rotationally in English

adverb

via rotation, by rotatio

Use "rotationally" in a sentence

Below are sample sentences containing the word "rotationally" from the English Dictionary. We can refer to these sentence patterns for sentences in case of finding sample sentences with the word "rotationally", or refer to the context using the word "rotationally" in the English Dictionary.

1. Encapsulated, pressure-tight, nonhermetically sealed, rotationally symmetrical heavy-duty spark gap

2. Air actuated latching mechanism rotationally resistant to rotational shock force

3. An admission inlet is provided and rotationally mounted on a supporting structure (14) in the admission distributor chamber.

4. The high-order aberration of the optical section is set rotationally symmetric around the optical axis.

5. Bicycles ® are synthetic Bicyclic peptides rotationally limited by symmetrical small molecule scaffolds that constrain the molecule into rigid two-loop structures

6. In January 2011, the European Committee for Standardisation (CEN) adopted the harmonised standard EN 13341:2005 + A1: 2011 ‘Static thermoplastic tanks for above ground storage of domestic heating oils, kerosene and diesel fuels — Blow moulded and rotationally moulded polyethylene tanks and rotationally moulded tanks made of anionically polymerized polyamide 6 — Requirements and test methods’.

7. Aspheres are rotationally symmetrical around the optical axis, but their radius of curvature changes with the distance from the center

8. It seems that the guidelines for treating splice joints as rotationally stiff do not necessarily lead to more realistic truss models.

9. Additionally, the spacer ring is rotationally locked at the topshell via contact between abutments extending between the spacer ring and the topshell.

10. In this way, the Circumzenithal arc, the Circumhorizontal arc and the suncave Parry arcs may be recreated by refraction through rotationally symmetric (i.e. non-prismatic) static bodies.

11. Sealite Marine Buoys are manufactured on-site from rotationally moulded UV-stabilised polyethylene, and are designed to offer a low maintenance, high visibility solution to marine navigation

12. The adjusting shaft (9) can be moved by an actuator, translatorily with a cone as adjusting element and/or rotationally with an eccentric (8) as adjusting element.

13. The biasing features of the steering housing are thus rotationally held with respect to the borehole and the boring direction deviations accumulate producing a curved segment of the borehole.

14. Underground Ribbed Cistern Water Storage Tanks are rotationally molded by the nation's leading manufacturers Norwesco, Ace Roto Mold, & Snyder Industries using Virgin Polyethylene resin which complies with U.S

15. In the finite element models used for design of the trusses these splice joints are normally assumed to be either rotationally stiff or pinned – their real behaviour is semi-rigid.

16. Buildings of rotationally symmetrical f shell elements, analysis and design, design of reinforced concrete, German and EU Standards, elastic bedding, area loads, hydrostatic loads, temperature effects, Antimetrical loads, earth quake effects

17. The inventive wheel bearing (1) of an aircraft landing gear comprises a wheel rim (2) that is rotationally mounted about an axis (6) over two roller bearings (23, 24) of a bearing arrangement.

18. A linear drive, non-rotating ball screw (61) connected to the upper end of the spindle is driven axially by a rotationally powered, axially anchored ball nut (82) to advance and retract the spindle in the sleeve.

19. Forbes of QED Technologies has published new mathematical formulations for rotationally-symmetric aspherical surfaces that offer several advantages over the traditional polynomial-based Aspheres (for example, CODE V’s Asphere or ASP-type surface).

20. However, when we use the term here we are specifically talking about the subset of Aspheres that are rotationally symmetric optics with a radius of curvature that varies radially from the center of the lens.

21. A manual actuation device comprises an axially displaceable operating head (8) which can be displaced exclusively in a (rear) rest position, a tubular-shaped drive element (11) which is rotationally fixed to the operating head, a guiding element (24) which is fixed in an axial and rotational manner and an output element (9, 19) which is displaceable in an axial direction and which is rotationally secured inside the device and is provided in order to drive the plunger (5) of the ampulla (4).

22. According to said invention, pistons of the wheel hub motors (10, 11) are compressed against a cam ring fixed to an admission housing by hydraulic pressure on rollers, and are guided in a rotating piston support which is rotationally connected to a wheel hub.

23. The invention provides for the machining surface of both machining coatings to be a rotationally symmetrical face-end profiled surface which in the radially outer area (along W) recedes unevenly in relation to the radially inner area (2d) and for the base part (2) to be configured accordingly.

24. A cam disc (12) is provided connected to the drive shaft (7) in a rotationally fixed manner, the edge (13) of said cam disc deviating, at least in some areas, from a circular form and being subjected, at least at one circumferential position, to a force dependent on the rotational angle position of said cam disc (12) so as to produce an additional torque on the drive shaft (7) to support a drive torque of the drive. The drive torque and the additional torque together form the common torque.

25. A log deflector for an excavator and a forestry machine, according to the present invention, comprises: a base vertically provided at the upper part of an upper frame and having a bracket-securing part; a bracket having a guide rail and a plurality of fixing holes and fixedly provided to the base; and a support supporting one side of lumber approaching the inside of the upper frame, and having a base end part rotationally coupled to first fixing holes of the guide rail, a free end part extending from the base end part to a front end thereof, a bent part formed at a predetermined angle between the base end part and the free end part, and a supporting part protruding outwards from the bent part and fixed to second fixing holes of the guide rail by a second fixing member.

26. The invention relates to a lifting device, in particular a patient lifter, comprising a drive motor (3, 4) having an output shaft (6), a winding coil (11) for winding a lifting tool (13), a rotatably mounted winding coil (11), an abutment body (15) connected to the winding coil (11) in a rotationally fixed manner, and a clamping body (24) that can be moved radially to the output shaft (6) between the abutment body (15) and a locking ring (21) and, by means of a coupling arm (27) articulated to the output shaft (6), is coupled to the output shaft (6) in such a way that in the event of a torque (D) produced by the output shaft (6), the clamping body (24) is released from the locking position thereof against the locking ring (21), and in the event of a torque-free output shaft (6), the at least one clamping body (24) blocks the mechanism due to the load-dependent counter torque (G) on the winding coil (11).