399results about How to "Rapid mass production" patented technology

A cap dispensing chamber to hold powder and/or liquids in a contained unit with a line of weakening, including but not limited to for bottles, pouches, cartons, cans, drums, IV bags, syringes, and any other type of container that can hold a product. The body and the plunger fits snugly with one another allowing ingredients to be stored and activated by an individual when on a as needed basis. A dust cover for allowing RFID, Nano and barcodes that can be applied during or post manufacturing or any location on or in the invention A body can be molded with a screw cap, snap lid, click-in, or by itself that can ultimately fit on any type or style container.

The invention discloses a structured light based three-dimensional reconstruction system and a structured light based three-dimensional reconstruction method. The method includes: projecting a sinusoidal grating image towards a detected object through a projector, acquiring a deformed grating image through a camera, and performing data processing through a computer to obtain morphology of the detected object and generate a three-dimensional model. The structured light based three-dimensional reconstruction system and the structured light based three-dimensional reconstruction method have advantages of high precision, low cost, easiness in implementation and the like, functions of detected object scanning and model recovery are achieved, precision three-dimensional reconstruction can be realized, and quick batch production is realized as well.

The invention relates to a silk nanofiber manufacturing method, and belongs to the technical field of nano material manufacturing. The manufacturing method includes the steps that silk obtained after degumming treatment is transferred to a solution composed of an inorganic salt or weak acid or weak alkali small molecule compound, deionized water and alcohols, after binding force between nano fibrils in the silk is weakened through soaking, the silk solution is transferred to a high-voltage cell crushing machine or an emulsification machine or a pulp refiner or a crushing machine of a high-speed stirring device, and the soaked silk is mechanically crushed to obtain silk nanofibers. A silk nanofiber solution obtained through the method is similar to the shape of hydrogel, the silk nanofibers are obtained through centrifuging or filtering separation, manufacturing time is short, equipment is simple, operation influence factors are few, and control is convenient. The adopted small molecule compound avoids influences of strong acid or strong alkali on the silk nano fibrils, and the crushing machine can be used for quickly manufacturing the silk nanofibers on a large scale.

The technological process of mold shaping for cursive script potted landscape includes the following steps: determining the cursive script text, making mold through copying the cursive script onto iron plate and welding iron sheets to the iron plate, arranging nursery stock with iron wire in parallel and tying the both together with plastic belt, shaping the nursery stock through bending, soil-less cultivating in a greenhouse, planting in land, grafting, and trimming and transplanting into pot. The said process can form cursive script potted landscape in 2-3 years and may batch produce.

The invention discloses a preparation method of a carbon fiber ultramicroelectrode. The method comprises steps as follows: a carbon fiber and a copper wire are bonded through a conductive silver adhesive and axially sent into a glass capillary tube, the steel wire is sealed and fixed through paraffin, the glass capillary tube through which the carbon fiber penetrates is pulled into a carbon fiber strip electrode by a puller, after the paraffin in the glass tube is molten through heating and seals the tip, the paraffin left outside the tip of the capillary tube is cleaned and removed through acetone, and the carbon fiber ultramicroelectrode is obtained through electrochemical etching in a NaOH solution. The carbon fiber ultramicroelectrode can be prepared effectively with the method, the yield of the carbon fiber ultramicroelectrode is increased, batch production of ultramicroelectrodes is rapid and convenient, and the preparation cost of the ultramicroelectrode is reduced.

An apparatus for making wedged plate has an extruder to provide melted plastic material. A die head has a channel with an inlet and an outlet. The inlet of the die head is connected to an outlet of the extruder. The outlet of the die head has a thick side and a narrow side. A rolling device has two rollers and a space between the rollers. The space has a thick portion and a narrow portion at opposite sides. The space of the rolling device is aligned with the outlet of the die head, so that the plastic material flows into the space of the rolling device via the die head and is rolled by the rollers. A cutting device is arranged behind the rolling device to cut the rolled plastic material to get wedged plates.

The invention provides a lithium metal alloy negative electrode material. The negative electrode material comprises lithium alloy serving as a framework and metal lithium filling the framework. The lithium alloy has lithium ion conductivity, and compared with a traditional three-dimensional structure only having electron conductivity, a better three-dimensional ion and electron conductivity network can be formed, so that metal lithium is uniformly deposited, lithium dendrites cannot be generated even if charging and discharging are carried out under the condition of great current density, anda remarkable battery polarization phenomenon is not generated. The lithium alloy material which can be subjected to extraction and insertion of lithium is adopted as the structural framework, after metal lithium is used up in the circulating process, the capacity of the alloy framework can be further released, and the circulating performance of the battery is guaranteed. The used raw materials arewide in source, low in price, simple in process and suitable for rapid large-scale production.

