83results about How to "Reduce the difficulty of inspection" patented technology

The invention discloses a flipper block construction method. The flipper block construction method comprises the specific steps that a bottom supporting frame is arranged to support a block, wherein the height of the bottom supporting frame is greater than the maximal length of a flipper extending out of an outer base plate, side-edge supporting frames for preventing dumping are arranged at the side edges of the block, and after the block is assembled, installation of a flipper guide rail and lifting and locking tests of the flipper are conducted immediately. According to the flipper block construction method, compared with the prior art, installation and the relative tests of the flipper can be completed at the stage of block assembling, the manufacturing precision and the testing efficiency are improved, the construction period of a whole ship is shortened, and operation is convenient.

The present invention relates to the field of intelligent inspection technology, in particular to an intelligent inspection system for a photovoltaic power station drone, including: an impeller cover, an impeller, a damping shaft, an upper casing, a lower casing, a connecting seat, a bracket, a connecting arm, a fixing seat, Connecting frame, micro motor, camera, folding frame; the bottom side of the upper shell is provided with a lower shell, and the lower shell is connected with the upper shell through bolts; the left and right sides of the outer wall of the lower shell are provided with a damping shaft, and the damping The rotating shaft is connected with the lower shell through the support arm; a folding frame is arranged under the outer wall of the damping rotating shaft, and one end of the folding frame is connected with the damping rotating shaft through a movable connection; the other end of the folding frame is provided with an impeller, and the impeller passes through The impeller cover is connected with the folding frame. Through structural improvement, the present invention has the advantages of small inspection difficulty, high efficiency, low labor cost, and low personal safety risk, thereby effectively solving the problems and deficiencies in the prior art.

The invention provides an anti-counterfeiting method taking a display pattern of a kaleidoscope as an identification mark. The anti-counterfeiting method comprises the steps of S1, randomly putting a pattern identification block into a kaleidoscope anti-counterfeiting system; S2, generating a pattern which is unique and cannot be duplicated in the anti-counterfeiting system by the pattern identification block, and taking a display pattern of the pattern as an anti-counterfeiting identification mark of the product; S3, acquiring the identification mark, and generating a code which is in one-to-one corresponding with the identification mark in an anti-counterfeiting system database; and S4, fixing a label with the code on the product package. The anti-counterfeiting identification mark is formed by reasonably utilizing the randomness, the uniqueness and the property of being not be duplicated of the kaleidoscope pattern, the anti-counterfeiting mark is unique and cannot be duplicated, the verification process is simple, and the anti-counterfeiting mark is damaged after the product is used and cannot be recovered, so that an anti-counterfeiting purpose is completely realized.

The invention discloses a temperature control box and a refrigerator with the same. The temperature control box comprises a box body, a display control panel and a main control panel, wherein both the display control panel and the main control panel are elongated and arranged in the box body. The main control panel and the display control panel are parallelly arranged at a preset interval which is larger than 15mm. According to the temperature control box, the display control panel and the main control panel are elongated and parallelly arranged in the box body, so that close connection of electronic components on the main control panel and the display control panel is facilitated; the elongated main control panel occupies small space, and the size of the temperature control box can be effectively reduced, so that the production cost of the temperature control box can be reduced; and the size of the temperature control box is small, so that wires in the temperature control box are short, the winding degree of the wires in the box body is reduced, arrangement of the wires in the box body is facilitated, and the check difficulty during system failure is reduced.

A multipurpose gynecological examination bed comprises a bed frame, a bed plate, an insulating support board, a fumigating mechanism, an elevating mechanism and a power mechanism which drives the fumigating mechanism and the elevating mechanism to move; the fumigating mechanism and the elevating mechanism are both installed under the bed plate; the power mechanism is installed on the bed frame under the bed plate; the middle part of the bed plate is provided with a notch; one side edge of the insulating support board is hinged to one side edge, corresponding to the notch, in the length direction of the bed frame; the other opposite side edge of the insulating support board is provided with hooks; the other opposite side edge of the bed frame is provided with hasps corresponding to the hooks; the hasps can be buckled with the hooks; the insulating support board is provided with air vents. During the vaginal ultrasound examination, a patient lies flat on the examination bed with the buttocks on top of a lift table for easy examination. The invention has high automation degree and convenient operation, not only reducing the inspection difficulty, but also reducing the labor intensityof the doctor and improving the inspection efficiency.

The invention relates to a rare earth content detection device, in particular to a detection device for quickly measuring ion adsorption type rare earth content and aims to achieve the technical purpose of providing a detection device which is high in speed and efficiency and low in cost and is used for quickly measuring the ion adsorption type rare earth content. The device comprises a base plate, a capillary oil-phase layer, a capillary water-phase layer, acidity indication paper and a transparent cover plate. The base plate is provided with a detection cavity and an exhaust cavity, a water absorbing hole is formed between the outer surface of the base plate and the detection cavity, and a communication hole is formed between the detection cavity and the exhaust cavity. The capillary oil-phase layer is arranged on the bottom of the detection cavity and is internally provided with a chelating agent, a masking agent and diluent. The capillary water-phase layer is arranged in the middle of the detection cavity, the acidity indication paper is arranged on the upper portion of the detection cavity, and the upper portion of the base plate is covered with the transparent cover plate. Compared with the prior art, the detection device has the advantages that it is not necessary to adopt various devices or a complex process, an intuitive visual result can be obtained only through easy operation, and easiness and quickness are achieved.

The invention relates to an off-axis three-mirror-anastigmatic (TMA) optical system for reducing processing and resetting difficulty, relates to the technical field of space optics, and solves the problems that the conventional off-axis TMA optical system difficultly reaches optical imaging indexes due to difficulty in processing, detection and resetting. In the system, a secondary reflecting mirror is designed to be a sphere, a main reflecting mirror and a third reflecting mirror are designed to be aspheric surfaces, a quadratic term coefficient is set as zero, the main reflecting mirror andthe third reflecting mirror are high-order aspheric surfaces containing a six-order term and an eight-order term respectively; thus, the off-axis TMA optical system reaches diffraction limit optical property. When a transfer function is 50 lp, imaging quality is approximately 0.6, and Streh1 Rate is increased from 0.91 to 0.93; surface shape processing tolerance is expanded from Lambda / 50 to Lambda / 40; and the resetting tolerance of the main reflecting mirror, the secondary reflecting mirror and the third reflecting mirror is expanded by four times. By the system, the processing and resettingdifficulty is reduced; and the system can conveniently realize the optical property of diffraction limit.