35results about How to "Increased Design Possibilities" patented technology

The present invention is directed to novel oligonucleotides with improved antisense properties. The novel oligonucleotides comprise at least one Locked Nucleic Acid (LNA) selected from beta-D-thio / amino-LNA or alpha-L-oxy / thio / amino-LNA. The oligonucleotides comprising LNA may also include DNA and / or RNA nucleotides. The present invention also provides a new class of pharmaceuticals which comprise antisense oligonucleotides and are useful in antisense therapy.

The present invention discloses additive compositions, cementitious compositions, and methods for controlling air in cementitious compositions, wherein a polyalkoxylated polyalkylene polyamine defoamer is deployed in combination with one or more air-entraining agents, such as higher alkanolamines, water-reducing agents including oxyalkylene-containing superplasticizers, or other air entraining agents.

The invention relates to a device for creating an individually delimited zone (25) of a passenger cabin (1) in a means of transportation for at least one passenger seat (2). The device comprises a modular cabin element (10) which is attached to fixed guide rails (12) of the passenger seat (2) by way of quick release fasteners (11) so that the position of the element can be varied. Said cabin element (10) is allocated a pull-out, fixable sliding screen (17d) forming a flexible partition element, which extends from the underside of the hat rack (19) or the PSU panel (20) or the contour of the ceiling and in the lateral area in addition to the sidewall lining (31) of the passenger cabin (1) up to the modular cabin element (10), and by means of which an individually delimited zone (25) can be created.

A sensor device (10) is provided for generating an electrical signal. The device comprises or consists of an electrically conductive material having, at least in part, a three-dimensionally profiled surface (16). The surface is configured to create a change in said electrical signal in response to movement of a conductive object (e.g. a person's finger) thereacross. A method of using the sensor device comprises connecting the sensor device to an electrical signal output device and moving an object across the three-dimensionally profiled surface to create a change in the electrical signal detectable by the electrical signal output device. A computer program is provided that is configured to, when executed, cause a computing device to perform the method. A system is provided that comprises the sensor device and the computer program, the sensor device being electrically connectable to the computing device (24).

The invention concerns an ultrasonic transducer, which is assembled from several parts. These parts are a protecting plate, a piezoelectric disc and a housing. Joining of the parts for transducers are normally done by means of TIG welding or laser welding, but these are relatively costly processes, which also has an impact on the transducer, especially the piezoelectric disc, due to the heat. In order to reduce the heat load and simultaneously simplify manufacturing an ultrasonic transducer is suggested, in which the protecting plate and the housing consists of electrically conducting materials of different kinds and where joining of housing and plate is done by using a mechanical force influence and an electrical current which flows through plate and housing. Also, a method for joining the parts of an ultrasonic transducer is described.

The invention provides a DNA sequencing system based on pyrosequencing. The DNA sequencing system comprises a sample area, a reaction area, a detection area and a control area, wherein the sample area comprises a rotatable separating plate; the separating plate comprises at least one DNA separating area; the separating area comprises a hollow filtering column in which a filtering film is arranged; a DNA single chain which is connected with an affine connector and the DNA single chain which is not connected with the affine connector are filtered by the filtering film and then are separated; the reaction area comprises a sampling part and a sample slot; the sampling part comprises a dNTP reagent slot, a sampling needle frame and a plurality of sampling needles arranged on the sampling needle frame; the sampling needle frame is located on the sample slot; a plurality of slot positions are formed on the sample slot; the detection area comprises a bioluminescence detection device; the slot positions are connected with the bioluminescence detection device; the sample area, the reaction area and the detection area are monitored and controlled through the control area. The DNA sequencing system and device based on pyrosequencing, provided by the invention, have the advantages of simple and convenient operation and quick detection.

A transmission, particularly for a motor vehicle, having at least two torque transmitting shafts, shafts suitable for use in such a transmission, and a method for the production such shafts. At least one of the shafts is composed of a shaft base body (10) and at least one gearwheel (3a, 4a), which is at least substantially finished separately from the shaft and subsequently is fixed to the shaft in such a way as to transmit torque available at the shaft or input torque by the gearwheel having a hollow hub body (13, 14) and being axially pressed onto a seat (11, 12) on the shaft base body so as to form a frictional connection which transmits the torque from the shaft to the gearwheel.

A method of producing shafts such as shafts used in a transmission, particularly for a motor vehicle, is provided. A shaft base body and at least one gearwheel, which is at least substantially finished separately from the shaft and subsequently is fixed to the shaft in such a way as to transmit torque available at the shaft or input torque by the gearwheel having a hollow hub body and being axially pressed onto a seat on the shaft base body so as to form a frictional connection which transmits the torque from the shaft to the gearwheel.

A design engine automatically generates a design of a multi-household residence project that simultaneously meets local construction regulations, while also meeting specific financial goals. The design engine includes a design analyzer, a venue analyzer, a design generator, and a design evaluator. A design analyzer generates design trends based on a historical database of designs. A site analyzer generates design criteria based on related construction regulations. A design generator generates design options reflecting design trends while also complying with the construction regulations. The design evaluator then analyzes the design options and generates various design metrics. Based on the design metrics, the design generator generates additional design options that better meet the design criteria.