46results about How to "Low filling" patented technology

One embodiment of the present invention provides a process for fabricating multiple devices on a single substrate based on a structure transfer process. During operation, the process starts by forming structures of multiple devices on a first substrate. The process then bonds the structures of the multiple devices onto a second substrate. Next, the process transfers the multiple devices from the first substrate onto the second substrate by fracturing the structures of the multiple devices off the first substrate, wherein the transferred devices preserve physical orientation and material properties of the said fabricated structures.

The inventive technology, in certain embodiments, may be generally described as a solar power generation system with a converter, which may potentially include two or more sub-converters, established intermediately of one or more strings of solar panels. Particular embodiments may involve sweet spot operation in order to achieve improvements in efficiency, and bucking of open circuit voltages by the converter in order that more panels may be placed on an individual string or substring, reducing the number of strings required for a given design, and achieving overall system and array manufacture savings.

A cleaning filling liquid for inkjet device comprising: Water; 10.0% by mass to 45% by mass per whole amount of the cleaning filling liquid of an amide compound having following structural formula (1).

A drug administration instrument including a syringe including: a tubular surrounding periphery portion forming a drug chamber configured to store a drug; a discharge part disposed at a first axial end of the surrounding periphery portion; and a flange portion disposed at a second axial end of the surrounding periphery portion; and a sheath member having a tubular shape, surrounding an outer circumference of the surrounding periphery portion of the syringe, and holding the syringe. The sheath member includes a fitting part configured to support at least one of the surrounding periphery portion and the discharge part of the syringe.

The invention relates to the field of building construction, in particular to an anti-leakage construction method for a post-cast strip of a basement. The anti-leakage construction method for the post-cast strip of the basement includes the steps of step 1, installing outer wall steel bars and an outer wall formwork part of the basement, and constructing a fast-easy setback grid; step 2, preparingwater stop plates of the basement; step 3, arranging waterproof coatings on the outer walls and the water stop plates of the basement; step 4, installing the water stop plates on the outer walls anda bottom plate of the post-cast strip of the basement, and binding or welding steel bars embedded in the water stop plates and the outer wall steel bars of the basement; step 5, filling the gaps of the installed water stop plates with a filler for filling and leveling up treatment; step 6, coating the surfaces of the water stop plates with waterproof mortar, and manufacturing inner corner parts into an arc angle shape; and 7, carrying out integral waterproof construction on the outer walls of the basement, repairing the gaps, arranging protective layers on the outer sides of the waterproof coatings, then carrying out backfilling, and completing anti-leakage construction of the post-cast strip of the basement.

The present invention relates a resin molded product and a molding method and molding apparatus thereof, which are capable of preventing the reduction of the appearance quality caused by wire fusing. The molding apparatus comprises a chamber (2C) which includes a plurality of molding parts (21 to 23), front ends of which are connected through a connection part (20); a pouring opening (24), which injects resin to the chamber (2C); resin stopping parts (25A, 25B), which are configured on a connection position of a molding parts (22, 23) and a connection part (20), and retain the resin flowing in the connection part (20). The resin stopping parts are respectively provided with a sliding block (27) and a compressing spiral spring (28), which release the retained resign the resign flowing in the molding parts (22, 23).

An outboard motor includes an engine, an engine cover, a partitioning member, an intake device, and a fan. The engine is arranged to support a crankshaft extending along an up-down direction. The partitioning member is arranged to partition the inside of the engine cover into a lower chamber accommodating the engine and an upper chamber. In the partitioning member, a communication hole which is arranged to cause the upper chamber to communicate with the lower chamber is provided. Also, the engine cover has an air inlet arranged to cause the upper chamber to communicate with the atmosphere, and an air outlet arranged to cause the lower chamber to communicate with the atmosphere. The air inlet is arranged in an upper portion of the engine cover. The air outlet is arranged at a lower end portion of the engine cover. The intake device is connected to the engine. The intake device has an air suction port arranged to communicate with the upper chamber. The fan is arranged inside the engine cover. The fan is arranged to send air inside the upper chamber into the lower chamber through the communication hole.

