TH52129B - Cone impact crusher - Google Patents

Abstract

DC60 (12/10/55) Cone impact crushers are equipped with a rotor assembly (1) where percussion components (7) arranged in at least two spaced rows on the axes will provide Or can be adjusted so that The abrasive gap (a ', a ") that is confined between the percussion component and the cone abrasion surface. Cut the straight peak of the grinder housing (2) that is not fixed in the axial direction and / or along the circumference of the Rotor assembly Impact components can be stationary or can be adjusted in Rotor assembly And / or rows can be adjusted together on the axis to change the abrasion gap. Conical impact mill has a rotor coupling unit (1), where percussion components (7) arranged in at least two axes spaced rows provide Or can be adjusted so that The abrasive gap (a ', a ") that is confined between the percussion component and the cone abrasion surface. Cut the straight peak of the grinder housing (2) that is not fixed in the axial direction and / or along the circumference of the Rotor assembly The percussion components can be fixed or can be adjusted in Rotor assembly And / or rows can be adjusted together on the axis to change the abrasion gap.

Claims (5)

Disclaimer (all) which will not appear on the announcement page: EDIT 23/4/15 1. Cone impact crusher included. Installed rotor assembly For turning in a tube housing The tubular housing has a conical abrasive finish that sits in the Axial alignment with rotor assembly The rotor assembly has at least two rows spaced axially apart, where each row is made up of a number of impact components spaced along the loop and a ring abrasion clearance between the percussion component and the ground. Polishing surface Straight cone cut And the tubular housing has an inlet for the feed material to be broken down in the cone impact crusher and the outlet for the crushed feeder, where the impact component is provided or can be adjusted to allow The size of the radius of the irregular ring abrasion gap in one Or both of axial size and circumferential direction 2. Cone percussion mill according to claim 1, where the first row of at least two Rows spaced along the axis can be moved in a manner in relation to the second row. Of at least two rows spaced by axis Where is the size of the radius of the ring abrasion gap Of the first row of at least two rows spaced each other according to the pattern can be changed with respect to The size of the radius of the ring abrasion gap at the second row of at least two axially spaced rows 3. Cone percussion grinder according to claim 2. Where is the size of the radius of the gap The ring polishing is not constant in the direction of the circumference. 4. Conical impact grinder according to claim 1, where the size of the radius of the gap The polished ring is fixed in the circumferential direction. But the size of the radius of the ring abrasion gap in the row Where one of at least two rows spaced along the axis is different from the size of the radius of the gap. Ring abrasion at the second row of at least two rows spaced axially. 5. Conical impact mill according to claim 1, where the size of the radius of the The ring abrasive is not constant in the circumference direction. Many impact components extend up to the level of the same radius, but to the level of The radius differs from the interstitial percussion components of many impact components, where the narrower abrasive gap of the radius alternates with a wider abrasive gap. Holds the 1st right where at least part of A large number of impact components are mounted in the rotor assembly 8. Conical crusher according to claim 7, where the impact components in At least the first row of at least two rows spaced along the axis will be bolted in such a way that It can be removed with the rotor of the rotor assembly for replacement with the components. Impact of a large impact component that extends radially from the rotor to a distance at This differs from the existing impact components of many impact components 9. Cone impact crushers according to claim 1, where at least some of the Many impact components are housed in the rotor assembly in such a way that they can be moved. Yes, for adjustment in the direction of radius 1 0. Cone impact crusher according to claim 9, with at least some of the Many of the impact components in the first row can be adjusted independently of the Few Other Impact Components of Multiple Impact Components in the First Row 1. 