electronic circuit design/inventions,new product idea,test circuit board prototyping/debug

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Chinese electronic circuit design/inventions,new product idea,test circuit board prototyping/debug, design house China, Product & PCB Design

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electronic circuit design/inventions,new product idea,test circuit board prototyping/debug
Method and apparatus for providing an interface to an electronic design of an
US Patent Issued on June 14, 2005
We offer custom specified electronics design and product design/development services through which you can have circuits and electronic products designed as per custom specifications. We specialize in low cost electronics designs with minimal possible component count with carefully chosen, low cost, cheapest available components with great quality and support. The best reason why you should choose us is our low electronic design costs, fast turn around time & top notch quality. Our main aim is to design your product such that your profits are maximized.

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Our expertise lies in all fields of electronics hardware, software, electrical circuits and projects including the designs for:

embedded systems design using microcontroller & microprocessors
analog electronics
digital electronics (logic systems design, microprocessors, microcontrollers, embedded system design)
communications, radio electronics & remote controls
industrial controllers
radio (RF) based control system design
telephone based electronic designs
lighting, display circuits
digital signal processing (DSP)
Efficiency & profit maximizing: Our designs are simple, uses minimum possible number of components and very cost-effective to manufacture. We normally use parts that are widely available across the world, unless it's a special case. When we design a product, we carefully choose the parts that are the cheapest so that your profit is maximized, with no compromise in quality. We have been approached and have done several re-designs of existing products to many companies just to maximize their profits, successfully. With our designs, your competitors will be soon out of business!
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Experience: We have several in-house design engineers and technicians along with great talent, experience and passion for electronics design. We also have several other expert engineers working with us on a contract basis whom we hire as required.
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Our goal: We want our customers to be completely satisfied. We will work with them until their product is designed exactly how they want it. We also even suggest improvements/amendments that will make the product even better.
In summary: We specialize in low cost electronics designs with minimal possible component count using carefully chosen, cheapest components that all comes with impeccable quality and support. electronic circuit design/inventions,new product idea,test circuit board prototyping/debug

Is the distance a problem? Not at all! Most of our customers are from USA, UK, Malaysia, Canada, Australia and other countries who wish to outsource the design job in order to minimize their overall costs. Many of them were concerned about the distance, but once they gave us the design order and had a chance to inspect the designed product, they were more than pleased with our work and have given us many more orders. We can assure you that distance will not be a problem because Internet has bought us more closer than ever. Moreover, we will be submitting timely updates of the work we have done with photos, videos of our work if necessary. We have designed more than 120 successful products till date and counting!

You can get a free quotation below. Enter the details of the design work and please provide as much details as possible. We will get back to you with a price estimation usually within 24 hours, sometimes it can take upto 2 - 3 working days if the volume of enquiries is large.

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Inventor(s)
GEARS-IDS Extensive Invention and Design Systemmust be made on how the computer software/firmware will be laded into the processor's memory during the manufacturing process. Will the design permit the finished product to accept field or user started computer software/firmware raises, or will the product be a ace-clip programmable unit of measurement?

Before the processor component part of the design is finished, you must also define which types of interfaces to external schemes will be postulated (serial port, parallel port, USB, Ethernet, radio connectedness such as 802.11x or Bluetooth, infrared, etc.) and the lower limit interface bandwidth rates postulated. All of these factors will play a factor part in choosing the best processor product to employ in your design application. Some microprocessor/microcontroller product instances that you can search are the micro chip BUDDY series and the menage of merchandises from Atmel as both of these providers supply some very powerful but low cost processor solutions.

Electronic constituents, including microprocessors and microcontrollers, are typically available in both surface mount and thru-hole versions. Some electronic constituents may be available in only ace formatting (such as some transformers, relays, condensers, powerfulness resistors, or connectors being available only in thru-hole bundles). Surface mount constituents are preferred for any volume degree production as they are usually less expensive to buy, more readily available, and permit for more powder compact printed electric circuit board designings as the constituents take up much less infinite and can be utilised to both sides of the board if necessary. Using surface mount engineering may permit the printed electric circuit board design to employ a smaller size and/or fewer beds, thus reducing raw board costs. However, surface mount constituents can do in-house assembly and soldering difficult if not impossible if you do not have the proper equipment and expertness.

Product Number: RB-Gea-01

? Build and control your own custom robots
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? Standard hole spacing and modular design electronic circuit design/inventions,new product idea,test circuit board prototyping/debug

The GEARS-IDS Invention and Design System gives teachers all the necessary tools to help students create world class engineering and robotics challenges in the comfort and convenience of their own classrooms in one complete package. The parts are considered industrial strength and are meant to last a long time.

The GEARS-IDS Kits are made with American manufactured metal, motors, pneumatics and electronic components that are tough enough to go anywhere, including outdoors. From Trebuchets to Autonomous Robots, The GEARS-IDS Invention and Design System lets your students participate in the science and history of technological achievement!

