75results about How to "Avoid uneven surfaces" patented technology

An image recording apparatus which performs color image recording, including: a color ink recording head which jets photo-curable color ink droplets onto a recording medium; a transparent ink recording head which jets photo-curable transparent ink droplets onto a recording medium; and a light radiating device for radiating light rays onto the color ink droplets and transparent ink droplets, on the recording medium; a control section for judging the amount of color ink droplets to be jetted, and for controlling the amount of transparent ink droplets to be jetted, based on the determined amount.

A microwave dielectric ceramic composition comprises a composition of the formula xMO-yLa2O3-zTiO2 wherein M is selected from Sr and Ca and x:y:z=1:2:4, 2:2:5, 1:2:5, 1:4:9.

The invention discloses special environment-friendly combined polyether for a sprayed pipeline and a preparation method of the special environment-friendly combined polyether. The special environment-friendly combined polyether is composed of a component A and a component B, wherein the component A is composed of polyethylene-polypropylene glycol, polyester polyol, a crosslinking agent, a foam stabilizer, a catalyst and a foaming agent; the component B is polymethylene polyphenyl polyisocyanate. By using the special environment-friendly combined polyether, the problems of inside cracking, heart rot and surface roughness of sprayed foam are solved, the aim of completely protecting the environment is achieved, meanwhile, the bonding property of the foam and a base material is improved, and the production requirement of the process is met.

Disclosed are a screen printing method which is carried out by placing a material to be printed at a predetermined portion of a printing table, feeding a paste state or ink state coating material to a surface of a screen plate for printing, and sliding the surface of the screen plate by using a squeegee to carry out screen printing, the method comprises the steps of a coating step in which the above-mentioned paste state or ink state coating material is covering on the surface of the screen plate for printing with a thin thickness, and a printing step in which the paste state or ink state coating material coated on the surface of the screen plate for printing is printed to a material to be printed by the above-mentioned squeegee under vacuum or atmospheric pressure, and after the above-mentioned coating step, a degassing step is provided to degas bubbles in the coated material by changing the pressure from high vacuum state to atmospheric pressure or low vacuum state.

Around a damaged area of a jacket of a flexible tube, a top coat layer whose adhesion to a polymer layer is weak is peeled off with an adhesive tape. The damaged area and its immediate surrounding area are sanded, and then wiped with ethanol for cleaning. A main agent and a hardening agent are heated and defoamed while being mixed to prepare a repair material. The repair material is applied to the damaged area and the immediate surrounding area. A heat shrink tube is opened along slits in an end portion and covers the flexible tube. The heat shrink tube is shrunk with hot air, pressing the repair material and making it flush with a surface of the jacket. The flexible tube is heated with an electric hot plate to harden the repair material. Thereafter, the heat shrink tube is peeled off from the flexible tube.

The invention discloses a semiconductor light-emitting device and a manufacturing method thereof. The semiconductor light-emitting device comprises a substrate, a crystallizing layer formed on the substrate, a gallium nitride buffering layer, an N-type gallium nitride layer, a transition layer, a multi-quantum-well layer and a P-type gallium nitride layer and further comprises a low-temperature gallium nitride layer and a stress release layer, wherein the low-temperature gallium nitride layer is formed on the N-type gallium nitride layer, a plurality of concave pits are formed in the low-temperature gallium nitride layer, the thickness of the stress release layer is smaller than 100 nm, the stress release layer is composed of 1-K layers of Inx(k)Ga1- x(K)N which are sequentially formed on the low-temperature gallium nitride layer, the thickness d<k> of the kth layer of Inx(k)Ga1- x(K)N is smaller than the thickness d<k-1> of the (k-1)th layer of Inx(k-1)Ga1- x(K-1)N, x(k) is larger than x(k-1), k is equal to 1,...,K, and K is smaller than or equal to 5; the concave pits are covered with the P-type gallium nitride layer. The number of the InGaN layers in the stress release layer and the overall thickness are adjusted according to In components of quantum wells so that the In components of the InGaN layers can be gradually increased from the bottom layer to the surface, the thickness is gradually reduced, and the purpose of gradually releasing stress is achieved.

A specimen holding apparatus includes a main body, a specimen supporting surface provided on the main body, and a restraining element movable along the main body in a direction substantially parallel to the longitudinal axis of the main body from a first position in which the restraining element is removed from the specimen supporting surface to a second position in which the restraining element encroaches over the specimen supporting surface. An alternate specimen holding apparatus includes a main body, a specimen supporting surface provided on the main body in a first horizontal plane, and a restraining element attached to the main body that is rotatable in a second horizontal plane substantially parallel to the first horizontal plane between a first position in which the restraining element is removed from the specimen supporting surface and a second position in which the restraining element encroaches over the specimen supporting surface.

