10252 results about "Cooking & baking" patented technology

A method and system is described for drying a thin film on a substrate following liquid immersion lithography. Drying the thin film to remove immersion fluid from the thin film is performed prior to baking the thin film, thereby reducing the likely hood for interaction of immersion fluid with the baking process. This interaction has been shown to cause non-uniformity in critical dimension for the pattern formed in the thin film following the developing process.

Provided is a method for patterning a substrate, comprising: forming a layer of radiation-sensitive material on a substrate; preparing a pattern in the layer of radiation-sensitive material using a lithographic process, the pattern being characterized by a critical dimension (CD) and a roughness; following the preparing the pattern, performing a CD shrink process to reduce the CD to a reduced CD; and performing a growth process to grow the reduced CD to a target CD. Roughness includes a line edge roughness (LER), a line width roughness (LWR), or both LER and LWR. Performing the CD shrink process comprises: coating the pattern with a hard mask, the coating generating a hard mask coated resist; baking the hard mask coated resist in a temperature range for a time period, the baking generating a baked coated resist; and developing the baked coated resist in deionized water.

A controlled cooking system (CCS) that monitors, measures, and controls the internal temperature of foods placed in an oven having a Radio Frequency Identification (RFID) antenna(s), a transmitter/receiver/interrogator/reader/microprocessor (TRIRM) module and an RFID tag with built-in temperature sensor. The RFID tag is buried in the food being cooked and is energized and enabled by an RF signal of pre-determined frequency. The tag output is an RF “backscatter signal” having encoded temperature data indicative of the internal temperature of the food that the tag is buried in. The backscatter signal is received and decoded by the antenna(s) and the TRIRM module incorporating a programmed cooking/baking temperatures for various foods. If the decoded temperature is below a user-set temperature, the TRIRM module allows the oven to remain on. Conversely, if the decoded temperature is at or exceeds the user-set temperature, the TRIRM module shuts off the oven and produces a signal that activates an alarm indicating that the cooking has been terminated.

A waffle maker has upper and lower baking plates each of which is powered with at lease one heating element for baking waffle. A power control unit responds to a temperature sensing unit to control power applied to the heaters and to maintain the heating plates both before and after each baking cycle at a manually pre-selected temperature. A manually adjustable timer controls the duration of the baking cycle.

A semiconductor device capable of high speed operation with a substantially small interlayer capacitance is produced by steps of using an insulating film comprising an organic insulating film and an insulating film composed of an organometallic polymer material as an interlayer insulating film formed by coating, patterning the insulating film in a semi-thermosetting state, etching the organic insulating film as the lower layer by means of the organometallic polymer as a mask, using a plasma gas containing oxygen as the main component, and then conducting ultimate baking treatment of these insulating films.

Indentation patterns in microwave packaging materials can enhance the baking and browning effects of the microwave packaging materials on food. The indentation patterns can provide venting to either channel moisture from one area of the food product to another, trap moisture in a certain area to prevent it from escaping, or channel the moisture completely away from the food product. The indentation patterns can cause the microwave packaging material underneath a food product to be slightly elevated above the cooking platform in the base of a microwave. The indentation patterns can lessen the heat sinking effect of the cooking platform by providing an air gap for insulation. Elevating the base of the microwave packaging material further allows more incident microwave radiation to propagate underneath the microwave packaging material to be absorbed by the food product or by microwave interactive materials in the microwave packaging material that augment the heating process.

The invention discloses a food frying and baking device. The device includes a lower baking tray unit and an upper baking tray unit which can be turned over and is connected to the lower baking tray unit; a feeding port is formed in the upper baking tray unit, and the lower baking tray unit includes a lower housing base, a lower baking tray and a heating piece used for heating the lower baking tray. The lower baking tray includes a baking tray body, and the baking tray body is provided with a middle part positioned below the feeding port and an encircling part encircling the middle part; the lower baking tray also comprises a diversion boss protruding upwards from the middle part, the diversion boss is provided with a protrusive diversion surface which faces the feeding port and can disperse fluid substances, and the protrusive diversion surface is provided with a peak which is higher than the baking tray body and is positioned below the feeding port. Through the structures above, thefluid substances can quickly and uniformly flow to the lower baking tray, and therefore the frying and baking quality of food is improved.

A system and method for a portable, space and weight efficient cooking solution that permits baking and other alternative cooking solutions. The system includes a heat conductive container having a container bottom and a container sidewall extending upwardly from the container bottom to form a container opening; a container lid generally sealing the container opening, the container lid including a double-wall defining a space including one or more vents communicated outside the container; and a heat-conducting chimney, communicated through the container bottom into the space of the container lid when the container lid seals the container, for conducting combustion gases from the open flame when the flame is proximate the container bottom through the container without the combustion gasses entering into the container, the combustion gasses entering into the space and exiting through the one or more vents.

