42results about How to "Smooth stripping" patented technology

A method and apparatus for displaying the evolution of an electronic document (e.g. word-processing document, portable-document-format file, spreadsheet, drawing, and the like), containing tracked changes, is disclosed. In accordance with the disclosed method and apparatus, the revisions of an electronic document may be treated as parent frames. In between the parent frames, child frames may be constructed from the combined images of their parent frames. To form a child frame, an image of a parent frame has a degree of translucency as it is combined with the translucent image of the other parent frame, such that every child frame contains traces of the images of both its parent frames. An input device (e.g. keyboard, mouse, touchpad, stylus, voice activation, and the like) may be used to control the frame visible to the user at any one time. The user may use the input device to traverse the frames at various speeds and in either direction, creating the visual illusion that a certain revision of the document is being morphed into its future revisions—or stripped off its changes as it is morphed into previous revisions—depending on the direction chosen by the user.

The invention discloses a high-purity lithium chloride production technology. An apparatus in the production technology comprises a filter press, a blending pot for acid adjusting treatment, an extraction system, a washing system and a back-extraction system connected by the multistage centrifugation extraction machines in series respectively, an iron-removal system and an oil removing system which are connected in order through the pipelines, wherein, an output terminal of a back extraction solution of the back-extraction system is connected with the washing system, an organic phase output terminal of the back-extraction system is connected with a saponification system, the saponification system is connected with the extraction system; and the extraction system, the washing system, the back-extraction system and the saponification system form a circulation loop. The apparatus also comprises a data analysis system capable of switching an abnormal centrifugation extraction machine station to a backup centrifugation extraction machine. A frequency-conversion closed loop flow control system is arranged at a material input of each system of the circulation loop, and the accurate flowing and input phase ratio can be obtained by appropriate adjusting. The apparatus has the advantages of high extraction efficiency, fast establishing time for phase equilibrium, small solvent required amount, small consumption of a solvent, and continuous and reliable processes.

The invention discloses a forming mold for a Z-shaped product. The forming mold for the Z-shaped product comprises an upper mold and a lower mold which are arranged at the upper and lower parts, wherein the upper mold comprises an upper mold seat and an upper stripping plate which are connected in sequence from top to bottom; the lower mold comprises a lower stripping plate and a lower mold seat which are connected in sequence from top to bottom; a limiting insert capable of moving up and down is arranged inside the upper stripping plate; an upper mold spring is arranged inside the upper mold seat; an upper lifting pin is arranged between the bottom of the upper mold spring and the top of the limiting insert; a forming punch corresponding to the limiting insert and capable of moving up and down is arranged inside the lower stripping plate; a lower lifting pin capable of moving up and down is arranged inside the forming punch; a lower mold spring is arranged inside the lower mold seat; the top of the lower mold spring is connected with the bottom of the lower lifting pin. The limiting insert of the forming mold for the Z-shaped product is set as the limiting insert capable of moving up and down through the upper mold spring and the lifting pins, so that stripping of the product is smooth, and the production is stable.

The invention belongs to the technical field of solid electrolytes, and in particular relates to an oxide solid electrolyte sheet and its preparation method and application. The method of the present invention comprises the following steps: bonding two or more layers of oxide solid electrolyte green sheets into one layer by means of thermal compression bonding. The present invention adopts a double-layer or multi-layer hot-compression composite method to obtain a dense oxide solid electrolyte sheet without through holes, which can effectively improve the gas-blocking and sealing effect of the dense solid electrolyte sheet.

The invention belongs to the field of concrete release agents, and specifically discloses an environment-friendly styrene butadiene polymer permeable concrete release agent and a preparation method thereof. The release agent is calculated in parts by weight and is made from the following raw materials: 40-60 parts of water-soluble styrene butadiene polymer, 20-30 parts of calcium formate, 8-15 parts of 100-200# solvent oil, white 20-30 parts of oil, 25-40 parts of mineral oil, 25-50 parts of emulsified silicone oil, 40-100 parts of waste motor oil, 200-500 parts of glycerin, 1-5 parts of petroleum ether, 10 parts of dodecyl diethanolamide -35 parts, 1-5 parts of lauryl stearate, 1-2 parts of butyl stearate, 80-150 parts of deionized water, 0.5-2 parts of film-forming aid, 3-10 parts of rust inhibitor, Activated powder 30-60 parts. The mold release agent of the invention can prolong the service life of the mold, is convenient for cleaning, has good surface finish, good dispersibility, good anti-corrosion and anti-rust functions, is easy to demould and clean, the coating is resistant to water erosion, and can increase the amount of permeable concrete. The strength, the greater reduces the cost and improves the performance.

