F-Term-List

F16K11/00-11/24

AA00
TYPE OF VALVE

AA01

AA02

AA03

AA04

AA05

. Lift valves

. . Valve members arranged among a plurality of valve seats

. . Valve seats arranged among a plurality of valve members

. . Lift valves with ball-shaped valve members

. . Butterfly valves or swing valves

AA11

AA12

AA13

AA14

AA15

AA16

AA17

AA18

AA19

AA20

. Slide valves

. . Rotating slide valves

. . . with flat sliding surfaces

. . Linear moving slide valves

. . . with flat sliding surfaces

. . . with cylindrical sliding surfaces

. . . . Spool valves

. . Rotating and linear moving slide valves

. . . with flat sliding surfaces

. . . with cylindrical sliding surfaces

AA21

AA22

AA23

AA24

AA26

AA27

AA28

. Taps or cocks

. . with conical valve members

. . with cylindrical valve members

. . with ball-shaped valve members or ball valves

. Elastic deforming valves e.g. diaphragm valves or pinch-cocks

. . with tubular elastic deforming valve members

. . with plate-like elastic deforming valve members

AA31

AA32

AA33

AA38

AA40

. Combination of a plurality of valves

. . Combination of the same types of valves

. . Combination of different types of valves

. Use of flow line charts or control circuit charts

. Others *

BB00
ASSOCIATED WITH A PLURALITY OF VALVE MEMBERS

BB01

BB02

BB03

BB04

BB05

BB08

. Associated constitutions of a plurality of valve members

. . A plurality of valve members connected integrally

. . A plurality of valve members connected relatively movably

. . . One valve member containing another valve member inside

. . . . One tap or cock containing another tap or cock inside

. . A plurality of valve members being independent mutually

BB11

BB12

BB13

BB14

. Associated operations of a plurality of valve members

. . Simultaneous operations

. . Consecutive operations

. . Selected operations

CC00
PURPOSE OR EFFECT

CC01

CC02

CC04

CC05

CC07

CC08

CC10

. Valve functions *

. . Improvement of sealing between valve members and valve seats

. . Adjustment of flow volume

. . . Proportionally adjusting operational volume and flow volume

. . Adjustment of mixing ratios

. . . Proportional adjustment of operational volume and mixing ratios

. . Adjustment of pressure

CC11

CC12

CC13

CC14

CC15

CC16

CC17

CC19

. Fluid flow *

. . Prevention of cavitations

. . Reduction of flow resistance

. . Prevention of water-hammering

. . Prevention of vibrations or noises caused by flow

. . Reduction of flow force or axial thrust by flow

. . Reduction of influence of changes in viscosity

. . Acceleration of mixing

CC21

CC22

CC23

CC24

CC25

CC26

CC27

CC28

CC29

. Valve structures *

. . Improvement of valve durability

. . . Improvement of resistance to abrasion

. . . Improvement of resistance to corrosion

. . . Improvement of resistance to heat

. . . Improvement of cold resistance or prevention of freezing

. . . Improvement of resistance to pressure

. . Improvement of heat insulation

. . Prevention of abnormal rises in pressure

CC32

CC33

CC34

CC35

CC36

CC38

CC39

. . Miniaturisation weight reduction or simplification of structures

. . Ease of working or assembling

. . Ease of installation

. . Ease of maintenance inspection or repair

. . Ease of cleaning

. . Prevention of leakage to the outside of valves or prevention of penetration of external substances into valves

