37results about How to "Satisfy the angle requirement" patented technology

The invention relates to the technical field of electronic equipment. In order to solve the problem of angle adjustment of the display device, the present invention provides a display device control system, method, storage medium and computer equipment. Wherein, the control method includes: obtaining the collection area, so that the object to be collected is located in the collection area, the collection direction of the collection area and the display direction of the display device have a fixed angle; obtaining the position information of the object to be collected; obtaining the comprehensive center of the position of the object to be collected point position; determine whether the positional relationship between the comprehensive central point position and the set point on the collection area reaches the preset standard; if the preset standard is not reached, then adjust the angle of the display device to reacquire the collection area and the target to be collected position information until the positional relationship between the integrated central point of the target to be collected and the set point on the collection area of ​​the display device reaches a preset standard. The control method of the present invention can meet the angle requirements of multiple people on the display device at the same time.

The invention discloses a rotating shaft structure for a display folding bracket, which comprises fixed support legs and a lifting die casting, wherein the lifting die casting is connected with the fixed support legs through a central spindle which is provided with a positive torsional spring and a negative torsional spring, a torsional gasket fixed on the central spindle is arranged between the positive torsional spring and the negative torsional spring, one ends of the positive torsional spring and the negative torsional spring are respectively fixed on the torsional gasket, and a positive baffle member used for baffling the other end of the positive torsional spring and a negative baffle member used for baffling the other end of the negative torsional spring are arranged on the fixed support legs. The positive torsion spring and the negative torsional spring are arranged on the first central spindle, the rotating shaft structure provided by the invention ensures that a display fixing plate has stable and reliable elasticity within an angle rotating range and is light in rotation and simple in operation so that the service life of the central spindle is prolonged, thereby being light and free in operation, being stable and reliable, ensuring the installation use range of a display, furthest meeting the seeing and hearing demands and meeting the angle requirements of watching the display.

The invention discloses a folding bracket for gas-spring swinging structure displays, which comprises a display fixed board, a lifting die-casting component, a supporting frame and a base, wherein the upper end of the lifting die-casting component is connected with the display fixed board by a first rotating shaft, and the first rotating shaft is provided with forward and reverse torsional springs; the lower end of the lifting die-casting component is movably connected with the upper end of the supporting frame by a second rotating shaft, and the lower end of the supporting frame is fixedly connected with the base; and the middle of the supporting frame is provided with a gas spring, and the base is provided with a rotating-disc mechanism. By using the bracket disclosed by the invention, the position and angle of a display can be adjusted arbitrarily, so that the bracket is not only operated conveniently and freely, stably and reliably, but also expands the installation and application scopes of the display; the bracket supports multiple items of operations (such as lifting, inclining, bending and twisting and the like) of the display so as to furthest satisfy audio-visual demands; the height adjustment is operated more conveniently and performed only by light pressing, thereby furthest satisfying the angle requirements on watching the display, so that the descending process of the display is stable; and the bracket is convenient to fold and reasonable in structure; and by using the bracket, an occupied space and a packing space are reduced.

The invention relates to an actual-vehicle-simulated vibration test-bed for transmission shafts with different specifications and belongs to the actual-vehicle-simulated vibration test-bed for the transmission shafts with different specifications. A first rack and a second rack are fixed on the foundation of a test room side by side, the second rack is located at the right side of the first rack, a power output system is arranged on the first rack, a vibration excitation device is arranged on the first rack at the right side of a power output device, a safety braking system is arranged above the vibration excitation device, the left end of the safety braking system is connected with the power output system, the right end is fixedly connected with a first right end fixing cover of the first rack, a supporting system is arranged on the second rack, and a loading device is mounted at the tail end of the supporting system. The test-bed has the advantages that the measurement on the vibration of a transmission shaft assembly is realized, and the defect that most of traditional vehicle transmission shaft vibration test-beds cannot sufficiently perform corresponding simulation tests according to different vehicle model parameters and road conditions and cannot quickly adjust angles of the transmission shafts is overcome.

The invention relates to a detecting tool of a bridge-shaped contact piece of an ACB (Air Circuit Breaker) drawer and a using method thereof. The detecting tool comprises a detecting tool base and a detecting board, wherein the detecting tool base is provided with an upper surface which can be used for placing a side surface of a detected bridge-shaped contact piece on the upper surface, and the upper surface is fixedly provided with two check blocks and one blocking post; and the detecting board is a wedge board which is manufactured according to the requirements of the design size between two tooth-shaped ends on the detected bridge-shaped contact piece and the angle of an opposite surface between the two tooth-shaped ends. According to the detecting tool disclosed by the invention, by adopting the detecting board which can be used for locating the detected bridge-shaped contact piece on the detecting tool base and can be manufactured according to the requirements of the design size between the two tooth-shaped ends on the detected bridge-shaped contact piece and the angle of the opposite surface between the two tooth-shaped ends, related requirements of detecting the size and the angle of the two tooth-shaped ends of the detected bridge-shaped contact piece can be conveniently met. The detecting tool disclosed by the invention has the advantages that the structure is simple, the requirement of measuring various sizes of the bridge-shaped contact piece can be met, and the efficiency of the detecting work can be greatly increased.

The invention relates to a curve simulation S-shaped wedge block compensation device. The curve simulation S-shaped wedge block compensation device comprises a compensation groove platform, a plurality of upper S-shaped wedge blocks, an integral lower S-shaped wedge block, a bottom plate, adjusting screws and a transmission mechanism, wherein the upper S-shaped wedge block and the integral lower S-shaped wedge block are placed in a groove in the bottom of the compensation groove platform in a matched mode, the bottom plate is fixedly connected with the compensation groove platform through bolts, and the adjusting screws penetrate through the compensation groove platform and are connected with nuts embedded in the upper S-shaped wedge blocks. The transmission mechanism comprises a first lead screw, a second lead screw, a connecting block, a motor and a speed reducer, the motor and the speed reducer are fixedly installed at one end of the compensation groove platform through a first connecting block, the right end of the first lead screw is connected with the speed reducer, an internal thread at the left end of the first lead screw is connected with an external thread at the right end of the second lead screw, and the left end of the second lead screw is connected with the lower S-shaped wedge block through the connecting block. By means of compensation for deformation of a machine tool, the curve simulation S-shaped wedge block compensation device can improve accuracy of the angle and the straightness of a bent workpiece, and guarantees product quality of the bent workpiece.