60results about How to "No need for human judgment" patented technology

The invention discloses an intelligent parking garage which comprises traffic lanes and a stereoscopic garage. The traffic lanes comprises the main traffic lane, the small vehicle traffic lane which is connected with the main traffic lane and leads to the stereoscopic garage and the large vehicle traffic lane which is connected with the main traffic lane and leads to a large vehicle parking lot; a garage framework of the stereoscopic garage is provided with a parking robot. Related car data can be quickly and accurately collected by a classification and recognition system of the parking garage; vehicles of different vehicle types are guided to be parked in a classified mode without needing artificial judgment; the vehicles do not need to be parked in the midway, and therefore time is saved; the cars guided to a robot storing and taking garage are quickly stored and taken by the robot, car storing and parking by the robot is precise and steady, a single parking place can be designed to be smaller, spatial maximization is achieved, and more parking places are created through the limited land resource.

The invention discloses a cable pay-off device, and belongs to the technical field of wires and cables. The cable pay-off device comprises a fixed bracket, wherein the fixed bracket comprises two fixed bases; first sleeves are arranged on the fixed base; supporting rods are inserted into the first sleeves; a screw rod is arranged at the upper parts of the two supporting rods; two winding drum clamping mechanisms are arranged on the screw rod; the winding drum clamping mechanisms comprise mounting parts, second sleeves and connection rods; tensile springs are arranged at the upper parts of theconnection rods; and clamping parts are arranged at the lower parts of the connection rods. The cable pay-off device provided by the invention is ingenious in structure, suitable for cable winding drums of various sizes and stable in paying off, and can judge a cable allowance.

The invention discloses a measurement system and a measurement method for optical fibre morphology, which are mainly used for solving the problems of the need of human judgment, low accuracy, the need of consumption for lots of time, and incapacity of rapidly measuring in the existing measurement method. The measurement system comprises an objective table (1), a structure support (3), a displacement table (4), a controller (7), a shooting system (10) and an image processor (11). During a measurement, the measured optical fibre is fixed on the clamping groove of the objective table, the displacement table is controlled to move by the controller, then the shooting system is driven to carry out focusing shooting on the optical fibre for many times to acquire an optical fibre image, and the optical fibre image is conveyed to the image processor to calculate, so as to obtain the morphology parameters of the optical fibre, that is, an axial length, an end surface radial diameter, the diameter of the middle thinnest part, and a surface inclination angle. According to the measurement system and the measurement method disclosed by the invention, a human judgment is not needed, and the measurement accuracy and measurement speed are improved by evaluating the average value by measuring for many times and automatically processing the image by the image processor; and the measurement system and the measurement method can be used for screening qualified optical fibres products and improving the performances of optical fibre devices.