94results about How to "Guaranteed manufacturing cost" patented technology

The invention discloses a powder metallurgy component which is compressed by powder materials. The powder materials includes, by weight, 100 parts of iron powder, 1.8-2.2 parts of copper powder, 0.-1.0 part of graphite powder, 2.0-3.0 parts of nickel powder, 0.4-0.8 part of molybdenum powder, 0.5-1.0 part of micro powder wax, and 0.5-1.0 part of calcium fluoride. The invention further disposed a production method of the powder metallurgy component with a through hole. The method includes: well mixing the powder materials, placing the mixed alloy iron-based powder in a die for compressing forming, sintering, mechanically drilling, thermally processing, and surface vibration grinding to obtain the powder metallurgy component. The produced powder metallurgy component is high in precision, strength and hardness, good in wear resistance, widely applicable to manufacturing of various bevel gears, and the like.

A dispensing apparatus in which, while the manufacturing cost is maintained, dispensing abnormality can be detected with high accuracy regardless of the characteristics of the dispensing apparatus, and an automatic analyzer including the dispensing apparatus are provided. The dispensing apparatus includes a probe (2) that directly sucks or discharges a liquid; a syringe (4) that generates a pressure necessary for the probe (2) to suck or discharge the liquid; a pressure measuring unit (6) that detects the pressure applied to the probe (2); a setting unit (14) that sets a correction coefficient used when correcting a physical amount based on characteristics of the dispensing apparatus; a storage unit (15) that stores therein information including the correction coefficient set by the setting unit (14), and a correcting unit (16) that corrects the physical amount using the correction coefficient stored in the storage unit (15).

The invention discloses a coil disc of an electromagnetic oven, comprising a coiling bracket and coil windings arranged on the coiling bracket, wherein the coiling bracket is provided with a plurality of wire buckles which are distributed in a ring shape and are convenient for winding fixed enamelled wires; and the coil windings are formed by winding of the enamelled wires which penetrate through the wire buckles distributed in a ring shape. The coil disc is characterized in that due to adoption of the structure with wire buckles, adhesive-less winding on the coiling bracket can be realized, and no matching of a coiling mold is needed, so that the coiling procedure is greatly simplified, the safe and convenient effects are achieved, the production efficiency is improved and the manufacturing cost is saved. Especially for multiple circles of windings, the coil disc can realize accurate coiling of multiple windings and ensures that the distance among wire rings is constant all the time, thus ensuring the performance stability of the coil disc in batch production. According to the coil disc, not only can the manual fast and accurate coiling be realized and is the operation simple and convenient, but also the high-speed coiling also can be realized by matching of simple mechanical equipment, and the requirement for corresponding equipment is lower, the production efficiency is greatly improved and the manufacturing cost is reduced. The coil disc is ingenious in design and is convenient and practical.

The invention provides an electric fan which comprises a rotor component and a machine shell, wherein the rotor component comprises a bearing, a moving impeller and a magnetic ring; the magnetic ringand the moving impeller are correspondingly mounted at two ends of the bearing; the machine shell is equipped with a bearing chamber; the diameter of the magnetic ring is less than that of the bearingchamber; the magnetic ring is capable of penetrating through the bearing chamber; and after the mounting operation is completed, the moving impeller and the magnetic ring are correspondingly positioned at two ends of the bearing chamber. According to the electric fan provided by the invention, only one bearing is utilized, and the utilized bearing is positioned between the moving impeller and themagnetic ring which are mounted on a rotating shaft; during the assembling process, the magnetic ring penetrates through the bearing chamber; after the mounting operation is completed, the moving impeller and the magnetic ring are correspondingly positioned at the two ends of the bearing chamber; by the adoption of such a rotor component and machine shell assembling mode, the assembling operationcan be facilitated and the assembling process can be simplified; due to the use of only one bearing, the rotor component and machine shell assembling precision requirements are low, and the improvement of the assembling efficiency can be facilitated; and furthermore, the quantity of parts of the electric fan is reduced, so that the reduction of the product cost can be facilitated and the assembling efficiency can be further improved.

