32results about How to "Curvature adjustment" patented technology

The invention provides head-mounted virtual reality equipment. The head-mounted virtual reality equipment comprises a wearable shell and is characterized in that a plurality of display screens are arranged in the wearable shell, each display screen comprises a transparent display panel, an observation part for observing images displayed by the transparent display panels, the display screens are sequentially arranged along a direction gradually moving away from the observation part, the transparent display panels are used for displaying the images of different-field-depth positions of the same scene, and field depths corresponding to the images displayed by the transparent display panels is in positive correlation with the distances between the display panels and the observation part. The head-mounted virtual reality equipment can improve user experience.

A curvature adjustment structure for a curved liquid crystal display, comprising: a back plate (1), at least one threaded stud (3) fixedly installed on the back plate (1), a support (5), of which two ends are against the back plate (1), that corresponds to the threaded stud (3), and an adjustment nut (7) that works in conjunction with the thread of the threaded stud (3), the threaded stud (3) penetrating the support (5) and working in conjunction with the adjustment nut (7). By rotating the adjustment nut (7), the support (5) is compressed or relaxed. The back plate (1) is compressed or relaxed by means of the support (5), thereby enabling the curvature adjustment of the back plate (1). The curvature of the curved liquid crystal display can be thus conveniently adjusted, and the product is made more attractive in the market. Additionally, the structure is simple and easy to implement.

Embodiments of the present invention provide an apparatus and method for adjusting the curvature of a wafer. When etching the thin film deposited on the wafer disposed on the fixed body of the circular curvature adjusting device, the thin film deposited on the wafer is adjusted by heating the heating part of the wafer curvature adjusting device in the first The etching thickness in the direction is used to adjust the curvature of the wafer in the first direction; the heating component is arranged on the fixed body. In this way, the curvature of the wafer in a specific direction can be adjusted.

The invention discloses a submarine cable bending protection system, which comprises a center positioning protection device and a protection device arranged in sequence. The center positioning protection device includes a protection body whose front end is tapered. When the submarine cable is assembled in the tail section of the curved tube, the outer wall of the protection body is sequentially equipped with A positioning protection component and B positioning protection component. Maintained at the center position of the tail section of the curved tube, the submarine cable bending protection system proposed by the present invention can realize the positioning of the center position of the submarine cable, the positioning is accurate, and can effectively prevent the submarine cable from slipping from the curved pipe. The bending protection device proposed by the present invention can The bending protection of the submarine cable can be realized, and at the same time, the adjustment of the degree of bending can be realized, and the double-effect protection can be realized, so that the swing range of the submarine cable is small, and the impact resistance is strong, which meets the current use requirements.

The invention discloses a high-precision curvature regulating method for a mechanical railroad shoe. The method comprises the following steps: a, providing a mechanical railroad shoe by refining; b, installing a regulating mechanism; and c, regulating a curvature of the mechanical railroad shoe. A containing part and a containing groove are opening in the mechanical railroad shoe, and the regulating mechanism is installed inside the containing part and the containing groove, wherein the regulating mechanism comprises a regulating rod, two clamping pieces and two regulating elements. When rotating the regulating elements of the regulating mechanism, the regulating mechanism applies an axial stress onto the mechanical railroad shoe. Due to the fact that the stress is applied onto one side of the mechanical railroad shoe and is not on the central axis of the mechanical railroad shoe, the mechanical railroad shoe is bended to one side under the effect of the moment of force, accordingly the user can operate the regulating elements to regulate the curvature of the mechanical railroad shoe.

The invention discloses a flanging and circle-cutting all-in-one machine comprising a machine station, and a centering component, a controllable pitch component and a shearing component which are arranged on the machine station. The shearing component comprises a gear motor, an upper cutter shaft and a lower cutter shaft, and the upper cutter shaft and the lower cutter shaft are arranged in parallel, and driven by the gear motor to rotate; the rotation directions of the upper cutter shaft and the lower cutter shaft are opposite, and the end of the upper cutter shaft is provided with a first squeezing roller and a first cutter; the circumference of the first squeezing roller is sunken inward, and the end of the lower cutter shaft is provided with a second squeezing roller and a second cutter; the circumference of the second squeezing roller protrudes outward, and the position of the first squeezing roller is corresponding to the position of the second squeezing roller; and the positionof the first cutter is corresponding to the position of the second cutter. Compared with the prior art, the all-in-one machine disclosed by the invention has the advantages of stable working performance and high machining precision by arrangement of relevant structures.

The invention discloses a high-precision curvature regulating method for a mechanical railroad shoe. The method comprises the following steps: a, providing a mechanical railroad shoe by refining; b, installing a regulating mechanism; and c, regulating a curvature of the mechanical railroad shoe. A containing part and a containing groove are opening in the mechanical railroad shoe, and the regulating mechanism is installed inside the containing part and the containing groove, wherein the regulating mechanism comprises a regulating rod, two clamping pieces and two regulating elements. When rotating the regulating elements of the regulating mechanism, the regulating mechanism applies an axial stress onto the mechanical railroad shoe. Due to the fact that the stress is applied onto one side of the mechanical railroad shoe and is not on the central axis of the mechanical railroad shoe, the mechanical railroad shoe is bended to one side under the effect of the moment of force, accordingly the user can operate the regulating elements to regulate the curvature of the mechanical railroad shoe.

The invention discloses a forming machine tool of waist iron. The forming machine tool comprises a machine base, and an operation table is arranged on the machine base; a sliding groove is formed in the operation table; at least one locating pillar and at least one operation pillar are arranged in the sliding groove in a sliding manner; the locating pillars stretch out of the operation table through the sliding groove; cross pillars are vertically and fixedly arranged at the bottom tail ends of the locating pillars; two clamps are hinged to each cross pillar; the two clamps are arranged on thetwo sides of the locating pillar separately; bulges of the tops of the clamps are hinged to the cross beams through bolts; compression springs are arranged between the bulges and the locating pillars; the parts, stretching out of the operation table, of the locating pillars are provided with screwing round discs; and the operation pillars stretch out of the operation table through the sliding groove. According to the forming machine tool of waist iron provided by the invention, the bending degree of waist iron can be well adjusted, and arrangement and control of the bending degree during waist iron forming are greatly facilitated.

The invention discloses a curvature adjusting mechanism of a curved-surface displayer. The curvature adjusting mechanism comprises an arc-shaped retainer having first curvature, a flexible camber beam having second curvature and adjusting parts, wherein the camber beam is used for attaching to the back side of a display panel, the first curvature is smaller than the second curvature, the middle of the camber beam is fixed to the retainer, one adjusting part is arranged on two sides of the retainer in the length direction respectively, the adjusting parts are clamped between the camber beam and the retainer, and the retainer is kept movable in the length direction so as to change the curvature of the camber beam. The invention also discloses the curved-surface displayer. Due to the fact that the camber beam of the curvature adjusting mechanism attaches to and is fixed to the back side of the display panel, it is kept that the curvature of the retainer is smaller than that of the camber beam, the middle of the camber beam is fixed to the retainer, the curvature of the camber beam can be adjusted only by changing the clamping positions of the adjusting parts between the camber beam and the retainer, curvature adjustment of the display panel is achieved and can be performed in a certain range, and the demand for the best display experience of a consumer is met.