32results about How to "Easy Design Changes" patented technology

This invention features an FPGA emulation system including an FPGA device under test having a plurality of pins. A bus functional model circuit responsive to signals representing predetermined input characteristics of the FPGA device under test and configured to apply one or more signals to the FPGA device under test corresponding to the predetermined input characteristics and configured to receive one or more signals representing output characteristics of the FPGA device under test to emulate the operation of the FPGA device under test in a predefined selectable and flexible electrical operating environment. This invention also features an FPGA emulation system including an FPGA device under test having at least one component and a plurality of pins operating in a predetermined native target environment, a bus functional model engine for simulating and capturing output characteristics of the at least one component of the FPGA device under test and simulating and releasing input characteristics of the at least one component of the FPGA device under test, and a bus functional model circuit embedded in the FPGA device under test configured to receive one or more signals representing the input characteristics of the at least one component and configured to release one or more signals representing the output characteristics of the at least one component such that the bus functional model engine emulates the operation of the at least one component of the FPGA device under test in the predetermined native target environment.

Provided is a vehicle heater that is capable of being easily manufactured and being miniaturized due to a decrease in a thickness by forming a heat generating part using a first support part (and a second support part) positioned perpendicularly to an air flow direction and having a plate form and is capable of improving heating performance by improving heat exchange performance.

A keypad structure. A mobile phone has a casing and an elastic sheet. The casing includes a plurality of resilient cantilever arms and a plurality of protrusions formed on the plurality of resilient cantilever arms. The elastic sheet includes a plurality of keypad buttons to press the plurality of resilient cantilever arms.

Two types of rectangular waves having different numbers of driving pulses are applied to the HID bulb. By changing the combination of these two different types of rectangular waves to be supplied , the driving energy of the HID bulb is increased or decreased, thereby supply electric energy to the HID bulb is controlled accurately.

The invention provides an elevator car frame, which can restrain distortion of flange parts for a front beam and a rear beam on the upper side due to loading inside the car without increasing the plate thickness, lower the manufacturing cost, easily adapt to the design change of vibration part materials and achieve lightness. A cross beam (13) comprises a web part (14); a pair of flange parts (15) formed by bending towards the two ends of the web part (14) along the width direcction into a right angle; a second folding part (17) bending from the end of the web part (14) and formed in a way to be opposed to the web part (14). The ends of the cross beam (13) are inserted into the openings of the front beam and the rear beam (10). The second folding part (17) is configured on the position right below a vibration-proof rubber (3) in a way to be face to face to the web part (14) on the length direction of the front and rear beams (10) and orthogonal to the inner surface of a flange part (12).

Multiple mass points are generated on a designed virtual garment and stable conditions of the multiple mass points are simulated by elastic force between the mass points and force exerted between a human body model and the mass point. A result of the simulation is displayed on a display device and, when the design is changed, a distance at which the elastic force becomes zero is changed so that a simulation of the stable conditions of the mass points is carried out again. Thus, even if the design of a garment is changed, a real time and precise simulation can be carried out.

The present invention includes an input side transmission unit that transforms the rotation of the input shaft that rotates by receiving input rotation into N steps, and transmits the transformed rotation to the counter shaft; and an output side transmission unit that includes a first planet gear train and a second planet gear train, and that transforms the rotation of the counter shaft and outputs the transformed rotation to the output shaft. Of the first through fourth rotating elements constituting the output side transmission unit, the first and second sun gears are connected so that they can be freely engaged with or disengaged from the input shaft via the first clutch; the first carrier is connected to the output shaft; the second carrier and the first ring gear are connected so that they can be freely engaged with or disengaged from the input shaft via the second clutch and can be held fixed by the second brake; and the second ring gear can be held fixed by the first brake, and is connected to the upstream side output member.

The present application discloses a dehumidifying device including a base configured to define an inlet channel for first air flow, and an outlet channel for second air flow less humid than the first; and a first dehumidifier including a first inlet and outlet in communication with the inlet and outlet channel, and configured to dehumidify the first air between the first inlet and the first outlet to generate the second air. The base includes a first base portion configured to define first inlet and outlet regions for the first and second air flows; and a second base portion configured to define second inlet and outlet regions in communication with the first inlet and outlet regions. The first and second inlet regions form at least a part of the inlet channel. The first and second outlet regions form at least a part of the outlet channel.