  ..for cells with alkali electrolytes HB CC 5H050
  • H01M4/06@E
    		•  ...Manganese dioxide electrodes (MnO2) HB CC 5H050
  • H01M4/06@F
    		•  ...Silver oxide electrodes HB CC 5H050
  • H01M4/06@G
    		•  ....Divalent silver oxide (silver peroxide) electrodes (AgO) HB CC 5H050
  • H01M4/06@H
    		•  ....Compositions of electrode mixes HB CC 5H050
  • H01M4/06@J
    		•  .for cells with non-water soluble electrolytes HB CC 5H050
  • H01M4/06@K
    		•  ..for cells with organic electrolytes HB CC 5H050
  • H01M4/06@L
    		•  ...Manganese dioxide electrodes (MnO2) HB CC 5H050
  • H01M4/06@M
    		•  ...Carbon fluoride electrodes ((CF)n) HB CC 5H050
  • H01M4/06@N
    		•  ..for cells with solid electrolytes HB CC 5H050
  • H01M4/06@P
    		•  Anodes, e.g. anode for hybrid cells HB CC 5H050
  • H01M4/06@Q
    		•  .for cells with water soluble electrolytes, e.g. anode of cells filled with electrolyte HB CC 5H050
  • H01M4/06@R
    		•  ..for cells with neutral salt electrolytes, e.g. zinc electrode for Leclanche cells HB CC 5H050
  • H01M4/06@S
    		•  ..for cells with alkali electrolytes HB CC 5H050
  • H01M4/06@T
    		•  ...Zinc electrodes HB CC 5H050
  • H01M4/06@U
    		•  ....Gel electrodes HB CC 5H050
  • H01M4/06@V
    		•  .for cells with non-water soluble electrolytes HB CC 5H050
  • H01M4/06@W
    		•  ..for cells with organic electrolytes HB CC 5H050
  • H01M4/06@X
    		•  ...Lithium electrodes HB CC 5H050
  • H01M4/06@Z
    		•  Others, e.g. connecting electrodes for aggregate cells HB CC 5H050
  • H01M4/08
    		•  ...Processes of manufacture [2] HB CC 5H050
  • H01M4/08@A
    		•  Arrangements for manufacture HB CC 5H050
  • H01M4/08@B
    		•  Processes for manufacture of cathodes HB CC 5H050
  • H01M4/08@C
    		•  .Processes for manufacture of electrodes for cells with water soluble electrolytes HB CC 5H050
  • H01M4/08@D
    		•  ..for cells with neutral salt electrolytes, e.g. processes of manufacture for anode of Leclanche cells HB CC 5H050
  • H01M4/08@E
    		•  ..for cells with alkali electrolytes HB CC 5H050
  • H01M4/08@F
    		•  ...Manganese dioxide electrodes (MnO2) HB CC 5H050
  • H01M4/08@G
    		•  ...Silver oxide electrodes HB CC 5H050
  • H01M4/08@H
    		•  ....Divalent silver oxide (silver peroxide) electrodes (AgO) HB CC 5H050
  • H01M4/08@J
    		•  .for cells with non-water soluble electrolytes HB CC 5H050
  • H01M4/08@K
    		•  ..for cells with organic electrolytes HB CC 5H050
  • H01M4/08@L
    		•  ...Manganese dioxide electrodes (MnO2) HB CC 5H050
  • H01M4/08@M
    		•  ...Carbon fluoride electrodes ((CF)n) HB CC 5H050
  • H01M4/08@N
    		•  ..for cells with solid electrolytes HB CC 5H050
  • H01M4/08@Z
    		•  Others HB CC 5H050
  • H01M4/10
    		•  ....of pressed electrodes with central core, i.e. dollies [2] HB CC 5H050
  • H01M4/12
    		•  ....of consumable metal or alloy electrodes (use of alloy compositions as active materials H01M 4/38) [2] HB CC 5H050
  • H01M4/12@A
    		•  Processes for manufacture of cathodes, e.g. processes for manufacture of anodes for hybrid cells HB CC 5H050
  • H01M4/12@B
    		•  .for cells with water soluble electrolytes, e.g. anode of cells filled with electrolyte HB CC 5H050
  • H01M4/12@C
    		•  ..for cells with neutral salt electrolytes, e.g. processes of manufacture for anode of Leclanche cells HB CC 5H050
  • H01M4/12@D
    		•  ..for cells with alkali electrolytes HB CC 5H050
  • H01M4/12@E
    		•  ...Gel electrodes HB CC 5H050
  • H01M4/12@F