The invention discloses a baking tray and a baking oven, wherein the baking tray comprises a metal article carrying body and a heat storage body; the upper surface of the metal article carrying body is used for carrying food materials to be baked, so that the heat of a heating device of the baking oven can be conducted to the food materials to be baked; and the heat storage body is made of heat storage materials and is in heat conduction connection with the metal article carrying body. According to the technical scheme provided by the invention, the heat is transferred to the food materials through the metal article carrying body; the heating on the food materials is realized, so that the fast heat conduction on the food materials can be realized; the heat storage body can store heat; when the heating device of the baking oven stops heating, the heat stored by the heat storage body is used for continuously conducting heat to the metal article carrying body to realize the heating on the food materials; on one hand, the mouthfeel of the food materials is improved; and on the other hand, the utilization rate of the heat of the baking oven is improved.

The manufacturing method of a substrate having a conductive layer has the steps of: forming an inorganic insulating layer over a substrate; forming an organic resin layer with a desired shape over the inorganic insulating layer, forming a low wettability layer with respect to a composition containing conductive particles on a first exposed portion of the inorganic insulating layer; removing the organic resin layer; and coating a second exposed portion of the inorganic insulating layer with a composition containing conductive particles and baking, thereby forming a conductive layer.

The present invention is the production process of environment protecting water and air permeable brick in roller kiln. The brick is produced with waste and has excellent noise absorbing performance, excellent water and air permeability, high safety and technological performance.

The invention discloses a high-conductivity polymer carbon nanotube composite material and a micro-processing method thereof. The invention is characterized in that the method comprises the following steps: adding 50-99.95 parts of polymer grain or powder, 0.05-20 parts of carbon nanotube, 0-15 parts of antioxidant and 0-15 parts of dispersant into a micro-extruder, a double-screw extruder or a double-screw extruder/micro-extruder combined facility, extruding at a screw rotation speed of 20-500rpm at a polymer melting or softening temperature of Tm+10 DEG C-Tm+80 DEG C for 1-3 times to obtainuniformly dispersed composite material grains, and carrying out micro extrusion, micro injection or micro compaction on the grains to prepare a high-conductivity micro product; or carrying out isothermal or non-isothermal heat treatment on the product in a baking oven with a temperature of Tm-80 DEG C-Tm+20 DEG C for 5 seconds to 1.5 hours; or carrying out after-treatment on the sample in microwaves, infrared rays or plasma. The high-conductivity polymer carbon nanotube composite material disclosed by the invention is used for preparing micro biomedical devices in minimally invasive operations, and used in the field of micro biomedical sensors, micro electronics, micro electro-mechanics or micro-robots.

This invention relates to a photovoltaic device including a front contact and/or a method of making the same. In certain example embodiments, the transparent conductive oxide (TCO) front contact is of indium zinc oxide (IZO). In other example embodiments, the IZO may have other element(s) such as silver (Ag) added thereto so that the front contact may be of or include zinc aluminum silver oxide (ZnAlAgO) for example. Moreover, in certain example embodiments the front contact (e.g., IZO or ZnAlAgO) may be sputter-deposited in an oxygen deficient form (substoichiometric); so that subsequent heat treatment or baking used in the photovoltaic device manufacturing (e.g., for subsequent layer formation) results in an optimal stoichiometry which may or may not be substoichiometric in the final product.

A double-heat-source steaming type barbecue grill comprises a base, a shell and an inner container. The bottom of the shell is arranged on the base. A heating disc is arranged at the position, close to the bottom of the shell, of the base. The inner container is arranged in the shell. A cavity is formed between the inner wall of the shell and the outer wall of the inner container. A steam pressure reducing plate is arranged between the position, above the bottom of the shell, in the cavity and the position, below the bottom of the inner container, in the cavity, a steam water tank is formed by the steam pressure reducing plate and the bottom of the shell, and steam nozzles are evenly distributed on the steam pressure reducing plate. A steam accumulated water circulating hole is formed in the middle of the steam pressure reducing plate, and a secondary heat source heat conducting oil tank is arranged at the position, in the middle of the bottom of the shell, of the steam water tank. A circulating oil pipe penetrates through the steam pressure reducing pipe and is wound around the outer wall of the inner container, and the two ends of the circulating oil pipe are connected with the secondary heat source heat conducting oil tank. According to the double-heat-source steaming type barbecue grill, it is unnecessary that open fires are used for directly baking food, double indirect heat sources are adopted for baking, and therefore the baked food contains no harmful matter, and is healthy to eat.

An assembly for forming multiple individual compound desserts in a predetermined dome shape including a base tray having a plurality of recessed cavities to form a base for said compound dessert. A rack and a plurality of dome shaped bowl assemblies secured in a fixed position to said rack. Each bowl assembly is formed with a closed semi-spherical end and an open end forming a cavity, and a cover member which is mounted over said open end, the cover member having an inner bowl extending therefrom which extends into the cavity.