The invention provides an embedded folding wing mechanism which comprises a wing piece or a rudder piece, a seat body, a torsional spring, a screw pin, a plate spring and a cylindrical pin, and the seat body is connected with an aircraft cabin; the wing pieces or the rudder pieces are hinged to the base body through cylindrical pins, rotate around the axes of the cylindrical pins and retract intoaxial grooves in the outer wall of the aircraft cabin body or are unfolded in the radial direction of the aircraft cabin body. One end of the torsional spring is connected with the seat body through ascrew pin, and the other end is connected with a cylindrical pin to provide power for outward rotation of the wing or rudder from the aircraft cabin; the plate spring is installed on the seat body, the plate spring is located between the wing piece or the rudder piece and the seat body when the wing piece or the rudder piece retracts into the outer wall of the aircraft cabin body, the wing pieceor the rudder piece extrudes the warping face of the plate spring to deform, the plate spring rebounds after the wing piece or the rudder piece is unfolded and abuts against the side face of the wingpiece or the rudder piece, and in-place unfolding is guaranteed. A longitudinal folding scheme is adopted, the structure is exquisite, the response speed is high, and good strength, rigidity, shock resistance and installation precision are achieved.

A novel spraying manufacturing process of glass bottles comprises the steps of (1), carrying out preparation before spraying, wherein the transparent semi-finished glass bottles with the iron content smaller than or equal to 0.055% are selected, dirt on the glass bottles are removed, water containing 5% of hydrofluoric acid is used for cleaning the glass bottles and the glass bottles continue being cleaned after the treatment; (2), spraying semi-finished products, wherein milky-white glazes and green glazes are selected, the milky-white glazes are used for priming, the green glazes are sprayed as finish paint, and the double-spraying process is adopted in spraying; (3), drying the glass bottles, wherein the glass bottles are dried in drying equipment; (4), sticking decorations to the glass bottles, wherein the decorations are stuck to the glass bottles at appropriate temperature; (5), firing the decorations, after the decorations are stuck, film combining and decoration firing are carried out on the products. By applying the novel spraying manufacturing process to white spirit bottle production, the produced products are high in simulation degree and can simulate jade, stone, wood, copper and the like, and the appearance grade of the products is obviously improved compared with existing common products. In addition, the produced glass bottles are high-value-added products, and the economic benefit of each bottle can be increased by 0.5-1.5 yuan.

The invention discloses a model texture generation method based on a generative adversarial network. The method comprises the following steps: (1) for an input model, namely a three-dimensional modelof a texture-free map, acquiring sampling pictures of the model from a plurality of visual angles according to a given sampling rule; (2) carrying out edge detection processing on the sampling picture, and converting the sampling picture into a line frame picture; (3) establishing and training a generative adversarial network for generating color textures, taking the line frame diagram as the input of the network, and outputting a color texture diagram through the processing of the generative adversarial network; and (4) mapping the plurality of color texture images output by the network to the original model to realize texture coloring and obtain the three-dimensional model with the texture map. According to the method, the texture picture can be generated by building and training the deep convolution-based generative adversarial network, the manufacturing efficiency of the texture map is improved, the cost is saved, meanwhile, the environmental factors of texture generation are alsounified, and the consistency of final texture coloring is ensured.

The invention discloses an electric shock preventing protector of an electric water heater, which comprises an upper insulating cover, a lower insulating cover and an insulating trough disc. The upper insulating cover and lower insulating cover are sealed on the upper and lower end surfaces of the insulating trough disc, respectively. A water inlet pipe and a water outlet pipe are formed on the upper insulating cover and lower insulating cover, respectively. A plurality of circles of independent water channel walls in one-to-one correspondence are arranged on both upper and lower end surfaces of the insulating trough disc. A groove type waterflow channel is formed between two adjacent water channel walls. The waterflow channel in the outermost circle of the end surface of the insulating trough disc is communicated with the water outlet of the water inlet pipe in a sealing mode, and the space in the innermost circle of water channel wall on the lower end surface of the insulating trough disc is communicated with the water inlet of the water outlet pipe in the sealing mode. The waterflow flows from the water inlet pipe and flows in the waterflow channel on the upper and lower end surfaces of the insulating trough disc to increase the length of the current so as to realize the function of electric shock prevention. The invention has the advantages of ensuring hermeticity of the waterflow channels effectively with good anticreep function and ensuring life safety of people effectively with stable quality and low manufacturing cost.

