283results about How to "Mature processing technology" patented technology

The invention provides a cooking utensil. The cooking utensil comprises an outer pot, a temperature controller, an elastic part and a heating disc. Guide holes are formed in the outer pot, the temperature controller is put in the outer pot, supporting legs are arranged at the bottom of a shell of the temperature controller, and the supporting legs penetrate through the guide holes. The elastic part is arranged between the shell and the outer pot, and the upper end and the lower end of the elastic part abut against the shell and the inner bottom wall of the outer pot respectively. The heating disc is arranged in the outer pot and covers the temperature controller, a receding hole is formed in the heating disc, and the top of the temperature controller can protrude out of the receding hole.The supporting legs make contact with the guide holes tangentially, and the sizes of the cross sections of the guide holes are larger than those of the cross sections of the supporting legs. Accordingto the cooking utensil, the supporting legs make contact with the guide holes tangentially, and the sizes of the cross sections of the guide holes are larger than those of the cross sections of the supporting legs, it is effectively avoided that a main temperature controller greatly rubs with an outer pot in the moving process, so that the main temperature controller is jammed, thus, the problemof jamming of the temperature controller is conveniently and effectively solved, and the cooking utensil is simple in structure and beneficial for popularization.

The invention relates to the field of metamaterial devices and provides a switching-controllable THz wave metamaterial perfect absorber (MPA) and a control method thereof. The switching-controllable THz wave metamaterial perfect absorber comprises a substrate, an MIT (metal-insulator transition) layer positioned on the substrate, a dielectric layer positioned on the MIT phase change layer and metal opening resonance units positioned on the dielectric layer and being in cyclic arrangement, and the on/off of the absorber at the resonance frequencies of the metal opening resonance units is realized through changing the conductivity of the MIT phase change layer. According to the invention, the variation of the conductivities of the MIT phase-change material before and after phase change is utilized to change the absorptivity of the absorber, so that the THz MPA can be turned on/off near the resonance frequency of the metal opening resonance units, initiative control of the electromagnetic transfer characteristics of THz wave bands at the specific frequency, and accordingly, a larger on-off ratio or modulation depth can be obtained; and the switching-controllable MPA adopting the substrate-vanadium dioxide-dielectric layer-SRRs (Split Ring Resonators) four-layer structure can control the conductivity of vanadium dioxide through an external field so as to control the absorptivity of the MPA.

The invention relates to truss type foldable units and foldable supporting arms formed by the same and particularly to an elastic hinge driving truss type foldable unit and a foldable supporting arm. The elastic hinge driving truss type foldable unit and the foldable supporting arm aim at solving the problems that the existing hinged supporting arm is complicated in driving mechanism, large in folding size and low in repeated unfolding accuracy and accordingly the structural weight is greatly increased and the unfolding reliability is low. The elastic hinge driving truss type foldable unit comprises an upper frame, a lower frame, N elastic hinge type folding arms and N groups of drawing cable assemblies; the upper frame and the lower frame are arranged in a parallel mode; N vertexes of the upper frame and N vertexes of the lower frame are arranged in an upper and lower corresponding mode; every two corresponding vertex angles formed between the upper frame and the lower frame are supported through the corresponding elastic hinge type folding arm and can be connected with each other in a rotating mode; every group of drawing cable assembly is arranged at the diagonal position in a rectangular plane which is formed by the upper frame, the lower frame and the two corresponding adjacent elastic hinge type folding arms. The elastic hinge driving truss type foldable unit and the foldable supporting arm are applied to a satellite, a space station and a space probe.

The invention provides a method for treating specific pollutants through a high-temperature melting technology. The specific pollutants comprise electroplating sludge, sludge containing metal and/or incineration disposal residues. The method comprises the steps that pretreatment is carried out, wherein the specific pollutants are pretreated, the water content of the specific pollutants is reduced to be 10 wt% or lower, and dry specific pollutant materials are obtained; burdening, blending and granulating are carried out, wherein regulating components are added as needed, mixed and granulated, and a granulated mixture is obtained; melting is carried out, wherein the granulated mixture is melted at the melting temperature ranging from 1,200 DEG C to 1,800 DEG C; and products are obtained, wherein the melted metal is settled on the lower layer and is discharged to obtain a metal alloy, and slag and a small part of metal float above the melted metal and are discharged to obtain glassy-state slag. After the specific pollutants are treated through the method, harmless and pollution-free resource materials can be obtained, and the method can be used for resource recycling, and is good in economic benefit and beneficial to commercial popularization.

