30results about How to "Reduce the intensity of action" patented technology

A backpack type small berry picking machine comprises a back frame, a miniature gasoline engine, a centrifugal type clutch, a steel wire flexible shaft, a secondary gear drive mechanism, an eccentric vibration mechanism, a housing, a front annular handle, a rear handle, and branch vibrators; the miniature gasoline engine is arranged on the back frame through a vibration isolation rubber pad; an output shaft of the miniature gasoline engine is connected with an input end of the steel wire flexible shaft through the centrifugal type clutch; a square joint of the output end of the steel wire flexible shaft is connected with a square interface of an axle drive bevel pinion of the secondary gear drive mechanism; the eccentric vibration mechanism comprises an upper crank, a lower crank, an eccentric adjustable camshaft, a dual-face guide rail, an upper reciprocating oscillating lever and a lower reciprocating oscillating lever; the branch vibrators are respectively fixed on the front ends of the upper and lower reciprocating oscillating levers; the front portion and rear portion of the housing are respectively provided with a front annular handle and a rear handle; the rear handle is provided with a speed regulator; the speed can be regulated so as to allow the small berry branches to generate different frequency vibrations, and the vibration force can separate the small berries from the branches.

A method provided by the invention selects suitable amylase and protease for amylase and protease mixed depilation, which utilizes advantages of good depilation effect of protease and good security of amylase. The combination of amylase and protease has synergistic effect, and can reduce the dosage of enzyme; especially, amylase is employed to undertake part of the job of protease, so as to reduce action intensity of protease and reduce skin damage; and hydrolysis of polysaccharide chain by amylase is utilized to play the role of loosening fibers. The product is a compound enzyme preparation, and can be used for a hair removal process in leather production.

The invention provides a honeycomb sandwich explosion-proof wallboard. The explosion-proof wallboard comprises a first steel plate layer, a honeycomb composite layer, a second steel plate layer and first connecting parts, wherein the honeycomb composite layer is arranged between the first steel plate layer and the second steel plate layer, the first connecting parts penetrate through the first steel plate layer, the honeycomb composite layer and the second steel plate layer to connect the three layers into a whole, the honeycomb composite layer comprises at least four layers of trapezoid zigzag profiled steel sheets, every two adjacent layers of profiled steel sheets located on the upper layer and the lower layer are arranged in a staggered mode, tooth peaks on the upper layer and tooth valleys on the adjacent lower layer are spliced to form units with the cross section being hexagonal, a hexagonal honeycomb structure is formed by a plurality of hexagonal units, and explosion load is resisted through the capacity of deformation energy absorption of the honeycomb composite layer. According to the explosion-proof wallboard, the honeycomb composite layer is of the hollow honeycomb structure composed of the multiple layers of profiled steel sheets, the purposes that compared with a wallboard with the same explosion-proof performance, the occupied space is smaller, and the weight islighter are achieved, and therefore the extra burden of a building is reduced, and the building cost is reduced.

The invention discloses an axial-flow type rigid-flexible coupling copying corn shelling device. The device comprises an upper shell which is provided with a guide vane, a concave grid which is connected with the upper shell and is enclosed to form a cylindrical hollow structure, a threshing cylinder which is arranged at the center of the cylindrical hollow structure and can axially rotate around the shelling cylinder, wherein an elastic threshing unit is arranged on the inner wall face of the concave grid; and rigid-flexible coupling copying threshing units are uniformly arranged on the shelling cylinder; and the elastic threshing unit and the rigid-flexible coupling copying shelling units are in meshed state relative to the corn ears. According to the axial-flow type rigid-flexible coupling copying corn shelling device, the elastic shelling unit is arranged on the concave grid, and the rigid-flexible coupling copying shelling units are arranged on the shelling cylinder, so that the grain breakage rate can be reduced, and the threshing performance can be improved.

The invention discloses a method for controlling a laneway floor heave through deep-hole section blasting. The method comprises the following steps of: boring a combined blast hole incline and below two edges of a laneway and a base plate under strong support, and filling explosive to blast in a special section of the deep part of the blast hole to realize that the stresses of the special sections of the laneway edges and the base plate are transmitted to the deep parts of surrounding rocks. The invention has the beneficial effects that: a rock layer of the base plate of the laneway at the position is arranged under a stress environment with a lower level and the total deformation amount of the base plate is reduced by blasting and decompressing the special sections of the deep parts of the laneway edges and the base plate; simultaneously, the special sections are arranged in the deep parts of the surrounding rocks, thus the influence of the blasting on the completeness and the bearing capability of a surrounding rock structure in a shallow part is smaller, and the surrounding rock structure in the shallow part can still effectively prevent the deformation of the surrounding rocksin the deep parts. According to the method disclosed by the invention, the surrounding rocks in the deep part of the laneway are blasted, the surrounding rocks in the shallow parts are reinforced andare protected in completeness, both of aspects are organically combined, thus the amount of the laneway floor heaves is controlled. The method of the invention is simple and convenient to construct, is easy to handle, and has better control effect on the floor heaves and wide application prospect.

