429results about How to "Avoid uneven thickness" patented technology

An image sensor package includes a bottom substrate, a transparent substrate, a plurality of spacers and adhesive. The bottom substrate includes a plurality of chips, which each includes an active surface and an image sensor disposed on the active surface. The transparent substrate includes a plurality of transparent substrate units which are respectively corresponding to the chips, wherein each transparent substrate unit is disposed above the active surface of the chip and covers the image sensor. The spacers are disposed between the transparent substrate unit and the chip for maintaining a predetermined gap between the transparent substrate unit and the image sensor. Each transparent substrate unit and chip are connected to each other by the adhesive.

The invention provides a manufacturing method of single plating hole copper. The manufacturing method comprises the following steps: preparing a base plate as a printed circuit board, and cutting off the base plate; manufacturing each circuitous pattern of a multi-layer plate; laminating the inner layer circuitous pattern, an insulation material and an outer layer of copper foil together so as to form an integral printed circuit board structure; drilling holes with predetermined hole diameters on the surface of the printed circuit board; sinking a layer of copper on a hole wall, thus the original non-conductive hole wall is conductive; coating a layer of pre-plated copper on the surface and in the hole of the printed circuit board; pasting a layer of dry film on the surface of the printed circuit board, exposing the dry film by utilizing a base plate of an expected pattern which is manufactured in advance and is corresponding to the holes of the hole copper required to be electroplated, and manufacturing the expected pattern by a developing technology, thus the dry film is windowed at a plated-through hole part; plating copper on the developed holes, thus the copper of the hole wall is thickened to the required thickness; and then removing the dry film on the plate surface, exposing the copper surface at the surface; and rubbing down the copper surface protruding at the hole opening by a sand belt.

The invention relates heat-conduction EVA packaging adhesive film for a photovoltaic module and a method for preparing the adhesive film. The adhesive film comprises, by weight, 47wt% to 93.8wt% of EVA, 5wt% to 40wt% of a heat-conduction filler, 0.1wt% to 2wt% of an anti-aging auxiliary, 0.5wt% to 5wt% of a cross-linking agent, 0.1wt% to 1wt% of a tackifier and 0.5wt% to 5wt% of a plasticizer. According to the heat-conduction EVA packaging adhesive film for photovoltaic modules and the method for preparing the adhesive film, the high heat conduction modified inorganic filler is introduced in low heat conduction organic macromolecules, so that organic macromolecules in continuous phases and the inorganic filler in a dispersed phase in a whole system are mixed into a whole; and the adhesive film with a uniform thickness is molded through a rolling process, the heat conductivity and the light reflectance can be obviously enhanced, and further the efficiency and the output power of the photovoltaic module are improved.

The invention discloses a welding method of a target and a back plate. The welding method comprises the following steps of: providing a titanium target and an aluminium back plate; processing a welding surface of the titanium target into a thread shape, and carrying out roughness processing on the welding surface of the aluminium back plate; sheathing a first mold on the aluminium back plate and covering a second mold on the opposite surface of the welding surface of the titanium target; adopting a hot-pressing method to weld the titanium target and the aluminium back plate to form a target component; and carrying out heat treatment on the target component. According to the technical scheme of the welding method, the bonding strength between the titanium target and the aluminium back plate after welding is higher, the large-area welding of the titanium target and the aluminium back plate is realized, and the cost for producing the target component formed by the titanium target and the aluminium back plate is reduced.

The invention relates to the technical field of heat-insulation materials, specifically to a core-shell anti-infrared auxiliary agent, a heat-insulation EVA non-flowing glue film and its preparation method. The core-shell anti-infrared auxiliary agent is prepared from W-Ce-Sb-doped stannic oxide, EVA resin and an organic solvent. The EVA non-flowing glue film is prepared from EVA resin, the core-shell anti-infrared auxiliary agent, a coupling agent, a cross-linking agent and an ultraviolet light absorber. Infrared ray and ultraviolet ray shielding performance of the EVA non-flowing glue film prepared with the addition of the core-shell anti-infrared auxiliary agent can be enhanced remarkably. By the use of the EVA non-flowing glue film, its infrared and ultraviolet rejection is remarkably raised under the circumstance of guaranteeing visible light transmittance. In addition, the EVA non-flowing glue film has characteristics of low haze and high thickness uniformity. As low temperature control treatment is carried out on a die-head of an extruder by oil bath during the production, broken selvage, burning burden or non-uniform thickness of the EVA non-flowing glue film in a highly cross-linked state is avoided, and thickness difference can be controlled within +/-0.02mm.

