Silo roller with hydraulically adjustable dozer blade
The silage roller integrates compaction and distribution functions through a pivoting dozer blade adjusted by a hydraulic cylinder, addressing the lack of integrated solutions for simultaneous compaction and distribution, achieving uniform layer thickness and efficient machine operation.
Patent Information
- Authority / Receiving Office
- DE · DE
- Patent Type
- Utility models
- Current Assignee / Owner
- GREIPL BERNHARD
- Filing Date
- 2026-03-13
- Publication Date
- 2026-06-11
AI Technical Summary
Conventional silage rollers are limited to compaction and require separate implements for distribution, lacking an integrated solution for simultaneous compaction and distribution with intermediate positioning capabilities.
A silage roller combining a rotatably mounted compaction roller with a pivoting dozer blade, adjustable via a hydraulic cylinder, allowing for simultaneous pre-compaction during distribution by positioning the dozer blade between upper, lower, and intermediate positions.
Enables uniform layer thickness and reduces machine changes by integrating compaction and distribution functions, enhancing operational efficiency with robust mechanics and optional impact force.
Smart Images

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Abstract
Description
Technical field
[0001] The invention relates to agricultural implements for compacting and distributing silage, in particular a silage roller which combines a rotatably mounted compaction roller with a hydraulically actuated, swiveling push shield. State of the art
[0002] Conventional silage rollers are used exclusively for compaction. Distributing or pushing the silage is done with separate front-mounted implements. An integrated solution that combines compaction and distribution in one machine and allows for intermediate positions for pre-compaction is not yet available. Description of the invention
[0003] The silo roller combines a rotatably mounted compaction roller with a pivoting dozer blade, which is adjusted via a hydraulic cylinder mounted on the rear frame. The dozer blade is mounted on a blade carrier and can be positioned between an upper compaction position, a lower pushing position, and freely selectable intermediate positions, thus enabling simultaneous pre-compaction during spreading. embodiment
[0004] The compaction roller is rotatably mounted to a front frame section via roller bearings. The blade carrier is pivotally mounted to the front frame, and the dozer blade is attached to the blade carrier via a pivot bearing. The hydraulic cylinder is articulated at its rear pivot point to the rear frame section; its piston rod is connected to the dozer blade via the front pivot point and adjusts it between working positions. Advantages
[0005] Combination of compaction and distribution in one device; uniform layer thickness through pre-compaction during distribution; fewer machine changes; robust mechanics; optional increase in impact force through additional front shield (not part of the invention). Figure overview Fig. 1: Side view in sliding mode (sign lowered) Fig. 2: Side view during compaction operation (shield raised)
Claims
[1] Silo roller with a rotatably mounted compaction roller (3) and a pivotably mounted push shield (7), characterized by , that a hydraulic cylinder (8) is provided, the cylinder housing of which is mounted on the frame via a pivot point (9) and the piston rod of which actuates a shield carrier (5) via a pivot point (10), on which the push shield (7) is mounted, so that the push shield (7) is adjustable between an upper compression position and a lower sliding position. [2] Silo roller according to claim 1, wherein the shield carrier (5) is guided laterally outside the compaction roller (3). [3] Silage roller according to one of the preceding claims, wherein the push shield (7) can be operated in freely selectable intermediate positions, so that simultaneous pre-compaction takes place when distributing the silage, wherein the intermediate position is hydraulically adjustable and durable. [4] Silo roller according to one of the preceding claims, in which instead of a central hydraulic cylinder (8) two laterally arranged hydraulic cylinders are provided which are actuated synchronously in order to effect a symmetrical force application and a reduction of the tipping moment on the shield carrier (5).