37results about How to "Complete coating" patented technology

A container or tray having various features. Also, the invention is generally directed to a method of forming the container or tray and a tool or apparatus for forming the container or tray.

A method of forming a container from a construct. The method includes obtaining a tool having a cavity, a core, and an articulated section for being moveable within the cavity relative to the cavity and the core. The method further includes placing a construct between the cavity and the core, moving the core relative to the cavity so that the articulated section at least partially initially grips a portion of the construct, and further moving the core into the cavity. The portion of the construct remains gripped by the articulated section in the cavity during the further moving of the core.

Disclosed are methods and apparatuses for overcoming known plating deficiencies in evaporator assemblies in ice making machine. One embodiment joins the vertical and horizontal partitions together at their intersections so that all surfaces are susceptible for increased soldering / brazing by eliminating the “voids” by changing the location and design of the “weep holes” in the vertical and / or horizontal partitions. This provides more complete capillary path at the joint between the vertical and horizontal partitions and the evaporator pan allowing improved flow via capillary action of solder / brazing alloy during the joining of the assembled vertical and horizontal partition grid to the evaporator pan. Another embodiment increases the clearance between the partitions at their intersections to allow the post-joining plating treatment to penetrate and coat all the partition surfaces by widening the intersection slots in the partitions, but including “stand-off” features to center the mating partition in the widened intersection slot.

A connector connected with a complementary component inserted therein from a front direction includes an insulating housing and a shield coupled with the insulating housing comprising an upper shell and a lower shell. The upper shell has an upper cover covering a top surface of the insulating housing and a pair of wings extending laterally from two opposite sides of the upper cover. The wing has a slot extending along a front-to-rear direction, and a plurality of positioning pegs extended downwards from a lateral edge thereof. The lower shell has a lower cover and two lateral plates bent upwards from two opposite sides of the lower cover and flanked to the insulating housing. Each of the lateral plates has a clasper which passes through the slot of the wing and extends laterally to hook a side of the slot, for buckling the upper shell with the lower shell together.

A tool and method for forming a container from a construct. The tool comprising a cavity for receiving a construct, a core operatively associated with the cavity and being operable to move into the cavity, an injection cavity for receiving injection-molding material and directing injection-molding material around at least a portion of the perimeter of the construct, and a clamping feature. The clamping feature is operatively connected to at least one of the cavity and the core and is for clamping a peripheral portion of the construct as the core moves into the cavity to form the construct into the container.

The present invention discloses a chromium-free semi-organic insulating paint, which includes the following components: 35-55 parts of water-soluble saturated polyester resin, 8-15 parts of full-methylated melamine resin, 3-10 parts of modified aluminium tripolyphosphate, 1-6 parts of zinc calcium phytate, 7-12 parts of zinc phosphate, 5-9 parts of mica powder, 10-16 parts of titanium dioxide, 4-8 parts of kaolin, 0.5-1.5 parts of dimethylethanolamine, 2-8 parts of ethylene glycol butyl ether, 0.2-1.0 part of ammonium polyacrylate, 0.1-0.5 part of polyether-modified siloxane and 0.1-0.3 part of an organic silicon defoamer. The coating made of the paint disclosed by the invention has the advantages of good insulativity, adhesiveness, heat resistance, stamping capability and weldability, no defects of streak, bubble, color difference and other defects, and long storage life.

The present disclosure provides a preparation method of rumen protected glucose, comprising the following steps: (1) preparing glucose into a pellet and drying; (2) fluidizing the pellet in a fluidized bed after drying; and (3) coating melted aliphatic alcohol and / or saturated fatty acid onto the surface of the pellet located in the fluidized bed to obtain a rumen protected bypass glucose particle. The prepared rumen-protected glucose could go through the rumen of ruminant effectively; and the availability of coating layer in ruminant increases, making the coated glucose be released completely and fully utilized by ruminant, so ketosis or subclinical ketosis and fatty liver disease of the ruminants in perinatal stage could be prevented and reduced effectively, the postpartum weight loss could be reduced, and the cycle conception rate and the milk yield could be increased.