The invention relates to a vertical roller mill, which comprises a vertical main rotating shaft arranged on a machine body, wherein a speed reducer and a motor are connected to the lower end of the main rotating shaft sequentially; a grinding bowl is arranged at the upper end of the main rotating shaft; the upper part of the inner side of the grinding bowl contacts a plurality of grinding rollers; the grinding rollers arranged on the grinding roller shaft by a bearing; the grinding roller shaft is connected to one end of a rocker arm; the middle part of the rocker arm is hinged to the machinebody; the other end of the rocker arm is hinged with the upper end of a hydraulic cylinder; the lower end of the hydraulic cylinder is arranged on the machine body; a central feed pipe which aligns with the grinding bowl downwards is arranged on the top of the machine body; and a discharge hole is formed below the grinding bowl on the machine body. The vertical roller mill has the advantages of convenience for oil injection, high yield, low energy consumption, large processing capacity, high efficiency and sealing performance, adjustable grinding force and the like, is easy to maintain and overhaul, and the technical problems of enrichment of steel slag and iron granules, high abrasion of the mill, difficulty of overhauling of equipment and the like are solved radically.

The invention discloses a color film substrate and a display device, and relates to the technical field of displaying. The color film substrate is provided with a displaying area and a non-displaying area around the displaying area, and is characterized by comprising a lining substrate, a black matrix area, a color resisting area, protection films, barrier walls, an alignment film barrier structure and alignment films. The black matrix area and the color resisting area are arranged on the lining substrate. Color resistors arranged in lines and columns are arranged in the color resisting area. The protection films are arranged on one sides, far away from the lining substrate, of the black matrix area and the color resisting area. The barrier walls are arranged on one sides, far away from the lining substrate, of the protection films and are arranged in the non-displaying area to surround the displaying area. The alignment film barrel structure is arranged on the lining substrate, is positioned in the non-displaying area, surrounds the displaying area, and is arranged on one sides, close to the displaying area, of the barrier walls. The alignment films are arranged on one sides, far away from the lining substrate, of the protection films. According to the scheme, the color film substrate and the display device have the advantages that unevenness in thickness of the alignment films, caused by alignment film extending, in the displaying area is avoided, and the problem of bad alignment during displaying can be further avoided.

The invention relates to an inkjet head assembly of a biological printer and the biological printer. The inkjet head assembly of the biological printer comprises an outer inkjet nozzle with a second channel and an inner inkjet nozzle with a first channel; the inner inkjet nozzle is coaxially arranged in the second channel; a first material channel is formed by the first channel; a second material channel is formed by an annular space between the outer inkjet nozzle and the inner inkjet nozzle; the second material channel surrounds the first material channel at an outlet of the first material channel and is used for enabling second materials ejected from an outlet of the second material channel to gather towards first materials ejected from the outlet of the first material channel so as to form a fluid printing unit. According to the inkjet head assembly, the second materials are uniformly coated with the first materials at the outlet of the inkjet head assembly, so that the fluid printing unit with higher quality is formed for protecting the cells, further cell damage caused by an extrusion pressure and a frictional force in the printing process is reduced, and the survival rate of the cells is improved.

To take measures against the phenomenon of difficulty for the orientation film material to flow into the through-hole when the diameter of through-holes which connects the pixel electrode and the source electrode becomes small.

An interlayer insulating film 109 made of SiN is formed on a counter electrode, and a pixel electrode 110 having a slit 1101 is formed on the interlayer insulating film 109. A through-hole 111 which connects the pixel electrode 110 and the source electrode of a TFT has a large opening on the upper side, a small opening on the lower side, and an inner wall extending between the large opening and the small opening. The pixel electrode 110 covers the through-hole 111 on an inner side of the pixel of the through-hole 111 but does not cover a periphery of the large opening of the through-hole on an outer side of the through-hole 111. Consequently, an orientation film material can easily flow from a starting point given by an end portion of the pixel electrode into the inside of the through-hole.

