METHOD FOR REDUCING NOISE EMISSIONS ON GROUND FREEZING CONSTRUCTION SITES
First Claim
1. Method for creating a contiguous frozen mass (1) in an area of ground (100), wherein at least one first cooling lance (10) is introduced into the area of ground (100) in which the contiguous frozen mass (1) is to be created, a first fluid coolant (T) is fed into the at least first cooling lance (10) to support the formation of a contiguous frozen mass (1) which surrounds the at least first cooling lance (10), the first coolant (T) evaporates during formation of the contiguous frozen mass (1) and the evaporated coolant (T′
- ) is led out of the at least first cooling lance (10) in into a means (22, 24) for accommodating and/or dissipating the evaporated coolant (T′
), particularly an exhaust manifold (22) and/or an outlet pipe (24), characterized in thatnoise emissions generated during the creation of the contiguous frozen mass (1) are minimised by a soundproofing means (30, 31, 32, 33, 34, 35, 36, 37).
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Accused Products
Abstract
The invention relates to a method for producing a contiguous frozen mass in an area of ground wherein at least one first cooling lance is introduced into the area of ground in which the contiguous frozen mass is to be generated, wherein a first fluid coolant is fed into the at least first cooling lance to support the formation of a contiguous frozen mass which surrounds the at least first cooling lance, the first coolant evaporates during formation of the contiguous frozen mass and the evaporated coolant is displaced out of the at least first cooling lance into a means for holding and/or dissipating the evaporated coolant. In this context, it is provided according to the invention that noise emissions generated during the creation of the contiguous frozen mass are minimised by a soundproofing means. The invention relates further to a device for performing the method according to the invention.
9 Citations
14 Claims
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1. Method for creating a contiguous frozen mass (1) in an area of ground (100), wherein at least one first cooling lance (10) is introduced into the area of ground (100) in which the contiguous frozen mass (1) is to be created, a first fluid coolant (T) is fed into the at least first cooling lance (10) to support the formation of a contiguous frozen mass (1) which surrounds the at least first cooling lance (10), the first coolant (T) evaporates during formation of the contiguous frozen mass (1) and the evaporated coolant (T′
- ) is led out of the at least first cooling lance (10) in into a means (22, 24) for accommodating and/or dissipating the evaporated coolant (T′
), particularly an exhaust manifold (22) and/or an outlet pipe (24), characterized in thatnoise emissions generated during the creation of the contiguous frozen mass (1) are minimised by a soundproofing means (30, 31, 32, 33, 34, 35, 36, 37). - View Dependent Claims (2, 3, 4, 5, 6, 7)
- ) is led out of the at least first cooling lance (10) in into a means (22, 24) for accommodating and/or dissipating the evaporated coolant (T′
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8. Device for creating a contiguous frozen mass in an area of ground, including
at least a first cooling lance (10), which is designed to introduce a fluid coolant (T) into an area of ground (100), a coolant reservoir (20), which is designed to supply the fluid coolant (T), and a means for accommodating and/or dissipating an evaporated coolant (T′ - ), particularly an exhaust manifold (22), which is designed to accommodate the evaporated coolant (T′
), or an outlet pipe (24) for leading the evaporated coolant (T′
) away,characterized in that the device further includes a soundproofing means (30, 31, 32, 33, 34, 35, 36, 37) which is designed to minimise the noise emissions that are generated during creation of the contiguous frozen mass (1). - View Dependent Claims (9, 10, 11, 12, 13, 14)
- ), particularly an exhaust manifold (22), which is designed to accommodate the evaporated coolant (T′
Specification