The invention relates to a method for preparing a petroleum wax hydrofining catalyst. The method comprises the following steps of: weighing boehmite, adding a silicon-containing compound in an amount which is 6 to 17 percent based on the weight of the boehmite and phosphorus-containing organic compound solution in an amount which is 2 to 20 percent based on the weight of the boehmite, and extruding and forming on an extruder; drying at the temperature of between 100 and 120 DEG C; baking at the temperature of between 500 and 700 DEG C to obtain a gamma-Al2O3 carrier containing silicon and phosphorus, wherein the silicon-containing compound is silica solution of which SiO2 accounts for 30 percent based on the weight of the silica solution, or nano-silica; the active ingredients are one or two of NiO and Moo3, and WO3; NiO accounts for 2 to 7 percent based on the total mass of the catalyst, and MoO3 and/or WO3 account for 28 to 32 percent based on the total mass of the catalyst; the prepared catalyst has intensively distributed pores and appropriate surface acidity and still has high hydrogenation activity at a low reaction temperature and under a low reaction pressure.

The invention discloses a preparation method of a cobalt electro-catalysis oxygen reduction material wrapping a nitrogen-doped carbon nanotube. The method includes the following steps of making melamine, cobalt nitrate hexahydrate and glucose react to obtain a self-assembled melamine precursor, and baking the self-assembled melamine precursor to obtain a cobalt nanoparticle hybrid material electro-catalysis oxygen reduction agent wrapping the nitrogen-doped carbon nanotube. In preparation of the precursor, a self-assembled body can be formed through the electrostatic interaction and the hydrogen-bond interaction by means of nitrate radicals and melamine under the acid condition, cobalt ions are adsorbed into the self-assembled body, ordered arrangement and assembly of materials in the high-temperature baking process are facilitated by the pre-assembled precursor, and therefore more catalysis active sites are exposed, and the improvement of the performance of a catalyst is facilitated.

The invention provides a method for finishing wool fabric by compositing chitosan/TiO2, which comprises the following steps: A)pretreating fabric; B)preparing composite finishing liquor, taking butyl titanate and dissolving in ethanol, adding diethanolamine, uniformly stirring and adding mixed liquor mixed by ethanol and water, heating, stirring under a backflow state to form nano TiO2 sol; adding chitosan, citric acid and sodium hypophosphate in the nano TiO2 sol, uniformly stirring to obtain the composite finishing liquor; C)finishing wool fabric, placing wool fabric in the composite finishing liquor, dipping and padding twice, wherein mangle expression is 85% and padding temperature is 50-65%; D)predrying; E)baking; F)washing; and G)drying. According to the finishing method, chitosan and nano TiO2 sol are employed as the composite finishing liquor, the finished wool fabric has good antibiosis, shrinkproof, ultraviolet resistance and anti-insolation performances; the finishing method generates no pollution on human body and environment, and the finished wool fabric has good hand feeling.

The technology for producing golden flower Qianliang tea (Hua-juan tea) is characterized in that the technology comprises the process steps as follow: plucking criteria-water removing in high temperature-rolling and shaping-pile-fermentation-dry and adding incense-stems picking and sieving-matching and pile-classificaition and weighting-steam softening-moisture detection-adpressing and sizing-premilary test and baking-cultivating golden flower-aerationagitation. The technology is an improved deep processing technology. The processes of the pile-fermentation and the cultivating golden flower ensure that the appearance of the products is ooiu colour, the interior is brown, and even distributed beneficial organism (namely, golden flower)-eurotium cristatum is clearly saw, the shangse is bright red, the taste is pure and aromatic, and the flower is aromatic, and has the health care functions of promoting sleeping, invigorating stomach and promoting digestion, relaxing bowel, slaking thirst and helping produce saliva, antidiabetics, lowering blood pressure, curing bloated, cuing laxness, etc. The technology fully actives microelements such as vitamins contained in tea, mineral composition, 18 amino acid, protein, glucide, folic acid, catchol which are beneficial to human health and easily absorbed, and the cultivation of golden flower has substantial transformation on tea polyphenols, caffeine, and theophylline that are transferred into elements that are beneficial to human health, all ages, expand market, have high cultural value, provide collection opportunity for black tea lovers.

The invention relates to a multifunctional rare earth metal-organic framework of which the chemical formula is {[Ln(FDA)1.5(DMF)].DMF}n, wherein Ln is Eu or Tb, the FDA is furyl-2,5-dicarboxylic acid, and the DMF is N,N-dimethylformamide; and the rare earth metal framework structure has an Eu<3+>/Tb<3+> ion in a coordination environment, and forms a three-dimensional framework structure containing one-dimensional honeycomb channels. The preparation method comprises the following steps: by using europium nitrate hexahydrate or terbium nitrate hexahydrate as a metal salt, H2FDA as a ligand and DMF as a solvent, stirring the mixed solution, baking, separating and washing the solid to obtain the multifunctional rare earth metal-organic framework. The multifunctional rare earth metal-organic framework provided by the invention has an fluorescent identification function on cancerigenic organic solvents, such as methylbenzene, benzene and acetone, has excellent selective adsorptivity for gas and high acting force with H2, contains high adsorptive enthalpy, and thus, is a multifunctional novel-structure microporous MOF (metal-organic framework) material.