. . Improvement of lubrication or prevention of sticking

CC41

CC42

CC43

CC44

CC45

CC46

CC47

CC48

CC49

CC50

. Valve actuation or operations *

. . Improvement or adjustment of opening or closing speed

. . Shock absorption or prevention of shocks

. . Improvement of operability

. . Reduction of operating forces

. . Simplification of operations

. . Prevention of malfunctions

. . Prevention of faulty operations

. . Maintenance of openings of valves constant e.g. locks or detents

. . . Self-retention by means of fluids

CC54

CC55

CC56

CC57

CC59

CC60

. Measures for eliminating foreign matter

. Improvement of safety

. . Prevention of burning

. Monitoring or detection of actuation

. Measures taken at abnormalities

. Others *

DD00
VALVE OPERATION OR DRIVING

DD01

DD02

DD03

DD04

DD05

DD07

DD08

DD09

DD10

. Degree of freedom of operating means or power sources

. . Operations of one degree of freedom

. . . Rotating operations

. . . Rocking operations e.g. see-saw type

. . . Linear movement operations

. . A plurality of degrees of freedom in operations

. . . Combination of rotating operations and linear movement operations

. . . Combination of rotating operations and rocking operations

. . . capable of rocking in multiple directions

DD11

DD12

DD13

DD14

. Number of operating means

. . Single operating means

. . Two operating means

. . Three or more operating means

DD21

DD22

DD23

DD24

DD25

DD26

DD28

. Types of operating means *

. . Manually operated means

. . . Rotating handles e.g. wheel-shaped handles

. . . Lever type handles

. . . Push button types

. . . with movable discharge nozzles e.g. rotating faucets

. . with feet or knees as power sources

DD32

DD33

DD34

DD35

DD37

. . with electricity or magnets

. . with fluid-pressure operating means

. . with buoyancy means e.g. floats driving

. . with thermo sensitive members e.g. bimetals

. . Combination of different kinds of operating means *

DD41

DD42

DD43

DD44

DD45

DD46

DD47

DD49

. Driving force transmission mechanisms *

. . Mechanical transmission mechanisms *

. . . Screws

. . . Cams

. . . Gears

. . . Flexible members e.g. belts or chains

. . . Link or lever mechanisms

. . Electric or magnetic transmission mechanisms

EA00
SHAPE OR STRUCTURE OF VALVE MEMBER

EA01

EA02

EA03

EA04

EA05

EA06

EA07

EA08

. Shapes of valve members *

. . with through-holes

. . . Shapes of holes

. . . . Holes with notches

. . . . Through-holes being curved

. . . . Through-holes being branched e.g. T-shaped

. . . . with additional mechanisms in through-holes

. . . . . Additional mechanisms being valves

EA12

EA13

EA14

EA15

EA16

EA17

. . forming flow lines on exterior surfaces

. . . Shapes of flow lines

. . . . forming flow lines circumferentially

. . . . forming flow lines axially

. . . . Flow lines being concave areas on flat surfaces

. . . . with notches in flow lines

EA21

EA22

EA23

EA24

EA25

EA26

EA28

EA29

. Structures of valve members *

. . Materials of valve members *

. . . Ceramics

. . . Macromolecular materials or synthetic resins

. . . . Rubber

. . . Metals *

. . Manufacturing methods *

. . applying surface treatment including lining *

EA32

EA33

EA34

EA37

EA38

EA39

EA40

. . equipped with separate sealing means on valve members

. . . Sealing means being seal rings

. . . . Sealing means being O-rings

. . . Materials of sealing means *

. . . . Macromolecular materials or synthetic resins

. . . . . Rubber

. . . . Metals *

EB00
SHAPE OR STRUCTURE OF VALVE SEAT

EB01

EB02

EB03

EB04

EB05

EB06

EB07

EB08

EB09

EB10

. Shapes of valve seats *

. . forming stepped areas

. . forming grooves or protrusions

. . formed by elastic rings

. . . with elastically deformable shapes

. . . . deformed by fluid-pressure

. . forming multiple orifices

. . forming slits

