65 results about "Body Patterning" patented technology

An electron beam drawing mask includes a pattern supporting film for transmitting an electron beam therethrough; an electron beam scattering body pattern formed over the pattern supporting film; and a support member for supporting the pattern supporting film and the electron beam scattering body pattern. The pattern supporting film has a film thickness of 0.005 to 0.2 micron, a film material density of 1.0 to 5.0 g/cm<3 >and an elastic modulus of 0.8x10<11 >Pa or higher. The electron beam scattering body pattern has a film thickness of 0.2 to 2 micron, a film material density of 1.0 to 5.0 g/cm<3>, and an elastic modulus of 0.8x10<11 >Pa or higher.

A semiconductor device according to example embodiments may have a plurality of stacked transistors. The semiconductor device may have a lower insulating layer formed on a semiconductor substrate and an upper channel body pattern formed on the lower insulating layer. A source region and a drain region may be formed within the upper channel body pattern, and a non-metal transfer gate electrode may be disposed on the upper channel body pattern between the source and drain regions. The non-metal transfer gate electrode, the upper channel body pattern, and the lower insulating layer may be covered by an intermediate insulating layer. A metal word line may be disposed within the intermediate insulating layer to contact at least an upper surface of the non-metal transfer gate electrode. An insulating spacer may be disposed on a sidewall of the metal word line. A metal node plug may be disposed within the intermediate insulating layer and the lower insulating layer to contact the source region of the upper channel body pattern. Example embodiments also relate to a method of fabricating the above semiconductor device.

A metal oxide semiconductor field effect transistor (MOSFET) includes a body pattern of a first conductivity type disposed on an insulating layer. A gate electrode is disposed on the body pattern. A drain region of a second conductivity type is disposed on the insulating layer and having a sidewall in contact with a first sidewall of the body pattern. An impurity-doped region of the first conductivity type is disposed on the insulating layer and having a sidewall in contact with a second sidewall of the body pattern. The MOSFET further includes a source region of the second conductivity type disposed on the impurity-doped region and having a sidewall in contact with the second sidewall of the body pattern, and a contact plug extending through the source region to contact the impurity-doped region.

A table styles inference engine determines the optimal body pattern to describe a user-created table. Optimal uniform, row banding, and column banding body patterns, are determined. The user-defined table is analyzed assuming different uniform different row banding, and/or different column banding body patterns. The optimal uniform body pattern is then determined by determining the uniform body pattern that most closely matches the user-defined table. The optimal row banding body pattern is then determined by determining the row banding body pattern that most closely matches the user-defined table. The optimal column banding body pattern is then determined by determining the column banding body pattern that most closely matches the user-defined table. From these optimal body patterns, the closest match to the user-defined table is determined to be the overall optimal body pattern. The overall optimal body pattern is then saved as a table style.

The purpose of the present invention is to provide a photosensitive conduction paste which is excellent in both of formability of high-fineness patterns and firing properties at <= 600 DEG C. The photosensitive conduction paste contains (A) silver powders having a low degree of crystallinity, (B) an organic binder, (C) a photopolymerizable monomer, and (D) a photopolymerization initiator, in which the silver powder (A) having the low degree of crystallinity exhibits a value of >= 0.15 DEG at a half peak width of the Ag (111) face peak in X-ray analysis patterns.

According to an embodiment of the invention, a lower transistor is formed on a semiconductor substrate, and an upper thin film transistor is formed on the lower transistor. A body contact plug is formed to penetrate an upper gate electrode of the upper thin film transistor and a body pattern, and to electrically connect with a lower gate electrode of the lower transistor. The body contact plug uses a contact hole to apply an electrical signal to the upper gate electrode of the upper thin film transistor, so additional volume is not necessary. Since the upper gate electrode is electrically connected to the body pattern through the body contact plug, the floating body effect of the upper thin film transistor can be improved. Therefore, a semiconductor device is provided with the high performance required to realize a highly-integrated semiconductor device.

