38 results about "Horizontal migration" patented technology

A cup-shaped receptacle designed to engage the neck of a bottle and rigidly support it in a near horizontal position. The receptacle can be incorporated into many common building materials, so an array of the receptacles permits an attractive display of bottles. Bottles are held in place through the force of gravity and by resilient rings or gaskets disposed in the interior of the receptacle that limit vertical and horizontal migration of bottles. The rings also protect foil caps from damage.

The invention discloses a microscopic slide automatic feeding device, which comprises a frame, a microscopic platform, a slide pusher for conveying slides in a cassette through a conveyor belt, a slide horizontal migration clamping device for clamping the slide for translation on the microscopic platform, and a slide uploading and unloading device for transmitting the slide between the slide pusher and the slide horizontal migration clamping device. A discharge port of the slide pusher is adjacent to a feeding port of the slide uploading and unloading device, and the discharge port of the slide uploading and unloading device is connected with the slide horizontal migration clamping device; the slide pusher and the microscopic platform are mounted on the frame, and the slide uploading and unloading device is mounted at a side face of the microscopic platform; and the slide horizontal migration clamping device is mounted on the surface of the microscopic platform. So that, the microscopic slide automatic feeding device can effectively ensure the continuity of a microscopic examination process and the linkage of a slide transmission process, and is simple in structure, convenient to operate and high in microscopic examination accuracy, thereby greatly ensuring the accuracy of the microscopic examination result.

A horizontal ion migration spectrum, including two parallel panels, defined a container between the two parallel plates.Analyst ions passed through the container along the entrance to the outlet.RF constraints guide ions along the axis.Establish an analysis airflow that is orthodox with the axis.The DC electrostatic analysis field is opposite to the direction of the analysis of the airflow, so that the "tension" of the analysis of the ion of the selected migration rate can be balanced by the electrostatic analysis field on the ion.Therefore, the selected pyramids can reach the exit of the analyzer of the horizontal migration analyzer along the stable path.However, the force on the ionic ion that works in non -selected migration is unbalanced, and these ions will be deviated and lost.

The invention discloses a composite barrier for preventing horizontal diffusion and migration of underground water layer pollutants and application thereof. The composite barrier is formed by encapsulating expansion clay by a water-soluble polymer film. During the application, the composite barrier is placed into a vertical open groove with a watertight layer arranged at the groove bottom, the filling height of the composite barrier in the vertical open groove is not lower than the upper plane of the underground water layer, wall protecting slurry is removed, and then, soil is filled back into the vertical groove until the vertical groove is flatly filled. The composite barrier has the advantages that the construction is simple, the engineering manufacturing cost is low, the anti-seeping effect is good, and the like. The horizontal migration of pollutants in the underground water layer can be better prevented.

The invention discloses a fracturing and sanding design method based on a large-scale parallel plate proppant migration and laying physical model experiment, and specifically relates to the field of oil and gas field development. This method determines the value range of each construction parameter according to the fracturing target, and uses a large-scale parallel plate proppant migration and laying phantom experimental device to conduct a control experiment on each construction parameter to obtain the migration of proppant under different parameters and the final sand embankment. Morphological pictures, and use sand embankment shape evaluation parameters to quantitatively evaluate the final sand embankment shape, optimize construction parameters, measure the horizontal migration velocity and vertical settlement velocity of proppant under different conditions, and calculate the propping height and horizontal propping fracture length, After checking, determine the sanding parameters of each stage of fracturing, and combine the ratio of proppant to fracturing fluid at each stage to determine the final fracturing sanding construction plan. The invention solves the problem of few and incomplete quantitative evaluation parameters of experimental results, greatly improves the effect of fracturing and increasing production, and effectively reduces the cost of fracturing construction.

The invention discloses a trample-deformation-resistant adjusting device for a shallow-buried gas pipe. The trample-deformation-resistant adjusting device for the shallow-buried gas pipe comprises an excavated pipe ditch, a smooth surface base plate and an adjustable base seat, wherein the smooth surface base plate is used for supporting the pipe, and the adjustable base seat is used for supporting the smooth surface base plate. The smooth surface base plate is placed on the top of the adjustable base seat, and both the smooth surface base plate and the adjustable base seat are located in the excavated pipe ditch. The trample-deformation-resistant adjusting device for the shallow-buried gas pipe is simple and reasonable in structure and capable of overcoming the impact on the shallow-buried pipe from coal mining ground surface depression and horizontal migration and various deformations, and preventing the pipe from being damaged by ground surface movement and deformations. In addition, construction operation is simple, convenient and efficient, the problems that pipe resource recovery through coal depression areas and pipe safety are solved, and a novel approach is provided for pipe compressed coal mining.

The invention discloses a full-automatic double-ccd (charge-coupled device) photosensitive element digital microscope, which is used for acquiring specimen image information by synchronously using a colored ccd photosensitive element and a black-and-white ccd photosensitive element so as to obtain a multifocal plane holographic three-dimensional image, synchronously outputting a specimen reading result according to nucleus integral optical density acquired by the black-and-white ccd photosensitive element, and finally outputting a specimen picture and text report. Additionally, the full-automatic double-ccd photosensitive element digital microscope comprises a slide uploading and unloading device and a horizontal migration clamping device for automatically changing the specimen slide, andthen, the slide is located in three dimensions through a three-dimensional frame, so that the colored ccd photosensitive element and the black-and-white ccd photosensitive element can conveniently acquire the image information of the specimen. Thus, the full-automatic double-ccd photosensitive element digital microscope can be used for not only performing morphological observation on the specimen, but also taking digital images for a dyed tissue section so as to form the multi-focal plane holographic three-dimensional image, so that all the information of the cell can be observed in multiple layers and multiple focal planes, and accuracy of early diagnosis is greatly improved.