42results about How to "Increase the number of stacks" patented technology

The invention relates to a petroleum exploration seismic data processing technology, which is a method for improving the signal-to-noise ratio of seismic data. The method comprises the following steps: 1) acquiring the seismic data and recording seismic original data of a common mid-point channel set before stack by adopting the prior method; and 2) determining the surface area element range according to the maximum stratum inclined angle alpha in the original data; supplementing a seismic channel to the current surface area element; performing the weighting processing to ensure the same amplitude level of the seismic channel set in the CMP surface area element with channel number varied before the stack and seismic channel set in an original CMP surface area element; and iterating the supplemented seismic channel in the CMP surface area element after dynamic correction, and achieving a stack cross section for suppressing interfere and improving the signal-to-noise ratio. The method suppresses random interfere wave in the seismic data, effectively strengthens signals, obviously improves the signal-to-noise ratio of the cross section, can truly reflect underground construction situations, and is favorable for searching and developing oil-gas fields.

The invention discloses a stacking type stock bin. The stacking type stock bin comprises carts. Trays are placed on the carts. The stock bin comprises a base matched with the carts. The base comprises a base body. One side of the base body is provided with three limiting hurdles. The three limiting hurdles divide one side of the base body into two stacking working positions. An installing groove is formed in the base body. Grounding feet is arranged at the end parts of the periphery of the base body and the end parts of the three limiting hurdles. The two carts can simultaneously enter the two stocking working positions, and one of the two stocking working positions is located at the side edge of the base body and is provided with a proximity switch which is matched with the carts through a proximity switch bracket. The stacking type stock bin is reasonable in structure, low in manufacturing and maintaining costs and simple in operation, meanwhile, workpieces can be stacked by multiple layers, the material storing quantity is high, work blank and finished workpieces can be simultaneously stored, and the workpieces are automatically transferred to the carts.

The invention relates to an imaging velocity analysis method of a seismic scattering P-S converted wave, comprising the following steps of: firstly, reading the seismic data of a seismic scattering P-P wave into a two-dimensional array F, and computing the position and the coordinate of a scattering point; secondly, arbitrarily selecting a velocity vPk to overlap or correlate scattering amplitudes of shot-geophone distances and weigh to sum the energy of the same scattering point so as to obtain a corresponding average amplitude; thirdly, making a seismic scattering P-P wave velocity spectrum; fourthly, reading the seismic data of the seismic scattering P-S converted wave into a two-dimensional array E, and computing the position and the coordinate of the scattering point; fifthly, taking an acquired seismic scattering P wave velocity to overlap or correlate the scattering amplitudes of the shot-geophone distances and weigh to sum the energy of the same scattering point so as to obtain the corresponding average amplitude; and sixthly, making a seismic scattering P-S converted wave velocity spectrum. The invention increases the overlapping times of a velocity analysis technology and enables the focusing capability of effective scattered wave energy to be higher.

The invention relates to a PCB processing tooling and a processing method. The processing tooling is provided with a rack, a processing main shaft and a pressing plate component. The processing main shaft is vertically installed on the rack and can float up and down relative to the rack so as to process a PCB placed on a workbench. The pressing plate component comprises a pressing plate and a driving transmission device, the pressing plate is arranged at a bottom of the rack, and the driving transmission device can drive the pressing plate to press the workbench downwards or move away from theworkbench upwards. The method is applied to the processing tooling and comprises a fixing step and a processing step. In the fixing step, a bakelite plate is fixed to the workbench, a PCB large plateis arranged on the bakelite plate, pins are fixed to the bakelite plate along an edge of the PCB large plate, and the pins successively penetrate through the edge of the PCB large plate and the bakelite plate so that the PCB large plate can be fixed to the bakelite plate. In the processing step, the PCB large plate is processed into a plurality of PCB unit plates. The tooling and the method havethe advantages of a good fixing effect, high productivity, low processing cost and the like.

