Übersetzung für "Plant bed" in Deutsch

Murdock, put the plant to bed.

The particle size distribution here can be influenced by the nozzle positioning in the fluidized-bed plant.

The active substances are applied in a computerized plant with fluidized bed-driers.

A nutrient-rich and permeable garden soil promises good growth of the plant in the bed.

Product, powder or granules, is fluidised in a fluidised bed plant 1 by means of a fluidisation gas.

In this manner there is effectively prevented vertical erosion within the aquatic plant-containing filter bed during the aforementioned pre-phase.

In this manner the overall throughput of the aquatic plant-containing filter bed can be significantly enhanced also during the pre-phase.

It lowers fertilizer costs by up to 65% and holding the plant bed moist longer.

In order to effect a permanent, plant on a bed mostly annuals and perennial plants.

Water the plant, go to bed at some point, and don't call me, if I am running late, I will call you.

By adhering to suitable process conditions, the sprayed liquid droplets may be dried in a fluidised bed plant in accordance with the conditions of a spray drier (but at reduced drying temperatures), before they contact the container wall, for example in the still moist state, and remain stuck there.

The fluidisation gas is thus passed through the fluidised bed plant 1 from the bottom to the top, for example by means of a ventilator not shown.

Technical auxiliaries (for example product restraining filter) to restrain fine-grain product are introduced in the filter housing 7 in the upper region and ensure that product discharge cannot take place in the waste air channel 8 likewise introduced in the upper region of the fluidised bed plant.

Liquid product (solution or suspension may be sprayed, via a spraying channel having spraying nozzle 9 and by means of a spraying pump 11 from a vessel not shown, into the fluidised bed plant 1 either from the top (top spray position, shown by continuous line) or from the bottom (bottom spray position, shown by a dashed line).

During the development of the aquatic plant-containing filter bed it is quite intended that, after degradation of the foil 14, the plant roots and the fine-grained soil migrate into the gravel body of the gravel bed or layer 9 and thus convert the same to a higher state of activity in terms of the purification to be achieved.

It is one advantage of this exemplary embodiment that there is obtained from the start a high degree of purification of the infiltrated or infed liquid because, in contradistinction to the aforedescribed exemplary embodiments, there are no partial flows which are led in short-circuit to the outlet or outfeed means 4 but the entire liquid is passed through the active soil body or matrix of the aquatic plant-containing filter bed 2.

Such oversize dimensioning, however, is not immaterial or even favorable for the elimination power or capacity of the aquatic plant-containing filter bed installation because the efficiency of the aquatic plant-containing filter bed 2 to a large extent is bound to or determined by the substantially permanent and complete hydromorphous state or condition of the active soil matrix of the aquatic plant-containing filter beds 2.

As a result, there is varied the advancing or throughflow rate v or the dwell time T of the liquid to be purified in the aquatic plant-containing filter bed 2 such that there is substantially continuously present a hydromorphous soil body or matrix having optimum elimination power or capacity.

Each one of the outlet of outfeed pipes or tubes 40 of which only one is visible in FIG. 4a, is connected on the outlet side to one end of a flexible tube 42 having a free open end 43 which is mounted by connecting means 44 such as a chain at mounting means 45 like a hook-shaped mounting element of a support or stand 46 disposed above the aquatic plant-containing filter bed 2.

Generally, the body of soil which therefore is effective and forms the aquatic plant-containing filter bed, is sealed from the subsoil in any conventional suitable manner in order to block leakage of the liquid to be purified in a direction towards ground water and to ensure the substantially horizontal percolation or seepage which is typical for such purifying system, through the aquatic plant-containing filter bed.

Each such throughflow pattern permits optimum adaptation of the throughflow or throughput through the aquatic plant-containing filter bed to the respective instant operating condition of such filter bed.

The structure and construction of aquatic plant-containing filter bed is known in principle from the initially recited literature.

Generally there are utilized for this purpose plants which are capable of supplying oxygen via their aerenchymatic tissue to the adherent root space or rhizosphere and to thereby form in the hydromorphous soil matrix a pattern of aerobic and anaerobic compartments responsible for the purifying action or power of the aquatic plant-containing filter bed.

Generally, the body of soil which is effective and forms the aquatic plant-containing filter bed, is sealed from the subsoil in any conventional suitable manner in order to block leakage of the liquid to be purified in a direction towards ground water and to ensure the substantially horizontal percolation or seepage which is typical for such purifying system, through the aquatic plant-containing filter bed.

The structure and construction of the aquatic plant-containing filter bed is known in principle from the initially recited literature.