. . forming notches

. . equipped with separate sealing means between valve seats and housings

EB11

EB12

EB13

EB14

EB15

EB16

. Structures of valve seats *

. . forming valve seats separately from housings

. . . Valve seats being movable

. . . . pressed by fluid-pressure

. . . . pressed by elastic bodies

. . . . Valve seats interlocking with valve members

EB22

EB23

EB24

EB25

EB26

EB28

EB29

. . Materials of valve seats *

. . . Ceramics

. . . Macromolecular materials or synthetic resins

. . . . Rubber

. . . Metals *

. . Manufacturing methods *

. . applying surface treatment including lining *

EC00
SHAPE, STRUCTURE, OR MOUNTING OF HOUSING

EC01

EC02

EC03

EC04

EC07

EC08

EC09

EC10

. Shapes or structures of flow lines *

. . forming means of generating swirling flows or turbulent flows

. . forming ejectors nozzles or venturi tubes

. . forming rectification mechanisms or fluid guidance mechanisms

. attaching auxiliary mechanisms to housings

. . Auxiliary mechanisms being auxiliary valves

. . . Auxiliary valves being check valves

. . . Auxiliary valves being outlet valves drain valves intake valves or liquid absorbing valves

EC11

EC12

EC13

EC14

EC15

EC17

EC18

. Housing materials *

. . Ceramics

. . Macromolecular materials or synthetic resins

. . . Rubber

. . Metals *

. Manufacturing methods *

. applying surface treatment including lining *

EC21

EC22

EC23

EC25

EC27

EC29

EC30

. Installation of housings

. Connection of housings

. Manifolds or sub plates

. Joints with pipes

. Discharge pipes or outlets

. Sealing parts or parts between components of housings

. Others *

ED00
DETAILS OF VALVES OTHER THAN THOSE SPECIFIED ABOVE

ED01

ED02

ED04

ED05

ED06

ED07

ED09

ED10

. Valve stems or bearings therefor *

. Connections of valve stems and valve members

. Foreign matter removing mechanisms

. . Scrapers

. . Cleaning means

. . Strainers filters or metal nets

. Lubrication means

. Pressure-balance devices

ED11

ED12

ED13

ED14

ED15

ED17

ED18

ED20

. Stoppers

. Lock devices

. Detent devices

. Self-retention means by means of fluids

. Return devices e.g. spring devices for returning to neutral positions

. Detection devices

. Indication devices

. Others *

FF00
FUNCTION OF MULTIPLE-WAY VALVE

FF01

FF02

FF03

FF04

FF07

FF09

. Mixing

. . of hot water and water

. . . connected with solar-powered water heaters

. . . connected with water boilers

. Separation

. Divided flows

FF11

FF12

FF13

FF14

FF15

FF17

FF18

. Switching

. . Primary side being plural and secondary side being single

. . . Automatic selection e.g. automatic switching to reserve gas containers

. . . . High-pressure selection e.g. shuttle valves

. . . . Low-pressure selection

. . Primary side being single and secondary side being plural

. . . Automatic distribution

FF22

FF23

FF26

FF29

FF30

. . Automatic switching

. . . High-speed discharge e.g. high-speed outlet valves

. . Draining of water for preventing freezing

. Combination of different functions

. Others *

GG00
USE

GG01

GG02

GG03

GG04

GG05

GG06

. Fluids to be applied *

. . for gases

. . . for air

. . . for fuel gas

. . . for industrial raw-material gases

. . . for steam

GG12

GG13

GG14

GG15

GG17

GG19

. . for liquids

. . . for water or hot water

. . . for liquid fuels

. . . for oils other than fuel oils

. . for solids e.g. grain or powder

. . for mixtures or mixed materials

GG21

GG22

GG23

GG24

GG25

GG26

GG27

GG28

GG29

. Devices or instruments to be applied *

. . for hydropneumatic pressure devices

. . for air-conditioning devices

. . for freezing or refrigerating devices

. . for medical uses

. . for chemical-analysis instruments

. . for food processing

. . for manufacturing pharmaceutical or chemical products

. . for filtration devices

3H067	MULTIPLE-WAY VALVES
	F16K11/00 -11/24@Z