There is provided an electronic musical instrument which enables the whole periphery of at least one pad member to shine by a simple construction, and at the same time maintain durability and low costs, and a shining method therefor. An electronic musical instrument of a drum type detects beats on a surface to be beaten of the pad member, and generates a musical tone signal in response to an output indicative of the detected beats. A light transmitter in a linear form is arranged along the periphery of the pad member and guides light which has been emitted from a light source arranged in the vicinity of one end of the light transmitter and entering the light transmitter via the one end, by utilizing principles of light propagation of an optical fiber, toward the other end of the light transmitter, and at the same time causes at least part of the light entering via the one end to emit out of the light transmitter via a light emitting surface formed by roughening part of an exposed surface of the light transmitter.

The invention relates to an electroplated tinned steel plate for beverage cans and a production method thereof, which mainly solves the technical problems of high strength, poor strength stability, low elongation after breaking and easy cracking in the can making process of existing electroplated tinned steel plates used for beverage cans . An electroplated tin-plated steel plate for beverage cans provided by the present invention, the weight percentage of the chemical composition of the substrate: C: 0.01% to 0.03%, Si≤0.03%, Mn: 0.25% to 0.35%, P≤0.025%, S≤0.015 %, Alt: 0.045% to 0.065%, Cr: 0.11% to 0.16%, and the balance is Fe and unavoidable impurity elements. The yield strength of the steel plate is 300MPa-330MPa, the tensile strength is 400MPa-430MPa, the hardness value is 55‑58HR30Tm, and the elongation after fracture is A50≥28%. The invention is mainly used in the field of beverage can packaging.

The invention relates to an automatic wagon oil paint marking position positioning device which is characterized in that the positioning device comprises a side hanging guide rail assembly, two digital control cross curve semi-conductor laser positioning mechanisms and a plurality of vehicle positioning blocks for fixing wagon wheels on the workshop ground; each digital control cross curve semi-conductor laser positioning mechanism comprises a longitudinal motion trolley assembly, a vertical motion mechanism assembly, a crossing curve semi-conductor laser assembly and a balance weight; the side hanging guide rail assembly is fixedly arranged on the workshop wall face or the workshop column face, and the two longitudinal motion trolley assemblies are arranged on the side hanging guide assembly at an interval in a sliding mode; the bottoms of all the longitudinal motion trolley assemblies are connected with the vertical motion mechanism assemblies in a rotating mode; the outer side faces of all the vertical motion mechanism assemblies are fixedly arranged on the crossing curve semi-conductor laser assemblies, and the balance weights are hung on the bottoms of all the vertical motion mechanism assemblies. The automatic wagon oil paint marking position positioning device can be widely applied to the wagon side wall oil paint marking process.

The invention relates to a preparation method of high-lignin content phenolic foam and belongs to the field of preparation of insulating foam materials. The preparation method comprises the followingsteps: mixing lignin and a certain quantity of phenol and formaldehyde according to the substitution rate, synthesizing expandable lignin-based phenolic resin under alkaline conditions, adding a low-boiling point lignin excellent solvent to reduce the resin viscosity, then mixing with a surfactant and a foaming agent and finally curing with inorganic strong acid to prepare the high-lignin contentphenolic foam. The preparation method provided by the invention has the advantages that aiming at the problem of high viscosity of the resin in the high-lignin phenolic foaming process, after the viscosity of a system is reduced by utilizing the lignin excellent solvent, the compression strength of the resin is guaranteed by curing with the inorganic strong acid; the substitution rate of the lignin in the lignin-based phenolic foam is improved, the dependence of the phenolic resin on petrochemical raw materials is reduced, and the preparation cost of the phenolic foam is reduced; economic andenvironmental benefits are important.

The invention discloses a container corner fitting, and belongs to the field of container materials. The alloy compositions of the container corner fitting are composed of the following elements, by the mass percent, of 0.09-0.15% of C, 0.95-1.40% of Mn, 0.27-0.36% of Si, 0.19-0.26% of Ni, 0.15-0.22% of Cr, 0.0007-0.015% of Al, being no more than 0.03.% of P, being no more than 0.03% of S, being no more than 0.08% of Mo, being no more than 0.17% of Cu, being no more than 0.01% of V, and the balance Fe and inevitable impurities, wherein Ni/Cr=1.00-1.25, Mn/Si=3.0-3.8, and Ni + Cr + Mo +Cu is equal to or less than 0.72% by the mass percent. The alloy compositions of the container corner fitting are improved, on the premise of guaranteeing the production cost, the strength of the corner fitting is improved, the toughness is greatly improved at the low temperature, and the corner fitting also has good welding performance.