The invention discloses a labeling machine which comprises an attaching production line and a jig return line. The attaching production line and the jig return line are arranged in a two-layer mode, lifting material tables are arranged at the two ends of the attaching production line and the jig return line for transferring conveyed jigs, more than one labeling station is arranged along the attaching production line, labeling devices are installed at all the stations, and all the labeling devices on the production line cooperate to complete the operation of labeling mobile shells. By means of the cooperation of the labeling devices on the production line, and labeling operation of auxiliary materials such as foam gum of the mobile shells can be completed at a time, each labeling device integrates the functions of label stripping and labeling, operation on two products can be conducted at a time, label stripping plates move forwards and backwards through stepping motors, and stability is good. The labeling machine has the advantages of being small in occupied area, high in precision, easy to operate, high in efficiency and the like.

The invention discloses a film roll for a mulch picker, which comprises a central shaft, a connecting component, and blades; the central shaft includes a left half shaft, a short half shaft, and a long half shaft; one end of the left half shaft and one end of the long half shaft pass through a bolt The connecting flange is fixed at both ends of the short half shaft; the left half shaft is a hollow tube and the other end of the left half shaft is provided with gaps opposite to each other, and a pull rod is arranged inside the left half shaft, and one end of the pull rod has a gap on the left half shaft One end is provided with a gear rod; the other end of the pull rod passes through the flange connected to the left half shaft and the short half shaft and enters into the short half shaft; the short half shaft is a hollow tube and connected to the long half shaft at one end The flange is provided with an open chute leading to the middle of the short half-shaft; one end of the tie rod is connected to the bearing through the elastic part arranged in the short half-shaft; a gasket is arranged between the elastic part and the bearing, and the gasket is fixedly connected. The sliding sleeve in the short semi-shaft is welded with connecting ears, and the connecting ears pass through the opening chute on the short semi-shaft to connect with the connecting assembly.

The invention relates to a process for striping and mining solid ore rock masses of a surface mine, which comprises a step of drilling a blast hole array, wherein the blasthole array comprises a plurality of rows of blast holes; adjacent rows of blast holes are mutually staggered along the directions of the rows; each blast hole corresponds to a non-blast hole of the adjacent row of blast holes; on each row, the distance between each two adjacent blast holes serves as a hole pitch; and the distance between each two adjacent blast hole rows serves as a row pitch. The process is characterized in that a small-aperture drill bit and a small hole network spacing are selected to drill the holes; the rock drilling speed is improved for more A times than before; the construction operation is carried out according to the small hole network spacing; the number of the drilled holes is increased to B times that of the original drilled holes; the area of each drilled hole is equivalent to one Bth of the area of the original drilled hole; and both A and B are natural numbers greater than 1. According to the invention, the boulder frequency and the blast root residual ratio can be greatly reduced, the striping and mining operations are continuously carried out, the process is convenient to operate, other investment is not required, the explosive load is unchanged, the drilling time is shortened, and the secondary blast quantity is greatly reduced.

The invention discloses a rear axle housing stamping die, and relates to the technical field of stamping die manufacturing. The rear axle housing stamping die comprises an upper die base and a lower die base, wherein the lower die base is fixed on a lower support plate through a die foot; a convex die is mounted at the lower end of the upper die base; a plurality of limiting holes are formed in the convex die; discharge rods and plug screws which stretch outside the lower end of the convex die are mounted inside the limiting holes; discharge springs are mounted between the plug screws and the discharge rods; a concave die and a concave die bottom plate which sleeves the concave die are mounted at the upper end of the lower die base; a concave die reinforcing plate is mounted above the concave die bottom plate through a support plate; baffles are mounted between two sides of the concave die and the concave die reinforcing plate; the lower ends of the baffles stretch into the concave die bottom plate; a discharge plate is inserted into the concave die; a plurality of guide holes are formed in the bottom of the discharge plate; a plurality of nitrogen springs are mounted on the lower support plate; the plunger rods of the nitrogen springs penetrate through the lower die base and stretch into the guide holes of the discharge plate. Compared with the prior art, the rear axle housing stamping die can form a rear axle housing in a stamping manner at once, thus alleviating the working intensity and improving the production efficiency.

A hard ore rock stripping technology of a surface mine includes the step of drilling a blast hole array. The blast hole array includes a plurality rows of blast holes; the blast holes of the adjacent rows in the row directions are mutually staggered; each blast hole corresponds to a position without a blast hole, of the blast hole in the adjacent row; the distance between the adjacent blast holes in each row is hole distance; and the distance between the adjacent blast hole rows is row distance. The technology is characterized in that a small-bore drill bit is used for drilling at a small hole pattern distance, the rock drilling speed is improved by A times compared with that of the prior art, the construction operation is performed at per the small hole pattern distance, the drilling frequency is improved by B times compared with that of the prior art, while the area of each drilling hole is 1 / B of the area of the prior art, and A and B are natural numbers larger than 1. The technology greatly lowers the bulk rate and blast root residual rate, the stripping operation can be performed continuously, the operation is convenient, other investments are not needed, the loading is unchanged, the punching time is shortened, and the secondary blasting load is greatly reduced.