The invention provides an imitated stone slab with preset patterns containing different size grading raw materials. The imitated stone slab with the preset patterns containing the different size grading raw materials is characterized in that a product of the imitated stone slab is made of porcelain raw materials; the product of the imitated stone slab contains two to twenty types of body pattern color areas with different preset shapes, wherein the body pattern color areas have different colors which can be obviously distinguished, or the body pattern color areas have the same color with different color depths, or the body pattern color areas have mixed colors with different proportions of colors; the thickness of each multicolour pattern body of each pattern color area of the imitated stone slab is 70-100% of that of a three-dimensional space from the surface layer of the product to the back side of the product; in at least one type of the pattern color areas, 1-10000 patterns are made of colored raw materials which have different preset size grading and comprise 5-95% of large-particle materials with the largest particle size of 6-20mm, 0-90% of middle-particle materials with the largest particle size of 1-6mm, 0-90% of sand powder with the largest particle size of 0.3-1mm, and 5-95% of micro-fine powder with the largest particle size of 0.1-0.3mm; the consumption of the raw materials with different particle sizes and the colors of different color area patterns are determined according to the requirements given in advance.

A method comprises a first multilayer body forming step of forming a first multilayer body on a first cladding layer, the first multilayer body including a core layer and a first polishing stop layer in order from the first cladding layer side; a first multilayer body patterning step of pattering the first multilayer body, so as to expose the first cladding layer about the patterned first multilayer body; a second multilayer body forming step of forming a second multilayer body on the exposed first cladding layer and patterned first multilayer body, the second multilayer body including a second cladding layer and a second polishing stop layer in order from the first cladding layer side; and a removing step of polishing away a part of the second multilayer body formed on the first multilayer body.

The invention discloses a method for producing multi-layer three-dimensional lace, which is produced on a multi-bar raschel warp knitting machine, and is equipped with two separated jacquard bars, at least one weft insert bar, and at least one pressed yarn bar. Bars, weaving through jacquard bars to form a fancy ground net, weaving through interlining flower bars to form a multi-layer weft inlay pattern layer, and weaving through embossing flower bar to form an embossed pattern layer; The three-dimensional flocking is bonded with fluff on the surface of the lace to form a flocking pattern with a certain outline, and forms a multi-layered three-dimensional lace with the fancy ground net, the weft pattern and the pressed yarn pattern. The fancy ground net formed by the invention is light, thin and transparent, and the formed main pattern is rich in layers and has a prominent three-dimensional effect, which provides an effective method for the production of high-grade three-dimensional lace.

A body fall smart control system includes at least one image capturing module used for capturing a video image and an image processing module connected to the image capturing module. The image processing module is used for performing body pattern identification on the captured video image, establishing a 2D or 3D model of the identified body pattern, tracking whether a signal change speed and/or angle of the modeled body pattern reaches a set threshold value to determine whether a fall has occurred, and controlling an alarm module to sound an alarm if a fall has occurred. A 2D or 3D model compares and analyzes the speed, angle, associated help voice, etc. of a falling body to determine whether a fall has occurred, and sounding an alarm and sending a signal for manual braking or automatic braking etc. and controlling an action of a related device if the comparison is successful.

An inductor device includes a first magnetic body pattern layer in which slits are provided and which is made to a pattern, a lower insulating layer formed on the first magnetic body pattern layer, a planar coil layer formed on the lower insulating layer, an upper insulating layer formed on the planar coil layer, and a second magnetic body pattern layer formed on the upper insulating layer and in which slits are provided and which is made to a pattern, wherein the first magnetic body pattern layer and the second magnetic body pattern layer are arranged to intersect orthogonally with the planar coil layer.

A disclosed powered drain unclogging device, system and method comprises a rotational power source and an attachment having a first end detachably coupled to the rotational power source and a second end comprising a plurality of protrusions disposed laterally from a tip thereof in a spiral tip pattern and a helical body pattern configured to drive the rotating tip into a drain and grab and retain debris therefrom. The disclosed method comprises driving the rotating tip into a drain based on an interaction of the spiral arrangement of the protrusions proximal the tip with an inside of the drain walls. The method further includes unclogging debris from the drain via a grabbing and retaining action of the debris by the sharp barbs of the attachment and the driving action thereof. The protrusions comprise bristles and barbs which sway and adjust to varying drain diameters. A splash guard protects the user.

The present invention is capable of simply preparing a pretty food toy simulating the appearance of cakes and the like and forming a decorative body toy having strong decoration and simulating the food shape. The shaping combination of decorative body toys is provided with in structure: a resin barrel filled with foaming cream shape special synthetic resin namely cream resin is arranged in a cylinder container, the front end having through holes of the resin barrel is provided with a through hole cap in an assembling and disassembling mode, a shaping plate capable of cutting into a plurality of reinforcing plates with different shapes, sticking pieces with shapes and sizes corresponding with the shapes of the reinforcing plates, formworks with shaping objects namely decorative body patterns corresponding with the reinforcing plates shapes, and bases for placing the reinforcing plates cutting from the shaping plate.