The invention relates to a lens and a moulding technology thereof, and specifically relates to an OCM Fresnel Lens and a moulding technology thereof; the OCM Fresnel Lens comprises an lens main body;the lens body comprises a substrate; an lens body is arranged one side of the substrate; a reflection reducing coating is arranged on the other side of the substrate; the lens body is provided with aplurality of annular insection rings; the advantages are that 1, the lens thermal stability and optically focused precision can be improved; 2, lens reflection losses are reduced, and the lens surfaceis protected from being eroded by sands; 3, the method ensures OCM Fresnel Lens technology performance, production efficiency and manufacture costs, thus realizing target technology performance and manufacture cost desired values.

The invention provides a miniature inductor. The miniature inductor comprises a magnetic core and a coil, wherein the coil comprises a supporting body and a distribution line, the supporting body is of a barrel-shaped structure, the distribution line is spirally arranged on the supporting body, and the magnetic core is arranged on the inner side of the supporting body. The miniature inductor is excellent in comprehensive performance, easy to manufacture and low in cost. The invention further provides a manufacturing method of the miniature inductor.

The invention provides a near infrared spectrum brain function imaging system. The near infrared spectrum brain function imaging system comprises a signal transmitting end module, a signal receiving end module and a signal control end module, wherein the signal transmitting end module is used for generating a near-infrared light source signal; the signal receiving end module is used for converting a near-infrared light signal reflected by the cerebral cortex into a digital signal to realize imaging; and the signal control end module adaptively adjusts working arrays in the signal transmitting end module and the signal receiving end module. Meanwhile, the invention provides a near-infrared spectrum brain function imaging signal acquisition method which comprises the step of adaptively adjusting the working arrays in the signal transmitting end module and the signal receiving end module through the signal control end to obtain a digital signal output by the signal receiving end. On the premise that the imaging precision and the manufacturing cost are guaranteed, meanwhile, the advantages of good battery performance, low power consumption and high data imaging precision are achieved.

The invention relates to a catalyst for toluene disproportionation and transalkylation, and a preparation method thereof. A purpose of the present invention is mainly to solve the technical problems of high aromatic ring loss rate and high reaction hydrogen consumption caused by excessive hydrogenation activity in the noble metal modified catalyst in the prior art. According to the present invention, the catalyst comprises a Group VIII metal, a silicon-aluminum molecular sieve and an inorganic alumina binder, the metal content is 0.005-0.5 wt%, the metal nanoparticles are positioned on the surface of the inorganic alumina, and the metal and the molecular sieve have good synergistic catalysis effect; and with the technical scheme, the technical problems of high aromatic ring loss rate and high reaction hydrogen consumption can be well solved.

The invention discloses an improved end cover for a universal joint pin type universal coupler. The end cover body takes the shape of a round disc; arced flanges are symmetrically arranged on the outer side surface of the end cover body; a flat column is arranged on one side of the end cover body; the diameter of the column is the same as that of the round-disc-shaped end cover body; an inclined surface is arranged from the top surface to each of the two sides of the column; the two inclined surfaces are arranged symmetrically. The improved end cover is simple in structure, reasonable in design, low in manufacturing cost, and capable of eliminating a gap between the end cover body and a flange fork, internal space of the end cover body is effectively utilized, and the overall rigidity of the end cover body is improved.

The invention relates to a boiler furnace, a furnace pipe of a rotary furnace, a rotary furnace and a rotary kiln. The boiler furnace comprises a hollow cylindrical cannular body (1111) and a continuous spiral protrusion (1112) which is arranged on the inner wall of the cannular body (1111) and is integrally formed with the cannular body (1111). The continuous and spiral protrusion is integrally pressed in the boiler furnace, in the process that the furnace pipe of the rotary furnace is used for sintering a high-nickel ternary anode material, the protrusion rotates along with the rotation of the boiler furnace, due to the action of the protrusion, functions of stirring and pushing the material are achieved, the effect that the material is heated evenly in the sintering reaction process canbe achieved, the material makes sufficient contact with oxygen, and the product quality is effectively guaranteed.