The invention provides a telescopic truss type binary optical space camera and an on-orbit work method thereof and belongs to the field of spaceflight space repeatable unfolding. The telescopic truss type binary optical space camera aims to solve the problems that an existing space foldable and spreadable framework type supporting arm is complicated in structure, heavy and difficult to repeatedly fold and unfold. A partitioned type spreadable optical main lens of the telescopic truss type binary optical space camera is installed on a supporting arm through three ball hinges. The supporting arm comprises multiple framework type foldable units. The on-orbit work method comprises the steps that during launching, the supporting arm and the partitioned type spreadable optical main lens are in a folded mode, and the optical camera is in a launch closed mode; after injection, the supporting arm is switched to a unfolding mode and is unfolded; after the supporting arm is unfolded appropriately, the space camera is switched to an on-orbit operation mode, and the partitioned type spreadable optical main lens is unfolded; when the space camera is switched to an on-orbit closed mode, the supporting arm is folded, and the partitioned type spreadable optical main lens is unfolded. The telescopic truss type binary optical space camera is a large-caliber space camera.

The invention relates to a method for preparing a nano-porous structure based on nano-particle self-assembly. Particularly, a capillary tube serves as a support body, and relying on the support body, nano-particles are self-assembled at the pointed end of the capillary tube through a cross-linking agent to form the nano-porous structure. The method for preparing the nano-porous structure is simple and low in cost, has the advantages that the nano aperture is adjustable in size, is convenient to move and position, and has an extensive application range.

An infrared transmission microwave broadband metamaterial absorber comprises multiple periodically arranged structural units, wherein each structural unit comprises an upper metal resonant layer, a first layer of dielectric substrate, an intermediate metal resonant layer, a second layer of dielectric substrate and a lower metal mesh layer; the upper metal resonant layer is plated on an upper surface of the first layer of dielectric substrate, the intermediate metal resonant layer is plated on a lower surface of the first layer of dielectric substrate, and the lower metal mesh layer is plated on a lower surface of the second layer of dielectric substrate; and the first layer of dielectric substrate is connected to the second layer of dielectric substrate. The infrared transmission microwavebroadband metamaterial absorber disclosed by the invention can realize absorption and shielding effects on incident electromagnetic waves in 5-20GHz commonly-used microwave radar bands, has an absorption rate of more than 80%, ensures that the electromagnetic waves in an infrared band are permeable, and has very high application prospects in an electromagnetic shielding optical window.

The invention discloses a gas spray head cooling plate comprising a cover plate and a base body, wherein the base body comprises a soleplate and a side wall; multiple cooling liquid separation devices are arranged on the soleplate at intervals; a cooling liquid channel used for passing cooling liquid is respectively formed between the adjacent cooling liquid separation devices; and a hole suitable for passing gas is respectively arranged on the cooling liquid separation devices so that the gas is evenly cooled by the gas spray head cooling plate. The invention also discloses a semiconductor processing device which comprises the gas spray head cooling plate.

The invention provides a 2K-V speed reducer. The speed reducer comprises a primary planetary gear mechanism and an involute small tooth difference gear mechanism. A planetary mechanism is composed of a central gear and a planetary gear. The involute small tooth difference gear mechanism is composed of an eccentric shaft, an outer gear and an inner gear casing. Under the drive of the eccentric shaft of the involute small tooth difference gear mechanism, the outer gear performs planar motion by the action of the inner gear casing, rotates around own axis reversely while revolving around the axis of the inner gear casing and outputs own rotation through a planet carrier. The speed reducer can be used for being connected with joint portions of industrial robots.

