34results about How to "Eliminate waves" patented technology

The invention relates to a method for setting process parameters of a stainless steel strip steel withdrawal and straightening machine unit. The method is characterized in that a set of systemic method for setting the process parameters of a stainless steel withdrawal and straightening machine is established by utilizing finite element software to establish a simulation model and applying the stepwise regression principle to set the process parameters such as insertion depths and tension values of a 1# roller, a 2# roller and a 3# roller of a withdrawal and straightening machine, and optimization is achieved by combining application effects of actual production. By means of the method, defects of a wave plate shape and a warping plate shape easily occurring in the production of thinner stainless steel strip steel are eliminated well, theoretical guidance and technical support are provided for withdrawal and straightening of stainless steel, and quality of strip steel is greatly improved. Besides, a process parameter query and addition system interface has strong visuality so that the production is scientific and systematic, and the problem that the process parameters of work shifts are different due to personal experience factors of operators is solved. An adding system guarantees that technical personnel can add process parameters capable of enabling strip steel to obtain good plate shapes after a series of statistics according to actual conditions, so that a database can be kept updated frequently, and process parameter setting can be improved and optimized continuously. Therefore, the method for setting the process parameters of the stainless steel strip steel withdrawal and straightening machine unit has a wide application prospect.

The present invention relates to one kind of five-layer thick-core wooden floor board and its making process. The five-layer thick-core wooden floor board includes one surface wood layer, one gummed sheet layer, one core layer, one other gummed sheet layer and one back layer adhered together successively. The making process of the five-layer thick-core wooden floor board includes the following steps: making surface wood board, making core layer board, making gummed sheet, making back board, combination and pressing, splitting and balancing, and forming. The five-layer thick-core wooden floor board of the present invention has the advantages of less deformation caused by environment temperature and humidity, reduced surface wood layer thickness resulting in saving in high quality wood, and raised adhesion strength and high stability.

The invention relates to a product closed end bending, chamfering and angle shoveling die. The product closed end bending, chamfering and angle shoveling die comprises an upper die assembly and a lower die assembly which vertically correspond to each other. A compressing mechanism, an end bending mechanism and a side beating mechanism are arranged between the upper die module and the lower die module. The compressing mechanism comprises a drive male die, a side pressing male die, a side pressing plate, a sliding plate, a first upper wedge and a first lower wedge. The end bending mechanism comprises a side bending female die, an angle bending female die, a wrap angle female die, a second upper wedge and a third upper wedge. The side beating mechanism comprises a side beating wedge and a side beating drive block. The product closed end bending, chamfering and angle shoveling die has the beneficial effects that the angle bending female die moves in the direction of 45 degrees, surplus materials flow inwards, and the phenomenon that the U-shaped circular bead end is convexly bent outwards is completely avoided; a gap stepless variable structure is arranged, after end bending is carried out, a gap between a first flush surface and a second flush surface is equal to one time of material thickness, and the wave phenomenon is avoided; and the longitudinal motion of the drive male die is converted into the lateral motion of the side pressing male die, top damage is effectively avoided, and die removing is more convenient.

A belt unfolding mechanism comprises a rolling part and a loading part, wherein the rolling part is provided with a lower compression roller and an upper compression roller which are axially parallel and raidally correspond to each other, and the lower compression roller and the upper compression roller respectively act on the front side and the back side of a belt; the loading part is provided with a torsion shaft which drives the upper compression roller of the rolling part and provides torque for the upper compression roller to press the belt; and the torsion shaft is basically parallel to the compression rollers. The rolling part comprises a base and a compression roller support, wherein the base is positioned on the back side of the belt, and the lower compression roller is installed on the base; and the compression roller support is connected to the torsion shaft of the loading part, is arranged on the front side of the belt, is provided with the upper compression roller and is used for converting the torque which is transferred by the torsion shaft into compression force which is from the upper compression roller and acts on the front side of the belt. The loading part comprises a loading swing arm and an extension spring, wherein the root part of the loading swing arm is fixed on one end of the torsion shaft; and the extension spring provides the torque for the torsion shaft. The upper compression roller provides the compression force, so that a pole piece can be unfolded; the waves on the edge of the pole piece are eliminated, so that a pole piece edge position which is detected by an inductor is accurate; and thus, the correction detection accuracy is improved, and the belt running accuracy is increased.

The invention relates to a water-body microalgae enriching method and device, especially a wave-canceling multilayer microalgae enriching method and device, limiting water body for collecting microalgae in a algae collecting tank with baffle plates on two sides, residues blocking net at the front end and a notch at the back end, installing annular inflective, layered and flexible tape in the tank, driving by electric motor to move each layer of microalgae nearby the baffle plates for enriching, and then pumping away the microalgae. The invention has simple device structure, high alage obtaining efficiency, and low energy consumption and is not affected by wind and wave as working in a large-scale natural water body.