The invention discloses a three-dimensional storing and taking complete facility for concrete prefabricated laminated slab products, and relates to the technical field of transferring, storing and transporting of prefabricated building industry products. Multiple sets of equidistant rack rollers are fixedly mounted at the positions, perpendicular to supporting rods, in a rack through bolts, a steel wire rope is jointly arranged in each roller set in a sleeving mode, the tail ends of the steel wire ropes are jointly and fixedly connected with a laminated slab bracket, and a stretching frame isfixedly mounted in the laminated slab bracket; and meanwhile, a drag hook and the laminated slab bracket form a movable fixed connection structure through an air cylinder, so that the effect of utilizing the three-dimensional space to a greater extent is achieved, the occupied area is reduced, the stacking number is increased, the working efficiency is improved, the input cost is reduced, meanwhile, the transfer of prefabricated laminated slabs is accelerated, and the problems of low hoisting efficiency, long delivery period, occupation of equipment resources and overhigh labor cost caused byconducting hoisting one by one in the past are solved.

The invention discloses a six-wavelength on-site physical evidence laser detector. The physical evidence laser detector is characterized in that the laser detector comprises two laser generation systems and a single laser output channel; in the two laser generation systems, one laser generation system comprises a first laser emission module, a first wavelength generation optical path, a second wavelength generation optical path and a third wavelength generation optical path, and the first wavelength generation optical path, the second wavelength generation optical path and the third wavelength generation optical path are arranged at the output side of the first laser emission module; the other laser generation system comprises a second laser emission module, a fourth wavelength generation optical path, a fifth wavelength generation optical path and a sixth wavelength generation optical path, and the fourth wavelength generation optical path, the fifth wavelength generation optical path and the sixth wavelength generation optical path are arranged at the output side of the second laser emission module. lasers outputted from the six wavelength generation optical paths are collected to a single laser output channel through a plurality of reflectors for output. Six-wavelength integration of main wave bands covering physical evidence detection is achieved, requirements of searchlighting with different traces and different wavelengths during the scene investigation process in the criminal science and technology are met furthest, and the provided laser detector has advantages of compact structure, stable performances, convenient operation, high conversion efficiency and the like.

The invention discloses a building pipe stacking device, and relates to the technical field of building auxiliary equipment. The device comprises a bottom support, pipes and partition plates, whereinthe bottom support is provided with a plurality of first arc-shaped openings for accommodating the pipes, and the upper surfaces and the lower surfaces of the partition plates are provided with secondarc-shaped openings and third arc-shaped openings respectively for accommodating the pipes. According to the device, through the bottom support and the partition plates, stacking of the pipes is achieved, the pipes are effectively prevented from sliding off from pipe piles after being stacked, and the number of the pipes in the ground per a unit area is increased.

The invention discloses a stacking frame used for touch screens and an assembling method thereof. The stacking frame comprises a supporting bottom plate, supporting screw rods are mounted on the supporting bottom plate, a storage frame body is mounted between the supporting screw rods in a penetrating manner, a supporting screw cap is connected to each supporting screw rod, the storage frame bodycomprises a storage plate, a limiting pressing plate and limiting discs, the storage plate is mounted between the limiting discs, a containing groove, a fixed screw rod and a guide rod are arranged onthe storage plate, the guide rod and the fixed screw rod penetrate through the limiting pressing plate, a fixed pressing block is mounted on the bottom face of the limiting pressing plate, a pressingscrew cap is connected to the fixed screw rod, and the assembling method comprises the following steps of a, touch screen fixing, b, storage frame body assembling, c, base assembling, and d verticalmounting. The stacking frame is novel in structure, flexible in dismounting and mounting, capable of being used while being mounted, convenient to transport, and store, flexible, and adaptable, the assembling method is easy to operate, mounting difficulty is low, labor is saved, portability is achieved, steps are in order, adjusting is facilitated, and stacking quality of the touch screens can beensured.