1. Cone impact crusher according to claim 1, with at least some of the Many of the impact components in the first row are tilted against the plane comprising the rotor axis 1 2. Cone impact crusher according to claim 1, where the rotor is assembled. At least one removable radially-expanding plate or flange On the radiated surface Expands along the radius in which the row of impact components is installed 1 3. Cone impact crusher according to claim 12. Where the plate, plate or flange that Removable, at least one such unit will have a second row of percussion components mounted on Opposite surface Where the opposite surface is opposite to the radius radius 1 4. Cone impact mill according to claim 1, where the ring abrasive gap Change one or more rows of at least two rows spaced with a progressive axis in the direction. Along the axes between the inlet feeder to be digested and the extracted feeder outlet to be digested 1 5. Methods of digestion of the composite material. Material abrasion in pattern impact grinders The cone as stated in claim 1 --------------------------------------- ------------------------------------------ 1. Conical impact crusher that Included Installed rotor assembly For turning in a tube housing The tubular housing has a conical abrasive finish that sits in the Alignment with the rotor assembly The rotor assembly has at least two rows spaced axially apart, where each row is made up of a number of impact components spaced along the loop and a ring abrasion clearance between the percussion component and the ground. Polishing surface Straight cone cut And the tubular housing has an inlet for the feed material to be broken down in the cone crusher and the outlet for the crushed feed material, where the percussion component provides or can be adjusted to allow The size of the radius of the irregular ring abrasion gap in one Or both of axial size and circumferential direction 2. Cone percussion mill according to claim 1, where the first row of at least two Rows spaced along the axis can be moved in a manner in relation to the second row. At least two rows of objects spaced each other Where is the size of the radius of the ring abrasion gap Of the first row of at least two tables spaced each other according to the pattern can be changed relative to The size of the radius of the ring abrasion gap at the second row of at least two axially spaced rows 3. Cone percussion grinder according to claim 2. Where is the size of the radius of the gap The ring polishing is not constant in the direction of the circumference. 4. Conical impact grinder according to claim 1, where the size of the radius of the gap The polished ring is fixed in the circumferential direction. But the size of the radius of the gap, the abrasion loop reverted to the row Where one of at least two rows spaced along the axis is different from the size of the radius of the gap. Ring abrasion at the second row of at least two rows spaced axially. 5. Conical impact mill according to claim 1, where the size of the radius of the The ring abrasive is not constant in the circumference direction. Many impact components extend up to the level of the same radius, but to the level of The radius differs from the interstitial percussion components of many impact components, where the narrower abrasive gap of the radius alternates with a wider abrasive gap. Holds the 1st right where at least part of A large number of impact components are mounted in the rotor assembly 8. Conical crusher according to claim 7, where the impact components in At least the first row of at least two spaced axes will be fixed in such a way that It can be removed with the rotor of the rotor assembly for replacement with the components. Impact of a large impact component that extends radially from the rotor to a distance at This differs from the existing impact components of many impact components 9. Cone impact crushers according to claim 1, where at least some of the Many impact components are housed in the rotor assembly in such a way that they can be moved. Yes, for adjustment in the direction of radius 1 0. The cone crusher is in accordance with claim 9, with at least some of the Many of the impact components in the first row can be adjusted independently of the Little another impact component of the first multiple impact component in row 1. 1.Cone impact crusher according to claim 1, where at least some of the Many of the impact components in such first row are tilted against the plane that consists of rotor axis 1. 2. Cone impact crusher according to claim 1, where the rotor is assembled. At least one disc, flange, or horizontal expansion flange can be removed. On the radiated surface Expands along the radius in which the row of impact components are installed 1 3.Cone impact crusher according to claim 12. Where the plate, plate or flange that Removable, at least one such unit will have a second row of percussion components mounted on Opposite surface Where the opposite surface is the opposite of the radius of radius 1. 4.Cone impact crusher according to claim 1, where the ring abrasion gap Change one or more rows of at least two rows spaced with a progressive axis in the direction. Along the axes between the substrate inlet to be broken down and the digested feeder outlet to be broken 1 5. Methods of breaking down the composite materials. Material abrasion in pattern impact grinders The cone as stated in claim 1