The invention provides a single-silicon chip microflow sensor suitable to be packaged in a surface mounting way and a manufacturing method for the single-silicon chip microflow sensor. The single-silicon chip microflow sensor comprises a monocrystalline silicon substrate, two pressure sensors and a microfluidic channel with an inlet/outlet. A single-silicon chip single-sided bulk silicon micromachining method is adopted, so that the microfluidic channel and reference pressure cavities of the pressure sensors are formed in the monocrystalline silicon substrate, and the two pressure sensors and the inlet/outlet of the microfluidic channel are ingeniously integrated on the same surface of the same monocrystalline silicon substrate, so that the single-silicon chip microflow sensor is simple in structure. The problems of residual stress caused by heat mismatch between different bonding materials and the thickness non-uniformity of pressure sensitive thin films of the pressure sensors are avoided, a surface mounting packaging technology is suitable for the integration of a bare chip of the single-silicon chip microflow sensor and a microfluidic system, the single-silicon chip microflow sensor and the manufacturing method have the characteristics of low production cost, convenience in packaging, high sensitivity, high stability and the like, and the single-silicon chip microflow sensor is suitable for mass production.

The invention discloses a unit modular large household refuse incineration furnace and relates to household refuse incineration treatment equipment. The unit modular large household refuse incineration furnace comprises an incineration grate mechanism, air chambers and air supply systems, wherein the incineration grate mechanism comprises a drying section grate, a burning section grate, a burnout section grate and a rack; the drying section grate, the burning section grate and the burnout section grate respectively comprise two groups of grate units; each group of grate units comprises a spindle, a partition plate, a front wall plate, a rear wall plate and a grate with stepped drop; each grate comprises two groups of edge modules and at least one group of middle modules; each edge module and each middle module respectively consist of a plurality of grate sheets; each group of edge modules is fixed on the corresponding rack through a sidewall protection plate device; each air chamber is formed below each middle module and each edge module; an air inlet is formed at the lower end of each air chamber and connected with the corresponding air supply system; and each air supply system comprises a drying section air supply system, a burning section air supply system and a burnout section air supply system. The unit modular large household refuse incineration furnace is stable in operation, low in energy consumption and long in service life.

The invention discloses a device for spraying paint on the outer surface of the front end wall of a container, which comprises a planer-type frame. The planer-type frame can contain the front end wall of the container and is matched with the front end wall of the container in shape. Furthermore, the inner side of the planer-type frame is provided with a spray gun support along a transverse horizontal direction, the top of the planer-type frame is provided with a drive set, the spray gun support is connected with the drive set and reciprocates up and down along the planer-type frame under the action of the drive set, and one side of the spray gun support, which corresponds to the frond end wall of the container is horizontally provided with a plurality of spray guns with adjustable angles. The device has the advantages of high production efficiency, high paint spraying quality, and the like.

The invention relates to a film coating system and a film thickness monitoring device thereof, and a film coating method and a film thickness monitoring method thereof. The film thickness monitoring device comprises a shielding plate and a quartz crystal wafer, wherein the shielding plate and the quartz crystal wafer can rotate relative to each other, and the shielding plate is provided with an opening; and in the relative rotating process, the opening allows airflow of a film coating material to pass through to enable the airflow to reach the quartz crystal wafer, and other parts, except the opening, of the shielding plate block the airflow from reaching the quartz crystal wafer. The shielding plate is adopted for blocking the airflow, the deposition velocity of film on the quartz crystal wafer is slowed down, the service time of the quartz crystal wafer is prolonged, and therefore the continuous running time of the equipment is prolonged, and the cost is correspondingly reduced. In addition, the shielding plate and the quartz crystal wafer can rotate relative to each other, so that the airflow of the film coating material can pass through the opening in the rotating process and then is uniformly deposited on the quartz crystal wafer, the situation that the thickness of the film coating materials deposited on the quartz crystal wafer is not uniform due to the fact that the opening is arranged is avoided, and the monitoring accuracy is guaranteed and improved.