The present invention relates to the technical field of wheel hub casting, in particular to a wheel hub pattern plate and a wheel hub casting process. The lower end is connected with the middle sprue, the upper sprue is arranged on both sides of the upper part of the middle sprue, the end of the upper sprue is connected with the riser, the riser is connected with the hub shape through the riser neck, and the two sides of the lower part of the middle sprue are set The down runner is connected with the hub shape; the center hole of the hub shape is provided with a cold iron; the invention enlarges the riser, increases the down runner, speeds up the pouring speed, improves the feeding effect, and the product is qualified The rate is high; there are few rough processing parts, only the iron supplement parts need to be processed; the cooling iron is added, and measures to accelerate the cooling of castings can be used to improve the internal shrinkage and shrinkage defects of the product.

The invention relates to a preparation method for a mono-firing embossed ceramic tile. The mono-firing embossed ceramic tile comprises a main tile body and an embossed tile body. The preparation method comprises the following steps that (1) a ground coat is applied to a billet; (2) main tile body pattern printing and embossed tile body pattern printing are conducted on the billet coated with the bottom coat, and an embossed tile billet is produced; (3) protective glaze is applied to the main tile billet and the embossed tile billet obtained in the step (2); (4) an embossed material corresponding to an embossed tile pattern is printed on the embossed tile billet obtained in the step (3), so that a three-dimensional layer is formed; and (5), the main tile billet obtained in the step (3) and the embossed tile billet obtained in the step (4) are fired, so that the mono-firing main tile body and the mono-firing embossed tile body are obtained. By adoption of the preparation method for the mono-firing embossed ceramic tile, the three-dimensional effect of a tri-firing product embossed tile is achieved, deficiencies of the tri-firing product are overcome, the durability of the product is enhanced, the energy source is saved, the labor cost is lowered, and good economical and social benefits can be obtained.

The invention provides a network security target range system of an electric power monitoring system, which comprises a working area and a machine room area. The working area comprises an attack and defense test area, an electric power monitoring system operation area, a real object target range area and an attack and defense process display area. The machine room area comprises a main station monitoring area, a plant station monitoring area, an attack and defense display monitoring area and a virtual target range machine pool. The system is beneficial for technicians to construct a network security range system which takes a main station monitoring area, a plant station monitoring area, an attack and defense display monitoring area, an attack and defense test area, an electric power monitoring system operation area and a real object range area as a main body pattern. The constructed network security target range system enhances the working association degree and the working coordination degree between the internal unit areas, so that the system pattern tends to be clear, the security degree is improved, and the strain capacity is also improved. The attack and defense target rangecombining virtuality and reality is adopted, the virtual target range with rapid deployment and recovery capacity is achieved, and the physical target range with high intuition and obvious effect is also achieved.

The invention relate to an anti-snapped plate of three-dimensional colored body pattern and the production method. The plate is suitable for ceramics decorated board and glass or microcrystal glass board. The thickness of production is 2mm-30mm and the pattern is made of different colored silicate body with two or three to twenty classes. It is characterized in that there are 3-10000 blocks of two body colored pattern with the area of 4cm²-2m² at least and the thickness is 0.5mm-30mm; ceramic or glass fiber containing alumina exists in the body structure. Said body colored pattern has two different colored areas at least, which are easily differentiable, and the form of 2 of 3-10000 patterns at least is set by the pattern die.

The invention discloses a method for manufacturing a millimeter-wave radar PCB. The method comprises the steps of manufacturing a multi-layer board by adopting a conventional process and carrying outdrilling, copper precipitation and electroplating treatment; manufacturing an outer pattern on the surface of the multi-layer board according to a pre-designed compensation scheme, wherein the outer pattern comprises a compensated SMT pattern; the compensated SMT pattern comprises an SMT body pattern, a conventional compensated pattern which surrounds the periphery of the SMT body pattern and is connected to the periphery of the SMT body pattern, and an additional compensated pattern located at the corner of the SMT body pattern; and the additional compensated pattern is a circular compensatedpattern; and etching after manufacturing the outer pattern and forming a corresponding outer circuit on the surface of the multi-layer board. According to the method disclosed by the embodiment of the invention, the outer pattern is designed and manufactured by adopting the special compensation scheme and the requirement that the EA value at the corner of the outer SMT pattern is smaller than orequal to 10mum can be met.