The invention relates to sample enrichment chip, manufacturing method and enrichment method based on micro nanostructure. Its feature is that the enrichment chip is used quartz glass as backing material, formed by enrichment nanometer channel and micro sample transmitting pipeline. It applies MEMS technique to process the channel and pipeline one the quartz glass, strictly control channel depth to make it satisfy ion falling demand, utilizes low temperature bonding method to process for the substrate and covering piece, fills sample into chip pipeline, adds direct voltage in the sample pool to form electric field in nanometer channel. Because of Debye layers in the channel are superposed, while ion falling zoon is formed beside the channel. The sample moved under the action of the electric field is enriched beside the channel to form sample enrichment zoon. The chip has small volume, will not destroy enrichment component while enriching.

The invention provides a double-layer annular truss antenna mechanism based on passive drive and relates to double-layer annular truss type expandable antenna mechanisms. The problems that an existing large-caliber single-ring annular truss antenna is small in rigidity, the use rigidity requirement can not be met, an existing annular truss antenna mechanism is complex in drive structure and large in weight, inhaul cables are prone to be twisted after being used for unfolding the mechanism, and the unfolding reliability is low are solved. The double-layer annular truss antenna mechanism comprises multiple inner and outer truss foldable unit modules, multiple inner transition folding assemblies and multiple outer transition folding assemblies. Each inner and outer truss foldable unit module comprises an inner folding unit module, an outer folding unit module and two inner and outer connection truss assemblies. Inner supporting vertical rods and outer supporting vertical rods which are opposite are connected through the inner and outer connection truss assemblies. After the inner and outer truss foldable unit modules are unfolded, an inner and outer double-layer annular truss polyhedron is formed. The double-layer annular truss antenna mechanism is used for a satellite, a space station and a space probe.

Disclosed are nutrition replenisher containing sialic acid and its derivative, which also comprises mixed vitamins and plant extract, and the product form includes oral liquid, powder preparation, tablet and capsule, the biological functionality of each active component in the product have synergistic actions. The long-period administration of the novel nutrition replenisher using the sialic acid and its derivative as the main functional raw material can help for improving physical quality, absorption capacity of intestinal tract for vitamins and minerals, and learning capability of the brains.

The invention relates to a high voltage and ultra-high voltage direct current (DC) cross-linked polyethylene insulated sea electric power cable, comprising a waterproof conductor, a conductor shielding layer, an insulating layer, an insulating shielding layer, a semi-conductive waterproof buffer layer, a metal shielding layer, a semi-conductive plastic reinforcing protective layer, filling strips, a cabling strapping tape, a metal armoring layer and an outer coating respectively from inside to outside in sequence. The high voltage and ultra-high voltage DC cross-linked polyethylene insulated sea electric power cable adopts a positive and negative DC transmission wire core integrated cabling structure, and avoids the polarized electric field corrosion effect of the metal armoring layer, and the metal armoring layer of the cable can be manufactured by using a common galvanized mild steel wire. Simultaneously, a dual-core DC high voltage sea electric power cable is more convenient to lay than a single-core DC high voltage sea electric power cable, and occupies less tidal flat laying route resource. The DC high voltage sea electric power cable can adopt a single solid core aluminum conductor, and has low manufacturing cost and better water-tightness.

The invention relates to a method for pickling pork head meat. The reasonable-process method for pickling pork head meat, capable of being used for making the pickling pork head meat with the unique flavor does not exist in the prior art. The method provided by the invention comprises the work procedures of raw material meat processing, pickling, rinsing, baking, cooking, packing and sterilization. In the raw material meat processing work procedure, pork heads are used as raw materials, pork tongues and pork faces are taken down, the pork heads are cut into halves, and the pork brain is taken out to obtain the port cranium; in the pickling work procedure, the pork cranium, the port tongues and the pork faces are pre-cooled to the temperature below 10 DEG C, pepper salt is smeared on the pork cranium, the port tongues and the pork faces, the picking is carried out for 28 to 32 days, the jar turning is carried out every day in the early four days, and the jar turning is carried out every three days from the fifth day; the cooking work procedure is carried out after rinsing and baking, the pork cranium is placed into boiling water to be boiled for 42 to 48 minutes to obtain pork cranium meat, the pork noses, the pork tongues and the pork faces are steamed for 18 to 22 minutes by 100-DEG C steam, and the pork ears are steamed for 28 to 32 minutes by 100-DEG C steam; and the finished products of pickled pork head meat are obtained through the work procedures of packing and sterilization. The method has the advantages that the process is reasonable, and the manufactured pork head meat has unique flavor.