The invention discloses a full automation gold ingot shape Ravioli forming device and all-in-one machine. The all-in-one machine comprises a raw material process unit, a transmission unit and a forming unit connected in sequence, the forming unit comprises a turntable and a forming mechanism; sunk grooves of middle sinking are arranged in the turntable; the forming mechanism is arranged above the sunk grooves, the forming mechanism comprises a mandrill, gas claws, a left swing rod and a right swing rod, the mandrill and the gas claws are located between the left swing rod and the right swing rod, the mandrill is connected with an elevating drive unit for driving the lifting of the drive unit, the left swing rod and the right swing rod are in horizontal extension and high-and-low arrangement, and are in connection with a rotating drive unit for leading the two to reverse swing towards the middle. The Ravioli forming device is simple in forming structure, wise and ingenious in design, the full automation molding of gold ingot shape Ravioli is achieved, the all-in-one machine adopts the line production mode, makes the gold ingot shape Ravioli to be produced fast and in batch, increases the production efficiency of ingot shape Ravioli, and significant saves labor and production cost.

A preparation method of beta-nano-SiC comprises the following steps of: mixing starch or cane sugar with soluble glass according to the mass ratio of 1:1-5, or mixing starch or cane sugar with nitrate according to the mass ratio of 1:0.01-0.5, then mixing with soluble glass with the mass ratio of starch to soluble glass being 1:1-5, standing for 5-30 minutes after uniformly mixing, dying the mixture at the temperature of 60-120 DEG C for 5-20 hours to obtain a dried substance; carrying out a carbothermal reduction reaction for 3-20 hours by heating the dried substance to 1100-1400 DEG C underthe protection of argon gas, and naturally cooling to room temperature after the reaction so as to obtain a primary reaction product; roasting the primary reaction product at the temperature of 600-800 DEG C for 1-5 hours, and removing unreacted carbon; immersing for 12-48 hours by using a mixed acid composed of hydrochloric acid and hydrofluoric acid at the volume ratio of 1:1-5, removing superfluous silica from the product, washing, filtering and drying to finally obtain beta-nano-SiC. The preparation method provided by the invention requires low cost, has a simple technology, and is suitable for large-scale industrial production.

The invention provides a method for isolating particular members from a library of variant cells in individual microreactors, wherein the phenotype of the biomolecule secreted by the cell is evaluated on the basis of multiple parameters, including substrate specificity and kinetic efficiency.

Disclosed are an infusion set for producing lignum aquilariae resinatum and a production method of lignum aquilariae resinatum. The infusion set comprises a liquid storage container and an infusion tube. The infusion tube is connected to the lower end of the liquid storage container. The liquid storage container is used for containing inducing liquid for lignum aquilariae resinatum, and the inducing liquid for lignum aquilariae resinatum is delivered into a trunk. In the method, the infusion set is used to produce lignum aquilariae resinatum. The inducing liquid for lignum aquilariae resinatum is delivered into the trunk through the infusion tube so as to produce lignum aquilariae resinatum. The infusion set is applicable to trees of Aquilaria sinensis with different ages and diameters at breast height to produce the lignum aquilariae resinatum, the shortages of rot, death and the like caused by easily caused large-area bark and trunk injuries due to fast infusion speed and failure of precise quantitation and control are overcome, and the tree death rate is lowered greatly. The infusion set is reusable, easy in batch production, and convenient in large-scale popularization.

A water cooled stator for a direct drive torque motor comprises a stator base, silicon steel sheets, coils, sealing glue and a water cooled sealing tube. A helical water groove is defined in the outer surface of the stator base. The silicon steel sheets and coils are fixed in the stator base by the sealing glue after solidification. Then, the water cooled sealing tube is directly mounted outside the stator to seal the helical water groove by liquid. By such arrangement, the water cooled sealing tube is used to accomplish simple and independent water cooled sealing, the volume of the products can be effectively reduced, and the water cooled sealing tube can be applied to various tool machines.