The invention discloses a full casing long-spiral bored pile machine and a construction method. The pile machine comprises an upper power head (4), a first winch (5), a first pulling rope (6), a lower power head (8), a second winch (9) and a second pulling rope (10); the upper power head (4) and the lower power head (8) are in slide fit with a main mast (2), the first winch (5) is connected with the upper power head (4) through the first pulling rope (6), and a long spiral drill stem (3) and the upper power head (4) are fixed; the second winch (9) is connected with the lower power head (8) through the second pulling rope (10), and the lower power head (8) is provided with a full casing (12). The key of the construction method is that the long spiral drill stem (3) and the full casing (12) synchronously rotate to enter a soil body under driving of the two power heads (4). According to the pile machine and the construction method, hole collapse and water gushing are prevented, and loss of cement slurry is avoided.

The invention discloses a display substrate, a display panel and a display device. The thickness uniformity of an alignment layer is improved, the image brightness nonuniformity phenomenon of the display device is improved, and the display quality of the display device is improved. The display substrate is divided into a display area and a nondisplay area surrounding the display area, the display substrate comprises an underlayer substrate and an insulating layer, a drainage wire layer and the alignment layer which are arranged in sequence in the direction far away from the underlayer substrate, the insulating layer and the alignment layer cover the display area and extend to the nondisplay area, and the drainage wire layer is located in the nondisplay area, wherein a groove is formed in the portion, in the nondisplay area, of the insulating layer; the drainage wire layer is located on the side, close to the display area, of the groove and comprises multiple drainage wires, and the first end of each drainage wire extends to the groove; the alignment layer comprises a body part and a drain extension part, the body part covers the second ends of the drainage wires, and the drain extension part extends to the groove along the drain wires.

A knockdown structure and assembly method are provided so as to prevent cracking of the sealant, reinforce the junction between sections, and improve the livability of the structure. A structure's body is assembled by using a mortar-powder mixed adhesive to join together a plurality of sections that are made of foam polystyrene and that constitute the parts of a structure having a predetermined shape. The adhesive is applied to cover at least the places where the sections are joined together with a woven inorganic-fiber mesh sheet. A sealant is applied, made by dispersing inorganic fiber and mortar powder in a plastic-type paint, onto the exterior and interior faces of the structure in a predetermined thickness. Onto the sealant of the exterior of the structure is applied, on the exterior of the structure, a paint that is water repellant and can screen out ultraviolet light, and applying, over the sealant of the interior of the structure, a clayey paint made of natural substances.

There is provided a dispenser in which an operation load of a plunger is stable and contents of the dispenser do not leak out after pressing operation is interrupted. The invention provides a dispenser comprising a syringe body (1) having a space for filling contents equipped with a extruding nozzle at the front end thereof, a plunger (2) slid, by pressing force applied thereto, in the syringe body (1) to extrude the contents in the filling space (m) from the tip of the extruding nozzle, an O-ring (3) placed in an annular groove (2) formed in the front end section of the plunger and slidable on the inner wall surface of the syringe body (1), wherein the annular groove (2c) is formed as a defined recess having a flat bottom wall over its entirety; a plurality of projections or grooves (4) are formed on the sidewall of the annular groove (2c) with intervals therebetween so that restoring force of the O-rings (3) causes the plunger (2) to slide to the opposite direction of the press-in direction, thus inducing back suction of contents.

The invention discloses a casting type split reactor. A coil of the casting type split reactor comprises a first winding and a second winding which are arranged coaxially, and encapsulation parts of the first winding and encapsulation parts of the second winding are arranged alternatively from inside to outside in sequence. A first wire inlet bar and a second wire outlet bar are arranged at an interval radially and fixed at the upper end of the coil, and the other first wire inlet bar and a first wire outlet bar are arranged at an interval radially, connected with a current introducing end of the second winding in a conductive mode and fixed at the lower end of the coil. Each encapsulation part comprises a conductive part formed by winding a plurality of multi-layer round leads, and an insulation part formed by casting epoxy resin in a vacuum mode is arranged outside the conductive part. According to the casting type split reactor, the encapsulation parts are formed by casting epoxy resin in the vacuum mode through a casting mould, consistency of sizes of the insulation layers can be ensured, and uneven thicknesses of the insulation layers are avoided. In addition, no bubbles exist in the windings, partial discharge is reduced, occurrence of air gaps can be avoided effectively, and therefore, insulation performance of the insulation layers can be improved.