    		•  .for cells with non-water soluble electrolytes HB CC 5H050
  • H01M4/12@G
    		•  ..for cells with organic electrolytes HB CC 5H050
  • H01M4/12@Z
    		•  Others HB CC 5H050
  • H01M4/13
    		•  ..Electrodes for accumulators with non-aqueous electrolyte, e.g. for lithium-accumulators; Processes of manufacture thereof
    		HB CC 5H050
  • H01M4/131
    		•  ...Electrodes based on mixed oxides or hydroxides, or on mixtures of oxides or hydroxides, e.g. LiCoOx [2010.01] HB CC 5H050
  • H01M4/1315
    		•  ....containing halogen atoms, e.g. LiCoOxFy [2010.01] HB CC 5H050
  • H01M4/133
    		•  ...Electrodes based on carbonaceous material, e.g. graphite-intercalation compounds or CFx [2010.01] HB CC 5H050
  • H01M4/134
    		•  ...Electrodes based on metals, Si or alloys [2010.01] HB CC 5H050
  • H01M4/136
    		•  ...Electrodes based on inorganic compounds other than oxides or hydroxides, e.g. sulfides, selenides, tellurides, halogenides or LiCoFy [2010.01] HB CC 5H050
  • H01M4/137
    		•  ...Electrodes based on electro-active polymers [2010.01] HB CC 5H050
  • H01M4/139
    		•  ...Processes of manufacture [2010.01] HB CC 5H050
  • H01M4/1391
    		•  ....of electrodes based on mixed oxides or hydroxides, or on mixtures of oxides or hydroxides, e.g. LiCoOx [2010.01] HB CC 5H050
  • H01M4/13915
    		•  .....containing halogen atoms, e.g. LiCoOxFy [2010.01] HB CC 5H050
  • H01M4/1393
    		•  ....of electrodes based on carbonaceous material, e.g. graphite-intercalation compounds or CFx [2010.01] HB CC 5H050
  • H01M4/1395
    		•  ....of electrodes based on metals, Si or alloys [2010.01] HB CC 5H050
  • H01M4/1397
    		•  ....of electrodes based on inorganic compounds other than oxides or hydroxides, e.g. sulfides, selenides, tellurides, halogenides or LiCoFy [2010.01] HB CC 5H050
  • H01M4/1399
    		•  ....of electrodes based on electro-active polymers [2010.01] HB CC 5H050
  • H01M4/14
    		•  ..Electrodes for lead-acid accumulators [2] HB CC 5H050
  • H01M4/14@P
    		•  of Plante electrodes HB CC 5H050
  • H01M4/14@Q
    		•  of pasted electrodes HB CC 5H050
  • H01M4/14@R
    		•  of clad electrodes HB CC 5H050
  • H01M4/14@Z
    		•  Others HB CC 5H050
  • H01M4/16
    		•  ...Processes of manufacture [2] HB CC 5H050
  • H01M4/16@E
    		•  Processes for manufacture HB CC 5H050
  • H01M4/16@Z
    		•  Others (processes for manufacture of clad electrodes) HB CC 5H050
  • H01M4/18
    		•  ....of Plante electrodes [2] HB CC 5H050
  • H01M4/20
    		•  ....of pasted electrodes [2] HB CC 5H050
  • H01M4/20@M
    		•  using composite bases, e.g. lead louver and resin frame HB CC 5H050
  • H01M4/20@Q
    		•  Arrangements for manufacture HB CC 5H050
  • H01M4/20@Z
    		•  Others HB CC 5H050
  • H01M4/21
    		•  .....Drying of pasted electrodes [2] HB CC 5H050
  • H01M4/22
    		•  ....Forming of electrodes [2] HB CC 5H050
  • H01M4/23
    		•  .....Drying or preserving electrodes after forming [2] HB CC 5H050
  • H01M4/24
    		•  ..Electrodes for alkaline accumulators [2] HB CC 5H050
  • H01M4/24@G
    		•  Cadmium (Cd) electrodes HB CC 5H050
  • H01M4/24@H
    		•  Zinc (Zn) electrodes HB CC 5H050
  • H01M4/24@J
    		•  Hydrogen storage metal electrodes HB CC 5H050
  • H01M4/24@Z
    		•  Others (including common electrodes. Assign nickel (Ni) electrodes to 4/32 or silver (Ag) electrodes to 4/34.) HB CC 5H050
  • H01M4/26
    		•  ...Processes of manufacture [2] HB CC 5H050
  • H01M4/26@E
    		•  Methods for manufacture of cathodes HB CC 5H050