Thermal treatment equipment for rapidly heating a SiC substrate having a diameter of several inches or larger to a temperature as high as 1200° C. or higher with a high in-plane evenness by heating a peripheral zone of a substrate using high frequency induction and by heating a central zone of the substrate using infrared lamps while the substrate and a stage thereof are covered with a shield plate.

A method of manufacturing a three-dimensionally formed object in which the three-dimensionally formed object is manufactured by laminating layers to forma laminate, includes: forming a constituent layer corresponding to a constituent region of the three-dimensionally formed object; forming a support layer which is in contact with the constituent layer and supports the constituent layer by ejecting a flowable composition including a resin from an ejecting portion in the form of liquid drops; solidifying the support layer; and heating the laminate which is formed in the formation of the constituent layer, the formation of the support layer, and the solidification of the support layer.

A flexible circuit film, which is capable of preventing broken portions during an assembly process, and an electronic device comprising the same is disclosed. The flexible circuit film comprises a bonding pad portion, a body portion, and a film bending portion between the bonding pad portion and the body portion, wherein at least some portion of the film bending portion has a thickness that is less than a thickness of the body portion.

The invention relates to a top emission type display panel; the top emission type display panel comprises a substrate, a buffer layer, a grid electrode, an insulating layer, an active layer, a protective layer, a source electrode, a drain electrode, an auxiliary electrode, a flat layer, a pixel electrode and a pixel definition layer. According to the top emission type display panel, the grid electrode is embedded in the buffer layer and forms a flat surface with the buffer layer; the active layer is embedded in the insulating layer and forms a flat surface with the insulating layer; the sourceelectrode, the drain electrode and the auxiliary electrode are embedded in the protective layer and form a flat surface with the protective layer, so that a flat surface is formed on the surface of the whole substrate after a TFT driving circuit is manufactured, the problem that the surface of the pixel electrode is uneven due to the driving circuit of the top emission type display panel is avoided, the luminous uniformity of the top emission display panel is effectively improved, and the display effect is improved.

The invention belongs to the technical field of medicine, and especially relates to a tubular material with X ray developing function, and a preparation method thereof. The tubular material comprisesa core layer, an external skin layer, and an internal skin layer; the core layer is arranged between the external skin layer and the internal skin layer; the external skin layer and the internal skinlayer are prepared from a basic resin; the core layer comprises the basic resin and a developing agent. The external skin layer and the internal skin layer are basic resin layers, and contain no or little developing agent, so that excellent internal surface and external surface quality and smoothness are provided for the tubular material, and defects such as surface irregularity, burrs, pits, andparticles caused by direct adding of a large amount of the developing agent into the tubular material are avoided.

A novel food processer comprises a cup body and a cup seat. A lower opening is formed in the bottom end of the cup body, an upper opening matched with a cup cover is formed in the top end of the cup body, a cup mouth is arranged on the upper opening, a plurality of disturbed flow convex ribs are arranged on the inner wall of the cup body, a turbulent flow convex rib is arranged at the position, between every two adjacent disturbed flow convex ribs, of the inner wall of the cup body, and the thickness of protrusions of the turbulent flow convex ribs is smaller than that of protrusions of the disturbed flow convex ribs, so that a stereoscopic turbulent flow cavity is formed between every two adjacent disturbed flow convex rib and turbulent flow convex rib. A screwing portion is arranged at the bottom end of the cup body, the lower opening of the cup body is formed by the bottom end of the screwing portion, a step-shaped transition face is formed between the inner wall of the screwing portion and the inner wall of the cup body, and the tail ends of the bottoms of the disturbed flow convex ribs and the tail ends of the bottoms of the turbulent flow convex ribs extend to the lower opening along the transition face. The novel food processer is good in flow disturbing and smashing effect, mounting of a heating disc is simple and fast, detaching, mounting and maintaining are convenient, a pre-locating structure is arranged, and sealing performance between the heating disc and the cup body is better.

