Abstract:
PROBLEM TO BE SOLVED: To provide a coolant distributor.SOLUTION: There is provided the coolant distributor (1) for a rotary cutting head (2) of a machining apparatus. The coolant distributor (1) includes: at least one feeding passage (14) facing the cutting head (2) in a final assembly state; at least one deflection element (15) positioned at an end of the feeding passage (14) that is separated from the cutting head (2); and at least one outflow passage (17) obliquely extended in a direction of the cutting head (2) and also connected to the feeding passage (14).
Abstract:
PROBLEM TO BE SOLVED: To provide a composite component and a method for producing the composite component.SOLUTION: A composite component (10) includes: a carrier (12) made of a powder metal; and a wear-resistant body (14) including at least a certain portion embedded in the carrier (12) and made of a cemented carbide, wherein the cemented carbide body (14) is coated with metal at least at the certain portion. Similarly, there is also provided a method for producing such the composite component.
Abstract:
PROBLEM TO BE SOLVED: To provide a drilling tool adapted to improve regarding the operation performance. SOLUTION: The drilling tool is a drilling tool comprising a plurality of parts composed of at least one drilling unit body (6) and a drilling unit head (4) which can be coupled thereto, and has a support element (75) arranged between the drilling unit body (6) and the drilling unit head (4) and having an annular area (78) protruding over side surfaces of the drilling unit body (6) and the drilling unit head (4) so as to form a slide portion. COPYRIGHT: (C)2011,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To supply an inexpensive cutting tool that especially suits the manufacture of a precise outer contour of a piston ring. SOLUTION: The cutting tool (1) based on this invention has a first main cutter (15) and a cutter plate (3) on the front edge (14). The cutter plate (3) is provided with a U-shape cut (18) to divide the first main cutter (15). The cut (18) forms a sub cutter on each of the sides (19 and 20) and a second main cutter (22) shifted to the back of the first main cutter (15) on the bottom (21) of the cut (18) in the feed direction (V). The cutter plate (3) is made of at least two individual cutter plate members (4a and 4b), each of which shares a part of the cut (18). COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a rotary cutting tool, a replaceable cutting insert, and a method of manufacturing the replaceable cutting insert.SOLUTION: The replaceable cutting insert includes: a cutting insert body which has a front cutting surface, and an opposite rear base; a coolant channel inlet formed on the cutting insert body; a first channel outlet formed on the cutting insert body and fluid-communicates with the coolant channel inlet; and a second coolant channel outlet formed on the cutting insert body and fluid-communicates with the coolant channel inlet. The coolant channel inlet includes a longitudinal axis which is not axially aligned with a first longitudinal axis of the first coolant channel outlet or a second longitudinal axis of the second coolant channel outlet. The rotary cutting tool assembling the replaceable cutting insert is also provided. The method of manufacturing the replaceable cutting insert is provided as well.
Abstract:
PROBLEM TO BE SOLVED: To provide cemented carbide bodies having superior cutting performance, and to provide a method of manufacturing the same.SOLUTION: A cemented carbide body comprises a tungsten carbide phase, a binder phase of 5-15 mass% comprising at least one metal of the iron group or an alloy thereof, a solid solution phase of carbides of zirconium and niobium (Zr, Nb)C with content in an alloy each having 0.3-1 mass% of zirconium and 0.5-1.5 mass% of niobium, and cubic carbides in an amount ranging from 0.5 volume percent to 6 volume percent.