  • H01M4/26@F
    		•  Methods for manufacture of anodes HB CC 5H050
  • H01M4/26@G
    		•  .Methods for manufacture of cadmium (Cd) electrodes HB CC 5H050
  • H01M4/26@H
    		•  .Methods for manufacture of zinc (Zn) electrodes HB CC 5H050
  • H01M4/26@J
    		•  .Methods for manufacture of hydrogen storage metal electrodes HB CC 5H050
  • H01M4/26@Z
    		•  Others (including common electrodes.) HB CC 5H050
  • H01M4/28
    		•  ....Precipitating active material on the carrier [2] HB CC 5H050
  • H01M4/29
    		•  .....by electrochemical methods [2] HB CC 5H050
  • H01M4/30
    		•  ....Pressing [2] HB CC 5H050
  • H01M4/32
    		•  ...Nickel oxide or hydroxide electrodes [2] HB CC 5H050
  • H01M4/34
    		•  ...Silver oxide or hydroxide electrodes [2] HB CC 5H050
  • H01M4/36
    		•  ..Selection of substances as active materials, active masses, active liquids [2] HB CC 5H050
  • H01M4/36@A
    		•  Composite materials HB CC 5H050
  • H01M4/36@B
    		•  .in forms of mixture HB CC 5H050
  • H01M4/36@C
    		•  .in forms of layered product HB CC 5H050
  • H01M4/36@D
    		•  containing more than one active material HB CC 5H050
  • H01M4/36@E
    		•  .containing active materials of different composition HB CC 5H050
  • H01M4/36@Z
    		•  Others HB CC 5H050
  • H01M4/38
    		•  ...of elements or alloys [2] HB CC 5H050
  • H01M4/38@A
    		•  Hydrogen storage metals HB CC 5H050
  • H01M4/38@Z
    		•  Others HB CC 5H050
  • H01M4/40
    		•  ....Alloys based on alkali metals [2] HB CC 5H050
  • H01M4/42
    		•  ....Alloys based on zinc [2] HB CC 5H050
  • H01M4/44
    		•  ....Alloys based on cadmium [2] HB CC 5H050
  • H01M4/46
    		•  ....Alloys based on magnesium or aluminium [2] HB CC 5H050
  • H01M4/48
    		•  ...of inorganic oxides or hydroxides [2,2010.01] HB CC 5H050
  • H01M4/485
    		•  ....of mixed oxides or hydroxides for inserting or intercalating light metals, e.g. LiTi2O4 or LiTi2OxFy (H01M 4/505, H01M 4/525 take precedence) [2010.01] HB CC 5H050
  • H01M4/50
    		•  ....of manganese [2,2010.01] HB CC 5H050
  • H01M4/505
    		•  .....of mixed oxides or hydroxides containing manganese for inserting or intercalating light metals, e.g. LiMn2O4 or LiMn2OxFy [2010.01] HB CC 5H050
  • H01M4/52
    		•  ....of nickel, cobalt or iron [2,2010.01] HB CC 5H050
  • H01M4/525
    		•  .....of mixed oxides or hydroxides containing iron, cobalt or nickel for inserting or intercalating light metals, e.g. LiNiO2, LiCoO2 or LiCoOxFy [2010.01] HB CC 5H050
  • H01M4/54
    		•  ....of silver [2] HB CC 5H050
  • H01M4/56
    		•  ....of lead [2] HB CC 5H050
  • H01M4/57
    		•  .....of "grey lead", i.e. powders containing lead and lead oxide [2] HB CC 5H050
  • H01M4/58
    		•  ...of inorganic compounds other than oxides orhydroxides, e.g. sulfides, selenides, tellurides, halogenides or LiCoFy [2,2010.01] HB CC 5H050
  • H01M4/583
    		•  ....Carbonaceous material, e.g. graphite-intercalation compounds or CFx [2010.01] HB CC 5H050
  • H01M4/587
    		•  .....for inserting or intercalating light metals [2010.01] HB CC 5H050
  • H01M4/60
    		•  ...of organic compounds [2] HB CC 5H050
  • H01M4/62
    		•  ..Selection of inactive substances as ingredients for active masses, e.g. binders, fillers [2] HB CC 5H050
  • H01M4/62@A
    		•  for Leclanche cells HB CC 5H050
  • H01M4/62@B
    		•  for lead-acid accumulators HB CC 5H050
  • H01M4/62@C
    		•  for alkali cells HB CC 5H050
  • H01M4/62@Z
    		•  Others HB CC 5H050