The invention discloses automatic stamping and laminating equipment of PI reinforcement plates for an FPC. The automatic stamping and laminating equipment comprises a work bench, a transit transfer station, an FPC storage tray, an FPC feeding manipulator, a PI reinforcement plate stamping device, a first PI reinforcement plate laminating manipulator, a second PI reinforcement plate laminating manipulator, a finished product receiving tray and a finished product receiving manipulator, wherein the transit transfer station comprises a transit transfer plate which slides in a reciprocating manner along the work bench; the first PI reinforcement plate laminating manipulator and the second PI reinforcement plate laminating manipulator are provided with suction laminating devices; each suction laminating device comprises a bracket, a driving lever, a first lifting part and a second lifting part; the driving lever is rotationally arranged on the bracket; the first lifting part is vertically arranged on the bracket in a sliding manner; the second lifting part is vertically arranged on the bracket in the sliding manner; and two ends of the driving lever are propped against or separated from the first lifting part and the second lifting part respectively. According to the automatic stamping and laminating equipment, automatic stamping and laminating work of the PI reinforcement plates on the FPC is achieved; the overall process is smooth and fast; and the production working efficiency is greatly improved.

A belt cooling and guiding apparatus for a casting belt of a twin belt caster. The cooling and guiding apparatus includes at least one nozzle having a support surface facing a reverse surface of the casting belt (a surface opposite to a casting surface in the casting mold), provided with a continuous slot in the support surface arranged transversely substantially completely across the casting belt. The slot allows for delivery of cooling liquid to the reverse surface of the belt in the form of a continuous film having uniform thickness and velocity of flow when considered in the transverse direction of the belt. This allows for even cooling transversely of the belt. The nozzle arrangement is also provided with a drainage opening for removal of cooling liquid downstream from the continuous slot, and a vacuum system associated with the drainage opening for applying suction to the drainage opening. One or more such cooling nozzles is provided at the entrance of the casting mold where uniform cooling is critical to the characteristics of the cast strip article.

The invention provides a assembled distributor case, comprising a shell, an upper cover, a lower cover, an installing plate in the shell, an inner door plate and an outer door plate fixedly-connected to the shell; the upper and lower covers are respectively connected on the upper and lower ends of the shell via the tapping screws. The invention has a convenient installation, simple production and beautiful appearance.

Fabricating a semiconductor substrate by (a) vertical etching a feature having sidewalls and a depth into one or more layers formed on the semiconductor substrate and (b) depositing an amorphous carbon liner onto the sidewalls of the feature. Steps (a) and optionally (b) are iterated until the vertical etch feature has reached a desired depth. With each iteration of (a), the feature is vertical etched deeper into the one or more layers, while the amorphous carbon liner resists lateral etching of the sidewalls of the feature. With each optional iteration of (b), the deposited amorphous carbon liner on the sidewalls of the feature is replenished.

The invention relates to the field of coating equipment, in particular to an operation method for a quick magic powder replacing system. The operation method can achieve self filtering on inferior powder and quick magic powder replacing of tail powder. The operation method comprises the steps of (1) early-stage preparation, (2) workpiece spraying, (3) primary recovering, (4) secondary recovering and the like. The operation method has the following beneficial effects that a thin filter screen can filter powder doped into the spraying powder and having the large grain size, the spraying homogeneity is improved, and the sprayed coating smoothness is improved; (2) a recovering bin can quickly and conveniently recover the tail powder, and waste caused by idle spraying and adverse effects on thework environment are avoided; and (3) a candle filter can automatically clean dust accumulated on a filter element of the filter, the filtering effect is greatly improved, and the production efficiency is effectively improved.

The invention provides a manufacturing method of a high-flatness multilayer circuit board. The manufacturing method comprises the following steps of material preparation, first copper substrate processing, second copper substrate processing, primary resin joint filling, primary press fit, inner layer board processing, secondary resin joint filling, secondary press fit, drilling, copper plating, film drying, etching, tin plating, solder masking, secondary solder masking, character forming and pattern fishing. The problems of uneven surface and overlarge line etching amount of the multilayer circuit board manufactured in the prior art can be solved.

The invention relates to a self-adhesive label paper preparation method, which uses self-adhesive label processing and manufacturing equipment. The equipment comprises a workbench and a winding devicearranged at the top of the workbench. A tensioning device is arranged at the top of the workbench, a feeding box is arranged over a T-shaped plate, discharging devices are arranged at the left end and the right end of the feeding box, and rolling devices are arranged at the front end and the rear end of the feeding box. A designed tensioning roller can achieve a certain tensioning effect on the surface of backing paper, the tensioning degree of the surface of the backing paper can be adjusted through a designed cross-shaped sliding groove, an electric sliding block and a T-shaped plate, the backing paper is in a tensioned state in the working process, and the situation that the surface of the backing paper is uneven, and consequently the attaching quality is reduced is prevented.