54 results about "Side-stick" patented technology

The invention relates to a rotorcraft cockpit having a left seat and a right seat placed side-by-side, a console extending between the seats, two side sticks, one situated to the right of the right seat and the other situated to the left of the left seat, enabling the pilot to control roll and pitch; a flight control system comprising sensors associated with the side sticks and a computer connected to the sensors serves to convert the orders applied by the pilot to the side sticks into signals for controlling actuators in order to vary roll and pitch; a piloting relationship integrated in the computer stabilizes the response of the rotorcraft in roll and in pitch when a side stick is actuated, and maintains the attitudes in roll and pitch at reference values when neither side stick is actuated.

The invention discloses a pulse diagnosis instrument, which comprises a positioning component independently fixed at the wrist of hand, wherein the positioning component is provided with a visible positioning window. The pulse diagnosis instrument further comprises a sensor component which is arranged on the positioning component, wherein a sensor probe of the sensor component is positioned in the positioning window after being assembled. The pulse diagnosis instrument has the advantages that: 1) the positioning process is visible and the positioning window is provided with marks, so the positioning is more accurate, 2) the positioning component is independently fixed at the wrist of hand and is fixed at the position opposite to the wrist, so as to prevent the measuring position from gearing caused by the rotation of the wrist, 3) the part of the positioning component fit with the hand is arc side stuck with a medical silica gel layer, and two arc-shaped elastic sheets can ensure the comfortableness and stability of the fixing between the positioning component and the wrist, and 4) a tension spring structure is used as a pulse pillow, which is prevented from being lost caused by separating from the base in using process, can freely rotate and realizes the convenient conversion of the pulse collection of left and right hands.

An elevating container includes an elliptically shaped main tube, a non-circularly shaped moveable support unit which moves upwardly or downwardly along an inner surface of a storage tube of the main tube without rotating, and a driving unit fitted to the main tube to rotate in threaded engagement to the support unit without moving upwardly or downwardly. A seal section at the lower end of the inner peripheral surface of the storage tube and a sealing cylinder at the lower end of the support unit are air-tightly fitted to each other. In addition, positioning ribs are provided at the lower end of the storage tube, and positioning notches are provided at the lower end of the moveable support unit. When the positioning ribs and the positioning notches are engaged with each other, a circumferential misalignment between the main tube and the support unit is corrected.

A probe card having a plurality of silicon finger contactors contacting pads provided on a tested semiconductor wafer and a probe board mounting the plurality of silicon finger contactors on its surface, wherein each silicon finger contactor has a base part on which a step difference is formed, a support part with a rear end side provided at the base part and with a front end side sticking out from the base part, and a conductive part formed on the surface of the support part, each silicon finger contactor mounted on the probe board so that an angle part of the step difference formed on the base part contacts the surface of the probe board.

A file wrapper for wrapping is provided. The file wrapper for wrapping comprises a file wrapper for wrapping comprising: a the cutting body, which comprises a unit piece of a covering paper and a backing paper of integral constitution that is bent to form a bag shape, sealing pieces provided to the covering paper and the backing paper, at the opening portion of the bag shape for inserting commodities, respectively, and side sticking pieces provided to the both sides portion of the covering paper. The one sealing piece is provided with a stopper of commodities after inserting them, and the other sealing piece is provided with the connecting piece inserted in the notch hole of the stopper and engaged thereto.

This invention provides an improvement in a control stick (e.g., joystick, side-stick, etc.) (20) adapted to control the movement of an object (e.g., an airfoil surface). The improvement includes: a support (21); an intermediately-pivoted upper member (23) mounted on the support, the upper member having an upper portion (24), and lower portion (25); an intermediate member (26) having an upper portion pivotally connected to the upper member lower portion, and having a lower portion; and a lower member (29) having a lower portion pivotally mounted on the support, and having an upper portion; and wherein the intermediate member lower portion is movably mounted on the lower member upper portion such that pivotal movement of the upper member upper portion relative to the support will produce pivotal movement of the intermediate and lower members relative to the support; and a resilient member (31) arranged to bias the direction of relative movement between the intermediate and lower members. The various pivotal connections may be provided by gimbals such that the various members are mounted for compound pivotal movement about two mutually-perpendicular axes.

The invention relates to automatic side-sticking equipment used during filter element production. The equipment at least comprises a filtering material spiral separating device and a paper tape pressing and sticking device, wherein the filtering material spiral separating device comprises four screw rods of which the radial cross sections are arranged in matrix; in the vertical direction, the two screw rods at the left are arranged on a first bracket, and the two screw rods at the right are arranged on a second bracket; in the horizontal direction, the two screw rods positioned above are synchronously driven by a first motor and a first synchronous driving mechanism, and the two screw rods positioned below are synchronously driven by a second motor and a second synchronous driving mechanism; filtering material passages in the axial direction of the screw rods are formed between the screw rods positioned above and the screw rods positioned below; and belt sections, close to the two sides of the filtering material passages, in the paper tape pressing and sticking device, deflect towards the middle lines of the filtering material passages along the conveying direction. Automatic side sticking between filtering materials and paper tapes is realized through the equipment; and the production efficiency and the accuracy of side sticking are greatly improved.

The invention concerns an improved CCD integration within pilot seat armrests, with benefits including ease and accuracy of CCD use, premium space savings on cockpit consoles, the ability to be retracted when not in use, always remaining within comfortable and easy reach of tall and short pilots alike and not interfering with other devices such as “side-stick” flight controls. The compactness and accuracy of use of the invention, its ability to be stowed, and its space-saving features set this CCD apart from existing CCDs and improve cockpit structure and pilot operation of aircraft that employ this invention.

This invention provides an improvement in a control stick (e.g., joystick, side-stick, etc.) (20) adapted to control the movement of an object (e.g., an airfoil surface). The improvement includes: a support (21); an intermediately-pivoted upper member (23) mounted on the support, the upper member having an upper portion (24), and lower portion (25); an intermediate member (26) having an upper portion pivotally connected to the upper member lower portion, and having a lower portion; and a lower member (29) having a lower portion pivotally mounted on the support, and having an upper portion; and wherein the intermediate member lower portion is movably mounted on the lower member upper portion such that pivotal movement of the upper member upper portion relative to the support will produce pivotal movement of the intermediate and lower members relative to the support; and a resilient member (31) arranged to bias the direction of relative movement between the intermediate and lower members. The various pivotal connections may be provided by gimbals such that the various members are mounted for compound pivotal movement about two mutually-perpendicular axes.