  • H01M4/64
    		•  ..Carriers or collectors [2] HB CC 5H017
  • H01M4/64@A
    		•  Carriers or collectors in general (adding or sharing other applications, with compound structures with other elements (including those arranged in jacket or for twin electrodes) foils or films, methods of manufacture in general) (connecting electrodes H01M50/531, connecting conductors H01M50/528,H01M50/531. Assign to other classifications except for carriers or collectors without being influenced by expression.) HB CC 5H017
  • H01M4/64@B
    		•  .Carriers or collectors on internal interface of conductive containers (conductive electrode containers, carriers or collectors at contact interface of electrodes or mixes compressed or filled in battery cans or lids) HB CC 5H017
  • H01M4/64@Z
    		•  Others HB CC 5H017
  • H01M4/66
    		•  ...Selection of materials [2] HB CC 5H017
  • H01M4/66@A
    		•  Selecting substances (substances or compositions, materials, composite materials, coatings, paint films or surface treated; including those classified under 4/70 or lower) (based on C 22 C if it writes alloys for …) HB CC 5H017
  • H01M4/66@Z
    		•  Others HB CC 5H017
  • H01M4/68
    		•  ....for use in lead-acid accumulators [2] HB CC 5H017
  • H01M4/68@A
    		•  Metals mainly made of lead ((lead-based alloy for …) main classification C 22 C 11/00) HB CC 5H017
  • H01M4/68@Z
    		•  Others (selecting other substances; mainly made of other metals, resins, composite materials) HB CC 5H017
  • H01M4/70
    		•  ...characterised by shape or form [2] HB CC 5H017
  • H01M4/70@A
    		•  of sheet or cylindrical bodies (rods 4/75) HB CC 5H017
  • H01M4/70@Z
    		•  Others (cf. 4/78.) HB CC 5H017
  • H01M4/72
    		•  ....Grids [2] HB CC 5H017
  • H01M4/72@A
    		•  Grids in general HB CC 5H017
  • H01M4/72@Z
    		•  Others HB CC 5H017
  • H01M4/73
    		•  .....for lead-acid accumulators, e.g. frame plates [2] HB CC 5H017
  • H01M4/73@A
    		•  made of metals based on lead HB CC 5H017
  • H01M4/73@Z
    		•  Others (made of other materials; based on other metals, containing composite materials or synthetic resin materials, using meshes or woven materials 4/74) HB CC 5H017
  • H01M4/74
    		•  .....Meshes or woven material; Expanded metal [2] HB CC 5H017
  • H01M4/74@A
    		•  Using expanded metal (see B21D/04 for Methods of manufacturing ..... Metal) HB CC 5H017
  • H01M4/74@B
    		•  .using expanded metals (methods of manufacture for … metals cf. B 21 D 31/04.) HB CC 5H017
  • H01M4/74@C
    		•  for lead-acid accumulators HB CC 5H017
  • H01M4/74@D
    		•  .for lead-acid accumulators HB CC 5H017
  • H01M4/74@Z
    		•  Others HB CC 5H017
  • H01M4/75
    		•  ....Wires, rods, or strips [2] HB CC 5H017
  • H01M4/75@A
    		•  for lead-acid accumulators (core metal for clad or tubular electrodes) HB CC 5H017
  • H01M4/75@Z
    		•  for other cells (including carbon rods) HB CC 5H017
  • H01M4/76
    		•  ....Containers for holding the active material, e.g. tubes, capsules [2] HB CC 5H017
  • H01M4/76@A
    		•  for lead-acid accumulators (clad, tubular pipes, or fastening thereof) (Assign overall electrode structures of clad type to 4/14 or lower.) HB CC 5H017
  • H01M4/76@Z
    		•  for other cells (for pocket electrodes of alkali cells) HB CC 5H017
  • H01M4/78
    		•  ....Shapes other than plane or cylindrical, e.g. helical [2] HB CC 5H017
  • H01M4/78@A
    		•  Shapes other than flat or cylindrical HB CC 5H017
  • H01M4/78@Z
