36results about How to "Accurately produced" patented technology

A vehicle turntable system for rotating a vehicle when located on the turntable, comprising a housing member, configured as a circular housing with at least one centralising and supporting assembly (23,24), and a turntable member (22,42), configured as a circular disk which is located in the circular housing. Wherein the system is supplied as a pre-calibrated and pre-assembled combined unit with the turntable member (22,42) mounted in the housing member (21,41) ready for installation and use at a desired location.

The invention relates to a three-dimensional object measuring system (1) having a strip projector (2) for producing a strip-shaped light pattern on an object (3) to be measured, wherein the strip projector (2) comprises a light source (4) and a liquid crystal light modulator (5) with a matrix-type arrangement of pixels which can be controlled so as to be light and dark, and having an electronic camera (6) for recording images of the object (3) which is illuminated with the light pattern.; For the purpose of achieving a high measuring accuracy, the invention proposes that the strip projector (2) and the electronic camera (6) are actuated by means of a control circuit (8), which is designed such that, during the exposure time of an image, the pixels of the light modulator (5) are switched between light and dark, with the temporal progression of the switchover of the pixels being synchronized with the image recording.

The present invention, generally speaking, incorporates the power amplifier as a fundamental constituent of a modulator, using polar modulation techniques. Thus, it is possible to achieve the combination of precision signal generation (including envelope variations) along with high energy efficiency in combinations not possible heretofore. In accordance with one embodiment of the invention, a modulated radio (passband) signal generator produces high quality signals of general type, which specifically includes signals with varying envelopes. Signals are generated with high energy efficiency in the conversion of applied DC power to output RF signal power. The result is longer battery life for products such as mobile phone handsets. Dramatically improved efficiency also allows for a dramatic reduction (10 to 1 or greater) in the size of any required heatsink for the radio transmitter, which significantly lowers both cost and size. Furthermore, continuous operation of these radio transmitters is made possible with small temperature rises using small heatsinks, or even without any heatsink components. This provides for high operating reliability, as well as for greater throughput due to the longer operating time allowed. Another aspect of the invention allows the generation of high quality signals with wide bandwidth, without the need for continuous feedback during operation. This further reduces costs by greatly simplifying the design, manufacturing, and complexity of the transmitter circuitry.

The invention relates to a method for producing a metal foam body, according to which a molten material containing gas is prepared and said molten material is left to solidify, thus forming a metal foam body. The aim of the invention is to produce high-quality metal foam bodies with a desired shape, without requiring complex equipment and whilst reducing the safety risk for the operating personnel. To achieve this, the material used is fused under atmospheric pressure and gas is simultaneously and/or subsequently introduced into the molten metal. The latter is then poured into a mould and is left to solidify, whereby the ambient pressure is reduced at least temporarily.

The invention relates to a flat coil carrier (3) for a flat coil (1), comprising a carrier body (4), which comprises helically extending groove spirals (7) for receiving coil wires (2) of the flat coil (1). According to the invention, simplified assembly of the flat coil (1) and/or simplified use of the flat coil (1) in corresponding applications and increased precision are achieved by providing projections (13) in at least some regions of the groove screw (7), said projections forming undercuts (14) of the coil wire (2). The invention also relates to a method and an injection molding tool (30) for producing a flat coil carrier (3) of this type. The invention further relates to a flat coil (1) comprising a flat coil carrier (3) of this type.

The present invention provides an apparatus for signaling that a predetermined time value has elapsed, having a device for acquiring and storing the amplitude value of a clock signal at an acquisition instant in the temporal profile of the clock signal. A device is provided for continuously comparing the acquired and stored amplitude value of the clock signal with an instantaneous amplitude value of the clock signal and for outputting a comparison signal which has a first logic state if the instantaneous amplitude value of the clock signal is less than the stored amplitude value and has a second logic state if the instantaneous amplitude value of the clock signal is greater than the stored amplitude value. A device is also provided for counting the number of logic states of the comparison signal which occur after the acquisition instant, and for signaling that the predetermined time value has elapsed if the counted number of logic states is equal to a predetermined number of logic states which corresponds temporally to the predetermined time value.

The invention discloses a Ptolemy discrete event model formal verification method based on model translation. The method comprises the steps: S1, acquiring the Ptolemy discrete event model; s2, translating the Ptolemy discrete event model into a formalized Uppaal model suitable for model verification; s3, performing formalized description on the property of the functional logic in the Uppaal model; s4, improving a Ptolemy model verification interface; and S5, combining the Uppaal model generated by translation in the step S2 with the verification interface obtained in the step S4 to complete verification of the Ptoemy discrete event model, and returning a verification result to the verification interface. According to the invention, simulation analysis can be carried out by using Uppal, and security and accessibility analysis can be carried out by using a black box; state space explosion is avoided; the model consistency is ensured, and meanwhile, the verification complexity is reduced; the complexity of model verification can be reduced.

Provided is a substrate hydrophilizing agent that improves the wettability of a substrate surface with respect to a photoresist. A substrate hydrophilizing agent of the present invention is an agent for hydrophilizing a surface of a substrate on which a pattern is formed through photolithography, and contains at least the following Component (A) and Component (B).

Component (A): a water-soluble oligomer having a weight average molecular weight from 100 to less than 10000.

Component (B): water.

The water-soluble oligomer of Component (A) is preferably a compound represented by the following Formula (a-1):

R^a1O—(C₃H₆O₂)_n—H  (a-1)

(where R^a1 represents a hydrogen atom, a hydrocarbon group which may have a hydroxyl group, or an acyl group; and n is an integer from 2 to 60.)