The invention discloses an extra wide angle lens which comprises an aperture slot, a lens set composed of six spherical glass lenses and a lens cone. The lens set comprises the first lens, the second lens, the third lens, the fourth lens, the fifth lens and the sixth lens, wherein the first lens, the second lens, the third lens, the fourth lens, the fifth lens and the sixth lens are coaxially arranged in sequence from the object side to the image side. The first lens and the second lens are meniscus lenses with negative focal power and protruding to the object side, the third lens and the fourth lens are double convex spherical lenses with positive focal power, and the fifth lens and the sixth lens are glued so that a lens element with positive focal power can be formed; the aperture slot is located between the third lens and the fourth lens. The view angle of the extra wide angle lens can reach the extra wide angle of 170 degrees. Machining of the lens is easy to achieve, cost is low, and the extra wide angle lens can satisfy the requirement for the high definition quality.

The invention discloses a rocket-carrying telescope-feed boom deployment mechanism. The rocket-carrying telescope-feed boom deployment mechanism is characterized by comprising a base and a plurality of nested extension units, wherein the base comprises a lower base, an upper base, a rotating shaft and a locking mechanism; the lower base and the upper base can rotate the boom deployment mechanism by 90 degrees and automatically fix the boom deployment mechanism through the rotating shaft and the locking mechanism; each extension unit comprises a rod-shaped cylinder, a nested pipe clamp fixed at one end of the rod-shaped cylinder, and a stop locking mechanism arranged on the nested pipe clamp; the other end of the nested pipe clamp is nested into the rod-shaped cylinder of the next extension unit so as to limit the movement of the rod-shaped cylinder of the next extension unit; the base is connected with the rod-shaped cylinder at the bottommost end of the extension units through the upper base, and the diameters of the rod-shaped cylinders gradually decrease according to the design sizes and assembly space; and the boom deployment mechanism also comprises a connecting ring.

The invention firstly discloses a metamaterial with a dual function of sound insulation and microwave stealth. An upper conductive film layer (1) is located above a middle skeleton layer (2) and is periodically arranged; a lower conductive film reflecting layer (3) is located below the middle skeleton layer (2); the upper conductive film layer (1) and the lower conductive film reflecting layer (3)respectively deposit in surfaces of an upper PET film (4) and a lower PET film (5); the upper PET film (4) supports the upper conductive film layer (1); the upper conductive film layer (1) has a ringstructure; the middle skeleton layer (2) adopts a symmetric or asymmetric structural unit; and a ring structure period of the upper conductive film layer (1) is the same as or different from a periodof the middle skeleton layer. The metamaterial achieves sound transmission loss more than 10 dB in a frequency band of 1050 Hz-1350 Hz, and has a high application prospect in effective suppression ofa backward radar cross section (backward RCS reduces by more than 10 dB) in the frequency band of 7.1 GHz-18.0 GHz.

The invention discloses a center-adjustable ball spherical hinge joint and a center adjusting method of the center-adjustable ball spherical hinge joint. Due to machining and assembling errors, a spherical hinge joint is in an eccentric state usually. Supporting ball guide holes are formed in a supporting ball socket of the ball spherical hinge joint. A displacement sensor is installed in a sensor installation hole of the supporting ball socket. Restraining ball guide holes are formed in a restraining ball socket. Double-thread center adjusting mechanisms are installed in the supporting ball guide holes and the restraining ball guide holes to adjust ball steel balls. The center adjusting method includes the steps that the center-adjustable ball spherical hinge joint is installed; when the double-thread center adjusting mechanisms are installed, main threaded columns and auxiliary threaded columns rotate in the opposite directions, and the restraining ball steel balls and the supporting ball steel balls are quickly located; and when centering adjustment is conducted by the double-thread center adjusting mechanisms, the main threaded columns and the auxiliary threaded columns rotate in the same direction. The double-thread structures rotate in the opposite directions when the eccentric error is relatively large, and the eccentric error is quickly reduced; and the double-thread structures rotate in the same direction when the eccentric error is relatively small, and the centering condition of the balls and the ball sockets are finely adjusted.