The invention provides an electrolyte and a lithium ion battery. The electrolyte comprises an organic solvent, a lithium salt and an additive, wherein the additive comprises a carboxylic anhydride derivative with a structure shown in a formula I, R1, R2, R3 and R4 are independently selected from any one of H and trialkyl siloxy, the carbon atom number of each alkyl group in the trialkyl siloxy is 1-10, and at least one of R1, R2, R3 and R4 is the trialkyl siloxy. The anhydride group in the carboxylic anhydride derivative can protect the stability of the electrode structure, thereby inhibiting the gas production of the battery cell. On one hand, trialkyl siloxy can consume a trace amount of water or hydrofluoric acid to form a stable by-product, thereby playing an important role in inhibiting gas production. And the trialkyl siloxy also can reduce the impedance of the passivation film. Therefore, through the synergistic effect of the acid anhydride group and the siloxy group, the effects of the acid anhydride and the siloxane are balanced, so that the lithium ion battery with low gas production and low impedance is obtained.

The invention provides a target rod removing device and belongs to the technical field of supporting facilities in optical fiber production. The target rod removing device comprises a base, a lifting slide table supporting frame, a lifting slide table driving mechanism, a lifting slide table, a target rod clamping jaw disc and an optical fiber preform suspending and locking mechanism, wherein the lifting slide table supporting frame is fixed with the top of the base; the lifting slide table driving mechanism is arranged on the lifting slide table supporting frame; the lifting slide table is in slide fit with the lifting slide table supporting frame and in driving fit with the lifting slide table driving mechanism; the target rod clamping jaw disc is fixed on the lifting slide table; the optical fiber preform suspending and locking mechanism is arranged at the top of the base and correspondingly below the target rod clamping jaw disc. The target rod removing device has the advantages that balance of applied force can be guaranteed in the target rod removing process; the operating intensity is reduced, and the efficiency is high; a central hole of an optical fiber preform and the target rod cannot be damaged, and pollution to the surface of the optical fiber preform can be avoided.

The invention discloses an injection filler containing deproteinized bone and a preparation method thereof. The filling is formed by mixing recombinant collagen-deproteinized bone composite microspheres and gel containing cross-linked sodium hyaluronate and recombinant collagen, wherein a microsphere phase in the filling is formed by performing virus killing, degreasing, decellularization and deproteinization treatment on animal-derived bone tissue particles, crushing and passivating to form particles which are free of edges and corners and irregular in appearance, and performing emulsion cross-linking on the particles and the collagen to prepare the microsphere phase; the gel phase is prepared by mixing sodium hyaluronate and recombinant collagen into a phosphate buffer solution containing or not containing an anesthetic after cross-linking the sodium hyaluronate and the recombinant collagen. According to the invention, by adopting a natural bone material, the deproteinized bone microparticle structure in the composite microsphere cross-linked recombinant collagen shell is endowed with excellent hydrophilicity and compatibility, and meanwhile, the injection filler formed by mixing a microsphere phase and a gel phase can play a coordinating role in supporting collagen regeneration of an organism, and provide a long-acting and safe supporting effect for the skin.

The invention relates to an etoposide implant, and a preparation method, purpose and an application method thereof. The implant is a circular column with diameter of 0.2-1.2 mm and length of 1-5 mm; and the implant is prepared from etoposide, polylactic acid and polyethylene glycol through compacting. It takes the implant 6-120 days to release 90% of the medicine in human body; and the implant can be implanted into a tumor focus through medicine implant needle percutaneous puncture or surgery, or implanted into positions requiring long-time etoposide medication treatment for regional continuous long-time medicament treatment.

The invention relates to a small seed peanut sheller. A shelling roller is provided with a shelling rotating part, the shelling rotating part comprises a shelling disc and a plurality of beating plate U-shaped supports, the beating plate U-shaped supports are fixed on the periphery of the shelling disc at equal angles in the radial direction, and a sine curve flexible beating plate is inserted into each beating plate U-shaped support; each sine curve flexible beating plate comprises a batten-shaped base and a sine curve-shaped beating plate component extending from the base to the outer end, and the beating plate component comprises an iron lining and a flexible coating layer coating the outer side of the iron lining; adjusting bolts penetrate through the bottom surfaces of the U-shaped supports to abut against the bases and can adjust the extending length of the sine curve flexible beating plates; a concave grate comprises a pair of arc-shaped side edges, grate bars which are sequentially embedded and mounted in insertion openings preset in the side edges at intervals, and hanging lugs located at the two ends of the side edges; U-shaped guide rails are used for supporting the hanging lugs; and guide rods are welded and fixed to the U-shaped guide rails, and the concave grid can be horizontally pulled out or inserted into the U-shaped guide rails by pulling the concave grid in the axial direction of the guide rods.