System and method for detecting and imaging radiation. A preferred embodiment comprises a substrate with electronic circuitry to detect changes in a transduction signal, an intermediate conductive layer disposed above and electrically connected to the electronic circuitry, and a lower separation layer with a high coefficient of thermal resistance that partially separates the intermediate conductive layer from the electronic circuitry. The preferred embodiment also includes a top layer disposed above the intermediate conductive layer and an absorptive layer overlying the top layer, with the absorptive layer being electrically connected to the intermediate conductive layer. The absorptive layer produces a transduction signal that is proportional to an amount of radiation incident on the absorptive layer. The vertical fabrication of the radiation sensor allows for sensor arrays with a good fill factor, permitting the creation of sensor arrays with high resolution while maintaining low costs.

An outboard motor includes an engine, an engine cover, a partitioning member, an intake device, and a fan. The engine is arranged to support a crankshaft extending along an up-down direction. The partitioning member is arranged to partition the inside of the engine cover into a lower chamber accommodating the engine and an upper chamber. In the partitioning member, a communication hole which is arranged to cause the upper chamber to communicate with the lower chamber is provided. Also, the engine cover has an air inlet arranged to cause the upper chamber to communicate with the atmosphere, and an air outlet arranged to cause the lower chamber to communicate with the atmosphere. The air inlet is arranged in an upper portion of the engine cover. The air outlet is arranged at a lower end portion of the engine cover. The intake device is connected to the engine. The intake device has an air suction port arranged to communicate with the upper chamber. The fan is arranged inside the engine cover. The fan is arranged to send air inside the upper chamber into the lower chamber through the communication hole.

The invention relates to a novel thermal insulation mortar for buildings. The novel thermal insulation mortar is prepared from the following raw materials in parts by weight: 25-32 parts of cement, 40-45 parts of fly ash, 35-40 parts of yellow sand, 8-10 parts of polyurethane particles, 10-15 parts of expanded vermiculite and 6-10 parts of a short fiber mixture. The novel thermal insulation mortarhas the advantages that a large amount of the fly ash is added into the raw materials, therefore, the cost of the mortar is obviously reduced; moreover, the fly ash is treated and then added into themortar, so that the comprehensive performance of the mortar can be obviously improved; the polyurethane particles and the expanded vermiculite are added into the raw materials, so that a thermal insulation effect of the mortar is enhanced; and synthetic fabric formed by mixing glass fiber and nylon fiber is added, so that not only is the combining strength of the fiber and the mortar ensured, butalso the fluidity and the plasticity of the mortar during a spraying process are guaranteed, and the construction performance of the mortar is improved.

The invention belongs to the technical field of mine filling slurry, and in particular relates to a filling slurry with improved fluidity and a preparation method thereof. The components of the filling slurry include fine-grained tailings, coal slime, modified carboxylic acid-based water reducer, alkali metal sulfate, alkaline activator, polypropylene fiber, bentonite, slag, gypsum, anionic surface active agent, cationic surfactant and water; by adding modified polycarboxylate superplasticizer, the sensitivity of the filling slurry can be reduced, the rheological properties of the slurry can be improved, and the fluidity of the filling body can be adjusted to promote the fluidity of the slurry and stability, as well as the use of anionic and cationic surfactants, etc., through surface charge and steric hindrance, to achieve drag reduction and high-concentration delivery, reduce bleeding rate, eliminate the risk of pipe plugging in the filling system, improve filling capacity, and achieve Stable and economical delivery of filling slurries.

A method and an apparatus (100, 100′) serve to continuously produce fruit leather from a fruit mass. The fruit leather does not include added sugar or fat. The fruit mass includes a share of dry substance of at least 50% and a share of water. The fruit mass exposed to vacuum is cooked for less than one minute in a way to reduce the share of water in the fruit mass to increase the share of dry substance in the fruit mass to approximately between 80% to 90%. The fruit mass is then formed to attain the fruit leather.

The invention relates to a forming screen (1) for use in the forming section of a paper machine, comprising a paper side and a machine side as well as longitudinal threads (4, 5) extending in the intended running direction and binding cross threads (10, 11) extending transversely thereto, wherein the longitudinal threads (4, 5) are divided in the ratio of the number of threads of 1:1 in a longitudinal thread layer (3) on the machine side and a longitudinal thread layer (2) on the paper side, and the binding cross threads (10, 11) bind in both longitudinal thread layers (2, 3), which is characterized in that the forming screen has a fiber support index (FSI) which is in the range of 230 to 250 and has an air permeability which is in the range of 5700 to 10600 m<3> / m<2> / h.