40results about How to "Improve the efficiency of position adjustment" patented technology

The invention discloses an accurately-adjustable stopper. The accurately-adjustable stopper comprises a pair of parallel rack seats arranged at an interval, two pinions symmetrically arranged and separately meshed with two racks, a main rod support and at least one material blocking device, the two racks are fixedly mounted on the two rack seats separately, and scales are arranged on one side of one rack or one side of the rack seat; the two ends of the main rod support are rotationally connected with the two pinions through rotating shafts separately, and a pointer for indicating the scales is fixedly installed on one side of the main rod support; and each material blocking device comprises a material blocking plate, at least one guide rod and a scaleplate scale shaft, the guide rods andthe scaleplate scale shafts are fixedly installed on one sides of the material blocking plates, and the scaleplate scale shafts and the guide rods penetrate through the main rod support and extend towards the other side of the main rod support. According to the accurately-adjustable stopper, high-precision positioning can be achieved, and meanwhile the working efficiency can further be improved.

The embodiment of the present invention discloses a position adjustment method and an electronic device. The method includes: receiving a first input for moving a first icon to a target position, wherein the target position includes a second icon, and responding to the first inputting, displaying a plurality of option schematic diagrams of the positional relationship between the first icon and the second icon, receiving a second input for the user to select a target positional relationship among the plurality of option schematic diagrams, and responding to the second input, Adjusting the first icon to a position corresponding to the target position relationship. Through this method, the first icon can be adjusted to a display position that meets the actual needs of the user, thereby reducing the operation process of position adjustment and improving the efficiency of position adjustment.

The embodiment of the invention provides a method and device for adjusting the position of an objective lens in an optical pick-up head. The device mainly comprises a tangential adjusting device, a radial adjusting device and an objective lens guide frame, wherein the tangential adjusting device is used for adjusting the tangential displacement of the objective lens guide frame in the tangential direction of the objective lens, the radial adjusting device is used for adjusting the radial displacement of the objective lens guide frame in the radial direction of the objective lens, the objective lens guide frame is used for making contact with the objective lens when the objective lens in the optical pick-up head moves towards an optical disc, the radial position of the objective lens can be adjusted through displacement of the objective lens guide frame in the radial direction of the objective lens, and the tangential position of the objective lens can be adjusted through displacement of the objective lens guide frame in the tangential direction of the objective lens. According to the method and device for adjusting the position of the objective lens in the optical pick-up head, the objective lens can be fast adjusted to the needed optimal position so that the position adjustment efficiency of the objective lens can be improved, and compared with the scheme of knob screw adjustment in the prior art, the accuracy and the stability of the position adjustment of the objective lens can be guaranteed.

The invention belongs to the laser precision detection technology and laser micro-nano processing monitoring technology field and relates to a laser micro-nano processing light splitting pupil differential confocal online monitoring integration method and device which can be used for the laser micro-nano processing and online detection of a complex fine structure. In the invention, a long workingdistance and high axial resolution light splitting pupil laser differential confocal axial monitoring module is organically integrated with a femtosecond laser processing system. A light splitting pupil differential confocal system curve zero point is used to carry out nanoscale monitoring on the axial position of a sample so as to realize the real-time fixed focus of the axial position of the sample and the high precision measurement of a processed micro-nano structure size. A drift problem and a high-precision online detection problem in a measurement process are solved, and the controllability of micro-nano femtosecond laser processing precision, the processing quality of the sample and the like are improved. Before processing, a microscopic imaging module can be used to carry out coarse alignment and transverse position identification on the sample.

The invention relates to a method for positioning the focus of an X-ray machine with a locking hand wheel. The method for positioning the focus of the X-ray machine with the locking hand wheel comprises the following steps that an adjustable two-leg support is installed at the front end of the X-ray machine; an adjustable single-leg support is installed at the rear end of the X-ray machine; the height and the separation angle of the X-ray machine are adjusted primarily; the X-ray machine is placed in a positioned mode in the ray bundle direction required by the technique according to the focal length required by the technique, and it is judged that the focal length meets the requirements through visual inspection at the same time; the adjustable double-leg support and the adjustable single-leg support are measured, positioned and adjusted according to the central exposure method and the eccentric exposure method till the positioning precision meets the detection technological requirements, and then focus positioning is completed. The method for positioning the focus of the X-ray machine with the locking hand wheel has the advantages that operation is easy, the method is scientific and reasonable, cost is low, time for adjusting the X-ray machine is shortened, focus positioning is convenient and fast, and working efficiency is improved.

The invention discloses a frequency mixer bracket which belongs to the field of precise regulating mixer brackets. The frequency mixer bracket comprises a frequency mixer fixing module, a guide rail regulating module and an array assembly module, wherein the frequency mixer fixing module is positioned above the guide rail regulating module; the array assembly module is connected to the guide railregulating module; the frequency mixer fixing module is used for regulating a frequency mixer to a focused light signal position front, back, left and right, and fixing the frequency mixer; the guiderail regulating module is used for focusing a light signal, and is connected to the frequency mixer fixing module for regulating the position of the frequency mixer left and right; and the array assembly module is used for reflecting incident light and is combined with transmission light to form the light signal which is propagated to the guide rail regulating module. The frequency mixer bracket realizes fixing of the frequency mixer, and realizes precise regulation on the position of the frequency mixer.