The invention discloses a supporting device for gas-phase deposition on the entire channel surface of a guide vane and its application method. The device connects a clamping device and a rotating shaft through a connecting plate and an L-shaped connecting plate, and guide vanes are clamped in the clamping device. , because the L-shaped connecting plate is L-shaped, so that the axial direction of the guide vane is perpendicular to the axial direction of the rotating shaft. Under the premise of the bonding strength of the ceramic coating and the columnar grain structure, the bonding strength of the coating on the surface of the edge plate is significantly improved, and a relatively uniform columnar grain structure is formed, thereby ensuring that the entire runner surface of the guide vane is covered by the thermal barrier coating, greatly Improve the heat-resistant temperature and working stability of the guide vane. The device has a simple structure, fewer accessories, easy product processing and disassembly, and can carry out tooling matching design according to the guide vane structure.

The invention provides a diaphragm gluing machine for a laminated battery pack and a super-capacitor pack. The diaphragm gluing machine comprises a drive motor, wherein the drive motor drives a sizing roller, the sizing roller drives a rubber covered roller through a belt pulley, a gluing groove is formed in the lower part of the sizing roller, a paper placing platform is arranged on one sides of the sizing roller and the rubber covered roller, a material receiving panel is arranged on the other sides of the sizing roller and the rubber covered roller, the tangent line of the sizing roller and the rubber covered roller corresponds to a plane of the paper placing platform; a paper feed roller is arranged between the plane of the paper placing platform and the sizing roller, and another feed roller is arranged between the plane of the paper placing platform and the rubber covered roller. According to the invention, a hot melt glue is printed on a diaphragm of a laminated super-capacitor by using the sizing roller and the rubber covered roller, the tangent line of the sizing roller and the rubber covered roller corresponds to the plane of the paper placing platform to keep the diaphragm flat and intact, the advantages of uniform and smooth coating, high speed and the like are achieved, the mass production of the super-capacitor is implemented, the printed diaphragm is smooth and has no pores, cracks or patterns, the paper does not crease in printing, and the problem of insulation of the diaphragm is better and more economically solved.

The invention relates to the technical field of diamond surface treatment, particularly a manufacturing method of a resin film plated on a diamond surface, which is performed in a diamond vacuum plating machine. The method comprises the following steps: a. vacuumizing: putting diamond in a plating chamber of a vacuum ion plating machine, and vacuumizing the plating chamber to 2*10<-3>Pa; b. diamond surface cleaning: carrying out cleaning treatment on the diamond for 30 minutes by using a 5KV ion source; and c. diamond surface plating: treating the diamond powder treated by the step b in the following technique: the target cathode uses an ABS (acrylonitrile-butadiene-styrene) resin sheet target, the voltage is 400V, the direct current is 1.0-1.2A, the deflecting voltage is 140-160V, and the like. The method can easily plate a resin film on the diamond, and has the advantages of high plating stability and high plating compactness. Besides, the plating technique also has the advantage of complete and uniform plating.

The invention relates to a nanotube array photo anode, in particular to a BiVO4 / TiO2 nanotube array photo anode material which is stably used for photo-induced cathodic protection and preparation andapplication thereof. A preparation method of the material comprises the steps that firstly, an anodic oxidation method is adopted, Pt serves as a counter electrode, a titanium sheet substrate serves as a working electrode, and an NH4F and ethylene glycol solution serves as electrolyte; then, a titanium sheet is calcinated, so that a TiO2 nanotube array thin film is prepared on the surface of the titanium sheet; then, a hydrothermal method is adopted, and reaction solutions with Bi(NO)3 and NH4VO3 as a bismuth source and a vanadium source correspondingly are compounded; the TiO2 nanotube arraythin film is completely immersed into the reaction solutions; and after the TiO2 nanotube array thin film is put into a drying box to be subjected to constant-temperature hydrothermal treatment, calcination treatment is conducted, so that a BiVO4 / TiO2 composite film is obtained. The BiVO4 / TiO2 composite film serves as the photo anode for photo-induced cathodic protection, the utilization rate of visible light can be increased; the corrosion potential of 304 stainless steel is obviously lowered; and the good cathodic protection corrosion-resistant effect can still be achieved in the dark state.