ITRM920337A0 -
MECHANISM FOR CONTROL AND VARIATION OF STIFFNESS THROUGH AN ELASTIC ORGAN TO BE USED IN PLOWS FOR CUSHIONING STRESSES AND RECALLING THE FRONT BEAM IN BOTH DIRECTIONS OF ROTATION.
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MECHANISM FOR CONTROL AND VARIATION OF STIFFNESS THROUGH AN ELASTIC ORGAN TO BE USED IN PLOWS FOR CUSHIONING STRESSES AND RECALLING THE FRONT BEAM IN BOTH DIRECTIONS OF ROTATION.
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ITRM920337A0
ITRM920337A0IT92RM337AITRM920337AITRM920337A0IT RM920337 A0ITRM920337 A0IT RM920337A0IT 92RM337 AIT92RM337 AIT 92RM337AIT RM920337 AITRM920337 AIT RM920337AIT RM920337 A0ITRM920337 A0IT RM920337A0
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Application filed by Nardi Francesco & Figli Srl, So Ge Ma S R L, Nardi Francesco E FiglifiledCriticalNardi Francesco & Figli Srl
Priority to ITRM920337ApriorityCriticalpatent/IT1254020B/en
Publication of ITRM920337A0publicationCriticalpatent/ITRM920337A0/en
Publication of ITRM920337A1publicationCriticalpatent/ITRM920337A1/en
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Publication of IT1254020BpublicationCriticalpatent/IT1254020B/en
ITRM920337A1992-05-051992-05-05Mechanism for controlling and varying stiffness through an elastic member for use in ploughs for damping stresses and recentring the front beam from both directions of rotation
IT1254020B
(en)
Mechanism for controlling and varying stiffness through an elastic member for use in ploughs for damping stresses and recentring the front beam from both directions of rotation
Mechanism for controlling and varying stiffness through an elastic member for use in ploughs for damping stresses and recentring the front beam from both directions of rotation
Mechanism for controlling and varying stiffness through an elastic member for use in ploughs for damping stresses and recentring the front beam from both directions of rotation
CONTROL MECHANISM AND VARIATION OF RIGIDITY BY ELASTIC ORGAN TO BE USED IN THE POWERS FOR THE CUSHIONING OF THE STRESSES AND THE RECALL OF THE FRONT BEAM IN BOTH SENSES OF ROTATION.
MECHANICAL SYSTEM TO BLOCK THE SASHINGS OF A DOOR, WINDOW OR SIMILAR USING APPROPRIATELY INTERCONNECTED BARS OPERATING OVER THEIR ENTIRE LENGTH SYNCHRONOUSLY AND AUTOMATICALLY BEHIND THE OPERATION OF A SINGLE BAR
HYDRAULIC CONTROL MECHANISM WITH VARIABLE STIFFNESS AND RELATIVE HYDRAULIC CIRCUIT TO BE USED IN PLOWS FOR CUSHIONING STRESSES AND RETURN OF THE FRONT BEAM IN BOTH DIRECTIONS OF ROTATION