Примеры использования This design allows на Английском языке и их переводы на Русский язык
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This design allows complete privacy for its guests.
Telescopic fishing rods are consist of several conical hollow tubes that are inserted into each other, this design allows tofold whip most compactly.
This design allows you to manage a huge number of moving objects at once.
This design allows us to attain high compresion efficiency and a low sound level.
This design allows the bridge to remain intact even during heavy mudflows and floods.
This design allows the user to quickly and optimally align the optical data coupler.
This design allows extra fiber to be used at the ends, where weight is less important and wear more likely.
This design allows to organize the production of vegetables in the greenhouses in the conditions of the shortage of energy resources.
This design allows the use of smaller gauge wire, ultimately increasing the open area of the screen to help improve productivity.
This design allows to significantly decrease work piece heating in contact area with skid button, which significantly affects rolled product precision.
This design allows full manipulation of the drying curve to protect heat sensitive ingredients often found in aquafeed products.
This design allows the user of smaller gauge wire, ultimately increasing the open area of the screen to help improve productivity.
This design allows for chassis airflow to pass unimpeded over the top of the power connectors, across the CPU and memory, and through the rear-panel heatsink.
This design allows the operator to transfer weight from the hopper cart to the implement in hard soil conditions or to carry more weight on the cart in soft soil conditions.
This design allows flyers to comfortably walk in the harness for hours at a time, thus allowing them to walk up to the launch deck ready to go saving multiple time consuming steps.
This design allows for efficient solid-liquid separation while guaranteeing adherence of the filter cake to the cloth throughout the entire filtration cycle, as well as effective cake discharge.
For instance this design allows the deposition of a SiOx base coat by plasma-enhanced chemical vapor deposition(PECVD) plus an anti-fingerprint layer by thermal evaporation onto a typical mobile device display in approximately 8 min.
This design allows the possibility oftransporting the mobile substation inany geographic point and its use asapowerful independent source for aperiod ofprocess failures, constructing astationary substation, and for unloading the grid during peak loads.
This design allows the possibility of transporting the mobile substation in any geographical point and use it as a powerful standalone power source for the liquidation of the consequences of technological failures, construction of a stationary substation, as well as offloading the grid during peak periods.
This design allowed Polish partisans to significantly increase the ferocity of raids and guerrilla strikes against the occupiers.
This innovative design allows for greater comfort and safety of use and wearing.
This unique design allows evaporation of heat-sensitive compounds under mild conditions.
This top-load design allows the drum to be quickly changed out with proper equipment.
This mounting design allows the owner of the attraction not to worry about mirror breakage or visitors injury.
This type of design allows considerable axial shifts, whereas its hydraulic relief makes it possible to use it at high operating pressures.
This thoroughly tested design allows for a much faster drying time if the reel becomes wet, minimizing corrosion possibility through out the reel.
This design feature allows for maximum rigidity during machining, which in combination with the gear box makes machines of spindle speeds for maximum performance.
This variant of rider design allows to eliminate black spots and significantly increase distribution efficiency of heating temperature along the whole length of work piece.
This high sensitivity in micro balance design allows for the weighing of sample quantities with weight as low as 30 μg.
This new design allows the mirror to be smaller in overall dimensions(i.e. in both width and height), leading to an improved forward Field of Vision(FOV), with no decrease in performance, while still maintaining the required rearward FOV.