    		•  Others (plane or cylindrical 4/70) HB CC 5H017
  • H01M4/80
    		•  ....Porous plates, e.g. sintered carriers [2] HB CC 5H017
  • H01M4/80@A
    		•  Sintered carriers (cf. B 22 F 3/10 for sintering arrangements.) HB CC 5H017
  • H01M4/80@B
    		•  .Shapes or structures HB CC 5H017
  • H01M4/80@C
    		•  Porous carriers (porous materials such as foams, sponges, woven or non-woven materials) HB CC 5H017
  • H01M4/80@Z
    		•  Others HB CC 5H017
  • H01M4/82
    		•  ...Multi-step processes for manufacturing carriers for lead-acid accumulators (single-step processes, see the relevant subclasses, e.g. B21D, B22D) [2] HB CC 5H017
  • H01M4/82@A
    		•  with synthetic resins HB CC 5H017
  • H01M4/82@Z
    		•  Others (cf. B 21 D for processing or pressing of metal sheets without removing material.) HB CC 5H017
  • H01M4/84
    		•  ....involving casting [2] HB CC 5H017
  • H01M4/84@A
    		•  with synthetic resins HB CC 5H017
  • H01M4/84@Z
    		•  Others (based on B 22 D 25/04 for single processes) HB CC 5H017
  • H01M4/86
    		•  .Inert electrodes with catalytic activity, e.g. for fuel cells [2] HB CC 5H018
  • H01M4/86@B
    		•  Selecting compositions excluding catalysts (T takes precedence.) HB CC 5H018
  • H01M4/86@H
    		•  .Selecting water repellents or binding agents (T takes precedence.) (including shapes, structures or arrangements of binding agents) HB CC 5H018
  • H01M4/86@M
    		•  characterised by shapes or structures (T takes precedence.) HB CC 5H018
  • H01M4/86@N
    		•  .with shapes other than plane (T takes precedence.) HB CC 5H018
  • H01M4/86@T
    		•  used for fuels cells operating at high temperatures, e.g.. Cell with molten slat electrolyte HB CC 5H018
  • H01M4/86@U
    		•  .characterised by shapes or structures HB CC 5H018
  • H01M4/86@Z
    		•  Others HB CC 5H018
  • H01M4/88
    		•  ..Processes of manufacture [2] HB CC 5H018
  • H01M4/88@C
    		•  for electrodes based on carbon (H, K, T take precedence.) HB CC 5H018
  • H01M4/88@H
    		•  Water repellents treatments (T takes precedence.) (including methods for forming water repellent layers) HB CC 5H018
  • H01M4/88@K
    		•  Precipitating catalysts (T takes precedence.) (including precipitation of catalysts on carriers) HB CC 5H018
  • H01M4/88@T
    		•  for electrodes used for fuel cells operating at high temperatures, e.g. molten salt electrolyte HB CC 5H018
  • H01M4/88@Z
    		•  Others HB CC 5H018
  • H01M4/90
    		•  ..Selection of catalytic material [2] HB CC 5H018
  • H01M4/90@B
    		•  using multiple catalysts HB CC 5H018
  • H01M4/90@M
    		•  Metals or alloys (B takes precedence.) HB CC 5H018
  • H01M4/90@X
    		•  Inorganic compounds (B takes precedence.) HB CC 5H018
  • H01M4/90@Y
    		•  Organic compounds (B takes precedence.) HB CC 5H018
  • H01M4/90@Z
    		•  Others HB CC 5H018
  • H01M4/92
    		•  ...Metals of platinum group (H01M 4/94 takes precedence) [2] HB CC 5H018
  • H01M4/94
    		•  ..Non-porous diffusion electrodes, e.g. palladium membranes, ion exchange membranes [2] HB CC 5H018
  • H01M4/96
    		•  ..Carbon-based electrodes [2] HB CC 5H018
  • H01M4/96@B
    		•  Selecting materials HB CC 5H018
  • H01M4/96@H
    		•  .Selecting water repellents or binding agents (including shapes, structures or arrangements of binding agents) HB CC 5H018
  • H01M4/96@M
    		•  characterised by shapes or structures HB CC 5H018
  • H01M4/96@Z
    		•  Others HB CC 5H018
  • H01M4/98
    		•  ..Raney-type electrodes [2] HB CC 5H018
    TOP