43results about How to "Yield" patented technology

Provided are an adhesive sheet for manufacturing a semiconductor device, which makes it possible to discriminate the presence / absence of the adhesive sheet easily, even in case the adhesive sheet is thinned, so that the down-time of the manufacturing apparatus can be shortened to improve the production yield, and a semiconductor device manufacturing method using the adhesive sheet. The adhesive sheet for manufacturing the semiconductor device adheres the semiconductor element to an object, and is characterized by containing a pigment for absorbing or reflecting a light having a wavelength range of 290 to 450 nm.

The present invention relates to a method and an arrangement for separation and recovery of at least one carboxylic acid and furfural from a dilute aqueous mixture thereof. In the method of the present invention a dilute aqueous mixture comprising at least one carboxylic acid and furfural is extracted with methyltetrahydrofurane, and at least one carboxylic acid and furfural are recovered. The arrangement of the present invention comprises an extraction unit 302 for carrying out extraction of at least one carboxylic acid and furfural from dilute aqueous mixture with methyltetrahydrofuran, connected to distillation unit 307 for carrying out distillation of the extract 305 from the extraction unit 302, and connected to acids distillation unit 320 for carrying out distillation of the bottom stream 308 from the distillation unit 307 to separate at least one carboxylic acid and furfural.

There is provided a display apparatus configured by stacking a drive circuit substrate and a light-emitting substrate. Electrodes of the substrates are accurately aligned to be electrically connected to each other. A display apparatus is configured by stacking a drive circuit substrate having a drive circuit and a light-emitting substrate having a light-emitting unit including a pixel electrode to cause the drive circuit substrate and the light-emitting substrate to face each other, wherein on a stacked plane between the drive circuit substrate and the light-emitting substrate, an intermediate electrode connected to the light-emitting unit of the light-emitting substrate and a connection electrode connected to the drive circuit and the drive circuit substrate are electrically connected to each other, and the intermediate electrode is elongated in a direction parallel to or perpendicular to a longitudinal direction of the pixel electrode on the stacked plane.

The invention describes a process for preparing acetone starting from acetyl-coenzyme A comprising process steps A. enzymatic conversion of acetyl-CoA into acetoacetyl-CoA B. enzymatic conversion of acetoacetyl-CoA into acetoacetate and CoA and C. decarboxylation of acetoacetate to acetone and CO2, which is characterized in that the coenzyme A is not transferred in process step B to an acceptor molecule. In addition, process step B is surprisingly catalyzed by enzymes of the classes of acyl-CoA thioesterase, acyl-CoA synthetase or acyl-CoA thiokinase.A completely novel metabolic pathway is concerned, because the enzymatic hydrolysis of acetoacetyl-CoA without simultaneous transfer of CoA to a receptor molecule has never previously been described for any microbial enzyme.

The quality of printed matter, which is one of several copies of the same printed matter produced by a printing machine, is evaluated. An amount of copies of the printed matter is selected from the total production of this printed matter. The selected amount of these copies are evaluated with regard to at least one error type which belongs to an amount of different error types or with regard to at least one feature of the error. Within the selected amount of copies, an error of a defined error type or of a defined feature, which is detected on at least one of the copies, is evaluated in relation to at least one error of another type or feature detected on the same copy, or another copy of the selected amount. The printed matter is classified as having good or bad quality based on that evaluation. A common reading, producing image data, is obtained by an image sensor from the selected copies. All of the errors to be evaluated in relation to each other are detected from image data gathered during the same common recording.

A silicon wafer produced from a silicon single crystal ingot grown by Czochralski process is subjected to rapid heating / cooling thermal process at a maximum temperature (T1) of 1300 DEG C or more, but less than 1380 DEG C in an oxidizing gas atmosphere having an oxygen partial pressure of 20% or more, but less than 100%. The silicon wafer (10) according to the invention has, in a defect-free region (DZ layer) (12) including at least a device active region of the silicon wafer, a high oxygen concentration region (12) having a concentration of oxygen solid solution of 0.71018 atoms / cm3 or more and at the same time, the defect-free region contains interstitial silicon (14) in supersaturated state.

Disclosed is a method of preparing methylol alkanal. According to the present invention, a yield of methylol alkanal may be improved without using formaldehyde in an excess amount of a theoretical minimum molar ratio or more, formaldehyde wastewater may be reduced, and the amount of formaldehyde remainder, which may act as a hydrogenation catalyst poison, comprised in the methylol alkanal is decreased when the prepared methylol alkanal is hydrogenated resulting in improvement in efficiency of the hydrogenation.

The invention consists of a base plate, a case, an Electro Luminescent and a shell. The case consists of a case surface and a connecting part extending from surface of case. Through the connecting part a holding space is formed between the case and the base plate. The Electro Luminescent is set in the surface of the base plate and is held in the holding space. The shell is united with the case through a binding component. The binding component is set in the area under the surface of case and corresponding to the connecting part.

Disclosed is a thread-measuring feeding device (F) comprising a stationary storage member (K) which defines a substantially cylindrical storage surface (6) for weft thread windings, a reeling element(2) that is rotatably driven relative to the storage member (K) about an axis of the storage member, and a stop mechanism (S) for measuring the length of the weft thread. The stop mechanism is provided with at least one stop pin (3). At least one extension part (V) which protrudes past the front end (5) in the draw-off direction (W) and is asymmetric relative to the axis (X) is disposed on the storage member (K). Said extension part (V) forms an at least linear winding support (A) which lengthens the storage surface (6) of the storage member in the draw-off direction (W). In addition, an opposite surface (16) that tapers in the draw-off direction (W) and protrudes past the front end (5) is provided at least approximately diametric to the support (A).

The invention discloses a machining technology for conducting printing and surface mounting on substrates made of various materials simultaneously and a jig structure thereof. The jig structure comprises a bearing jig, a vacuum jig and a printing silk screen, wherein the bearing jig comprises a body, a plurality of kinds of substrate positioning grooves are formed in the body, the number of each kind of substrate positioning grooves is matched with the number of substrates corresponding to the product requirement, the vacuum jig is located below the bearing jig and comprises supporting columns, the number of the supporting columns corresponds to the number of the substrate positioning grooves, a plurality of vacuum holes are formed in each supporting column, the printing silk screen comprises a silk screen body, and a mesh used for tinning of a product located at the corresponding position is arranged at the position, corresponding to each substrate positioning groove, of the silk screen body. According to the machining technology for conducting printing and surface mounting on the substrates made of various materials simultaneously and the jig structure thereof, printing and surface mounting are conducted on all kinds of substrates simultaneously by placing the substrates on the bearing jig, then assembling, returning and cleaning are conducted, the production technology is simplified, the production efficiency is improved effectively, material balance is achieved, waste is reduced, and cost is reduced.