The invention relates to an extrusion-type interelectrode sulfonation forming and encapsulating method for researching a flexible sensor sensitive element, belonging to the technical field of sensors. The method comprises the following steps of: dispersing nano conductive powder into a polymeric substrate by utilizing a solution blending method, fully dispersing the nano conductive powder in the polymeric substrate by using a method of repeatedly adding and volatilizing an organic solvent to form nano conductive powder/polymeric material jelly; and coating the jelly between two layers of insulation films covered with electrodes to obtain a film with needed thickness by adopting a microcomputer control extrusion method. The jelly takes favorable adhesion action to the two layers of insulation films in the sulfonation process and is directly sulfonated and formed between the two layers of electrodes. The flexible sensor sensitive element researched by utilizing the forming encapsulating method provided by the invention has the advantages of uniform thickness, little contact resistance, simple process, and the like and is suitable for researching flexible sensor sensitive elements based on a composite conductive polymeric material at low cost.

The invention relates to a multi-hook-face titanium alloy part forming device and method. According to the technical scheme, a male die is pressed to coarsely manufacture a workblank into a multi-hook-face titanium alloy part with the unfolded appearance; deburring, washing, lubricant coating are carried out; the device is arranged on a heat engine to be pre-heated into 550 DEG C to 600 DEG C, and meanwhile the workblank is pre-heated into 550 DEG C to 600 DEG C; the pre-heated workblank is arranged between a blank holder and a female die, and after the blank holder and the female die are combined tightly, the temperature ranging from 550 DEG C to 600 DEG C is kept, the clamping pressure is 40 t, the female die slowly descends at the descending speed ranging from 5 mm/min to 6 mm/min, the female die stays for three minutes to five minutes after descending for three to five minutes every time, the process is executed three times till the female die and the male die are closed, and the pressure is kept for four minutes to five minutes; the appearance is manufactured, and checking is carried out. The workblank in the non-working area is clamped tightly through the blank holder force of the blank holder, and wrinkles and cracks produced by tremendous changes of the plate face of the workblank when the dies are closed are avoided.

Embodiments of the invention provide an array substrate, a preparation method of the array substrate and a display panel, relate to the technical field of display, and a quantum dot light-emitting layer can be prevented from climbing on a pixel definition layer, so that the thickness uniformity of the quantum dot light-emitting layer is avoided. The preparation method of the array substrate comprises the steps that a first electrode is formed in each sub-pixel area on a substrate; a quantum dot light-emitting layer is formed in each sub-pixel area and above the first electrode; a pixel definition layer is formed on a substrate where the first electrode and the quantum dot light-emitting layer are formed, wherein the pixel definition layer is located between any adjacent quantum dot light-emitting layers; and in each sub-pixel area, a second electrode is formed above the quantum dot light-emitting layer.

The invention discloses a rolling method of titanium alloy plate-shaped forgings. The rolling method comprises the following steps of: substituting forging a titanium alloy billet by adopting three upsetting and three drawing firstly; then carrying out upsetting, punching, frame reaming and rolling on the titanium alloy billet after substituting forging to prepare a high-cylinder and thin-walled ring, wherein the inner diameter of the ring is 85-90 percent of the outer diameter; cutting the high-cylinder and thin-walled ring into two hemi-toroidal parts by using wire cutting; and then straightening by a forging hammer to acquire two plate-shaped forgings. The rolling method effectively avoids the defects about uneven thickness, poor organization homogeneity, multiple forging times and the like of the forgings, improves the quality and the production efficiency of the forging and is used for producing the titanium alloy plate-shaped forgings.