The invention relates to an energy-saving self-heat-insulation ceramsite building block and its manufacturing method and forming mould. The energy-saving self-heat-insulation ceramsite building block is made of, by weight, 35-50% of ceramsite, 20-29% of cement, 15-30% of coal ash, 0.5-1% of fibers, 2-5% of foaming agent, 0.3-0.5% of water reducing agent, 0.1-0.3% of waterproof agent and 0.2-0.5% of catalyst, wherein the volume of the ceramsite accounts for more than 80% of that of the whole building block. The manufacturing method of the building block includes steps of material selecting, metering, stirring, pouring, vibrating, steaming, tube drawing for demoulding, cutting forming and stacking for rest. The forming mould of the building block can be used for once forming of multiple medium-sized rectangular ceramsite building blocks, and each building block can be conveniently cut into standard small ceramsite building blocks. The energy-saving self-heat-insulation ceramsite building block is high in ceramsite content and has the advantages of light weight, warm retention, heat insulation, sound insulation, sound adsorption, low water adsorption, fire resistance, freezing resistance, quake proofing, corrosion resistance and the like.

The invention relates to a preparation method of a polysilsesquioxane material. The preparation method comprises the following steps that (1) in water and an organic solvent, acid is used for catalyzing a polysilsesquioxane precursor for hydrolysis to form sol; (2) organic alkali is added into a sol system for catalytic polycondensation to form gel; (3) the gel is aged and dried to obtain aerogel.The polysilsesquioxane aerogel has high tolerance degree on water, salt, acid, alkali and the like; high transmittance is realized in the visible light range; high shielding capability is realized onultraviolet light.

The invention provides a preparation method and application of a micro-fluidic chip based on the 3D printing technique. The preparation method comprises the following steps: (1) designing a micro-fluidic pipeline, namely printing filament through a 3D desktop printer, wherein the filament is used as the channel mold plate of the micro-fluidic chip and made of acrylon-bivinyl-styrol copolymer, polylactic resin and vinol; (2) transferring the printed filament into a watch glass and fixing the filament on a substrate, then pouring PDMS colloid, curing, demolding, punching and bonding to prepare the micro-fluidic chip. The invention further relates to the application of the micro-fluidic chip in surface enhanced Raman detection. The preparation method is simple, rapid in processing and very cheap in cost, no complex micro-processing technique such as photo etching and developing is needed and the micro-fluidic chip can be prepared under a general experiment condition; the micro-fluidic chip is convenient to popularize and can be widely applied to the fields of human health, food safety, environment detection and medical diagnosis.

A unitary lead frame assembly having a plurality of lead frame sets each comprises a first lead frame unit. The first lead frame unit has a pair of first and second frame portions extending along a first direction and spaced apart from each other along a second direction different from the first direction. The lead frame set further comprises at least two second lead frame units disposed between the first and second frame portions and spaced apart from each other along the second direction. Each of the second lead frame units cooperates with the first lead frame unit to define at least one first die-bonding area therebetween.

A composite material case (19) and liner (21) is described for use in a perforator (17) for completing wells such as oil, gas and water wells (1). The materials selected are intended to exhibit stability during prolonged periods at the raised temperatures and pressures present in a well (1).

A thermal transfer printing antenna RFID label by a thermal transfer printer includes mainly a conductive metal foil, a thermal transfer RFID antenna substratum and a RFID chip. A conductive metal foil is used as a material to thermal transfer the antenna circuits onto the substratum by a thermal transfer printer, forming the antenna substratum, which is then adhered with the RFID chip by a flip chip bonder or a wire bonder. The process can obtain a quick mass production and a lower cost for the label.

The invention relates to a vertical electric numerical control knife rest, belonging to the field of numerical control knife rest. The numerical control knife rest is provided with a power delivery mechanism, a preliminarily locating mechanism, a precisely locating mechanism and a locking mechanism; a square knife table and a base are arranged up and down; screw sets are arranged in the centers of the base and the square knife table; the screw sets match with the base by a steel-backed bearing; a driving disc is connected with the side of one end of the screw set; a connecting disc is arranged outside the driving disc; a worm gear and a worm drive pair are installed at the side of the other end of the screw set; a movable gear disc is arranged between the inner side of the square knife table and the outer side of the screw set; the movable gear disc matches with the screw sets by a helical structure; and the movable gear disc is connected with the square knife table through the connecting disc. The vertical electric numerical control knife rest is suitable for economical numerical control lathe; and the vertical electric numerical control knife rest is rotated by using a torque motor, pre-located by a preliminarily locating pin, precisely located by a triple gear and locked in a lifting manner by rectangular threads. The knife rest solves the problem that the knife rest in theprior art has poor rigidity, poor waterproof property, low power delivery efficiency, high preliminarily locating fault rate, complex structure and poor processing and assembling process, and the like.