32 results about "Drop casting" patented technology

The method of making thin film humidity sensors uses thermal vapor deposition or drop casting techniques to fabricate nickel phthalocyanine-fullerene-based (NiPc-C60) quick response humidity sensors with negligible hysteresis. Prior to the deposition of aluminum electrodes, a glass substrate is cleaned by using acetone in an ultrasonic bath for 10 minutes. After cleaning, the substrate is washed with de-ionized water and then dried. A gap is created between two electrodes by masking the glass substrate with copper wire. This assembly is plasma-cleaned for 5 minutes in a thermal evaporator. Subsequently aluminum (Al) thin films are deposited on the assembly. Next, a mixture of equal parts NiPc-C60 is deposited onto the gap between the Al electrodes by thermal vapor deposition or by drop casting. A method of forming NiPc-graphene oxide (NiPc-GO) humidity sensors without using instrumentation drop casts an NiPc-GO suspension onto aluminum foil electrodes taped to a substrate.

The invention discloses a starch mold-based jelly drop casting device which comprises a shell. The starch mold-based jelly drop casting device is characterized in that an upper casting drive system assembly and a lower casting drive system assembly are arranged in the shell, wherein the upper casting drive system assembly is connected with a syrup sucking / releasing assembly by a pump rod, the lower casting drive system assembly is connected with a filling sucking / releasing assembly by a pump rod, and the lower casting drive system assembly is provided with a filling casting machine frame; both sides of the shell are provided with loading hoppers which are communicated with a filling casting assembly in the shell, and the filling casting assembly is arranged below the filling sucking / releasing assembly; a discharging system composed of a rotary valve drive system assembly, a rail plate and a regulating seat is arranged at the bottom of the shell; and a casting nozzle is arranged in thedischarging system, and a template is arranged in a position corresponding to the discharging system. By using the servo casting mode, the invention improves the casting quality of the product, greatly increases the yield of the jelly drops and greatly shortens the production time.

The invention relates to a long linear super capacitor with high power. The long linear super capacitor comprises a conductive substrate, an active material, and a gel electrolyte. The active material is arranged on the conductive substrate through drop casting. The active material is coated by a carbon nanotube film which is coated by the gel electrolyte. The conductive substrate is a sandwich structure of sequential carbon nanotube film / silver nanowires / sequential carbon film. The active material is a GO / MCNTs complex. The gel electrolyte is a PVA / H3PO4 electrolyte. A preparation method of the long linear super capacitor comprises the steps of depositing the active material on the sandwich structure of sequential carbon nanotube film / silver nanowires / sequential carbon film, twisting to form linear electrodes, and finally preparing the long linear super capacitor through twisting by using two same linear electrodes. According to the long linear super capacitor and the method, the efficiency is high, the stability is good, the realization of industrialized production is facilitated, the axial conductivity of the long linear super capacitor is improved, and thus the power characteristic of the long linear super capacitor is improved.

The invention discloses a high-strength hordein-chitosan composite film and a preparation method thereof. The composite film is prepared by dissolving and mixing hordein and chitosan as substrates, and finally adopting drop casting technology. The method of the invention has simple process, and the prepared composite film has uniform texture, has the highest mechanical strength compared with similar composite films, and can meet the requirements of food and medicine packaging.

The invention relates to a construction method of rise concrete wall pouring and drop floor pouring when constructing concrete frame. Two flate structural inner wall templates and two 'pi' type structural inner wall templates stand face-to-face. A 'mouth' type inner template is formed by fastening and connecting the facing two inner templates using turnbuckles crew and square shape steel pipe; floor template, floor bracket and floor connecting wall template are formed on the inner template; An integrated inner wall box type template provided with opearting pedal and scaffold is formed subjacent the inner template, thus provides method of rise concrete wall pouring and drop floor pouring. It is a integrated and mechanical construction method for the formation of inner wall template and floor template components, which is suitable for high-rise construction. Scene complex working procedures can be simplified. Flying dust and noise will be prevented with continuous working, thus enhancing working efficiency and precision of the structural elements. It also reduces materials expenses and labor cost, and construction time is decreased.

The invention discloses a water cooling assembling die for electric arc melting drop casting. The water cooling assembling die comprises an outer die body and an inner die body wrapped with the outerdie body. A cavity is formed in the top of the outer die body and communicates with the top of an inner cavity of the inner die body. Water cooling flow guiding groove perpendicular to the bottom faceis formed in the side walls of the outer die body. Through holes are formed in the side walls of the outer die body and penetrate through the side wall of the outer die body to communicate with the water cooling flow guiding groove. A vent hole is formed in the bottom of the outer die body and communicates with the bottom of the inner die body. Through the water cooling assembling die for electric arc melting drop casting, the problems that in the prior art, electric arc melt ingots are simplex in shape, and cooling speed cannot be controlled are solved. The die is simple in structure, the outer die body and the inner die body are matched closely, the inner die body is wrapped with the outer die body and can be replaced for use, the boundary dimensions of samples are replaced while the water cooling outer die body remains unchanged and can continue being used, the die application efficiency is improved, and the die application cost is reduced.

The invention discloses a precipitation-strengthened high-entropy alloy without σ phase precipitation tendency and a preparation method thereof, belonging to the field of high-entropy alloys. The high-entropy alloy is composed of four elements, Fe, Ni, Mn and Cu, in an equimolar ratio. The preferred preparation method of the high-entropy alloy is as follows: the prepared raw materials are first smelted in an electric arc furnace under the protection of vacuum argon, and then through the steps of drop casting, homogenizing annealing, cold rolling, and aging to obtain the sigma-free phase. Precipitation-strengthened high-entropy alloys. The optimum room temperature yield strength and tensile strength of the precipitation-strengthened high-entropy alloy without σ phase precipitation tendency can reach 825MPa and 933MPa respectively, and the elongation rate is greater than 15%, and its mechanical performance index can be adjusted by aging parameters. The precipitation-strengthened high-entropy alloy of the present application without the tendency of σ phase precipitation has excellent comprehensive mechanical properties at room temperature.

The invention discloses a tossing type robotic explorer which comprises a machine body and two solid rubber wheels arranged at two ends of the machine body respectively, wherein the machine body is cylindrical and comprises an outer shell, a battery, an electric control gear, servo motors, end covers and bearings arranged in the end covers, the battery, the electric control gear and the servo motors are all arranged in the outer shell, the number of the end covers is two, the two end covers are arranged at two ends of the outer shell respectively, a sensor is arranged on the machine body, wheel shafts of the rubber wheels are inserted in the bearings, the number of the servo motors is two, the front end of each servo motor is fixed on the inner side of a corresponding end cover, the rotary shaft of each servo motor drives a corresponding rubber shell to rotate, the servo motors are controlled by the electric control gear, an antenna and a stabilizing tail also serving as a tossing handle are arranged on the top and on the bottom of the outer shell respectively, a camera is arranged on one lateral side of the outer shell, and anti-shocking sponge is filled in the outer shell. The tossing type robotic explorer has the advantages of being severe environment resisting and high in mechanical strength.