Package Contents:
? Stainless steel and aluminium parts and components
? Pneumatic components
? 2x Heavy duty gear head motors
? 12V, 1.2 AH battery and charger
? #25 Pitch Chain and sprocket drive
? Online Assembly Instructions
? Carrying cases
716/1 , CIRCUIT DESIGN 716/3 Translation (e.g., conversion, equivalence)

Examiners
Primary: Vuthe Siek
Assistant: Sun James Lin

Abstract Claims Description Full Text electronic circuit design/inventions,new product idea,test circuit board prototyping/debug

Description

REFERENCE TO A COMPUTER PROGRAM LISTING APPENDIX

This application includes a computer program listing appendix on a single compact disc, the contents of which are incorporated herein by reference. The compact disc contains a a particular device.

Many tools exist that allow electronic designs of integrated circuits (ICs) to be assembled, simulated, debugged, and translated into hardware. In general, an IC modeling system allows an IC design to be described and simulated with a gate-level abstraction. For example, a designer produces an electronic representation of the IC design using a modeling system by connecting and arranging schematic representations of circuit elements on a computer display, then uses the modeling system to translate the electronic IC design to a lower level HDL description, such as at a transistor or even lower level, for simulation or realization in hardware. For example, a simulator may accept transistor-level abstraction to simulate the electronic IC design, or place and route tools may accept a transistor-level HDL description of the electronic IC design to produce a configuration bitstream.

In some instances, an electronic IC design created within a modeling system must be tailored at a later stage of an overall design process. For example, a design developed within a modeling system may be tailored for incorporation within, or connection to, another IC design, most if not all of which is external to the modeling system. A modeling system may only support unidirectional ports, but incorporating the modeling system design in a larger design may require bidirectional ports. A modeling system may be used to process particular components of a circuit board, the remaining components being processed outside of the modeling system.

Conventionally, the results produced by a modeling system are tailored by hand, or by software that parses HDL. Tailoring by hand is tedious and error-prone, and HDL parsers are complicated and difficult to write. Furthermore, some of the information needed to tailor results (e.g., the date on which the design was produced, the collection of tools used to make the design, the names of the clock ports) may not be available in the HDL representation of the design produced by the modeling system.

aspects of the invention;

FIG. 4 depicts a flow diagram showing an exemplary embodiment of a process for generating an interface description from an electronic IC design produced by a modeling system in accordance with one or more aspects of the invention; and

FIG. 5 depicts a flow diagram showing an exemplary embodiment of a process for producing an interface to an electronic IC design produced by a modeling system in accordance with one or more aspects of the invention.

DETAILED DESCRIPTION OF THE DRAWINGS

Method and apparatus for providing an interface to an electronic design of an integrated circuit is described. One or more aspects of the invention are described with respect to providing an interface between an integrated circuit (IC) design generated using a modeling system and another IC design generated outside or external to the modeling system. Those skilled in the art, however, will appreciate that the invention may be used to provide other types of interfaces to an IC design produced by a modeling system that may be used to modify the IC design.

FIG. 1 depicts a block diagram showing an exemplary embodiment of a computer system 100 suitable for implementing processes and methods in accordance with one or more aspects of the invention. Computer system 100 includes a central processing unit (CPU) 102, memory 106, a variety of support circuits 104, and an I/O interface 108. CPU 102 may be any type of microprocessor known in the art. Support circuits 104 for CPU 102 include conventional cache, power supplies, clock circuits, data registers, I/O interfaces, and the like. I/O interface 108 may be directly coupled to memory 106 or coupled through CPU 102, and may be coupled to a conventional keyboard, network, mouse, printer, and interface circuitry adapted to receive and transmit data, such as data files and the like. I/O interface 108 may be coupled to a display 112.

Memory 106 may store all or portions of one or more programs or data to implement the processes and methods of the invention. Although exemplary embodiments of the invention are disclosed as being implemented as a computer executing a software program, those skilled in the art will appreciate that the invention may be implemented in hardware, software, or a combination of hardware and software. Such implementations may include a number of processors independently executing various programs and dedicated hardware, such as application specific integrated circuits (ASICs).

Computer system 100 may be programmed with an operating system, which may be OS/2, Java Virtual Machine, Linux, Solaris, Unix, Windows, Windows95, Windows98, Windows NT, and Windows2000, WindowsME, and WindowsXP, among other known platforms. At least a portion of an operating system may be disposed in memory 106. Memory 106 may include one or more of the following random access memory, read only memory, magneto-resistive read/write memory, optical read/write memory, cache memory, magnetic read/write memory, and the like, as well as signal-bearing media as described below. Memory 106 may store all or a portion of modeling system 200 of FIG. 2. 1. Notably, input section 202, HDL translator 210, interface generator 218, wrapper building section 214, and HDL synthesizer 230 may be all or portions of one or more programs stored within memory 106 and executed by CPU 102.

FIG. 3 depicts a block diagram showing an exemplary embodiment of an IC design 300 in accordance with one or more aspects of the invention. IC design 300 illustratively includes a section processed by modeling system 200 ("IC design" 204) and a section processed by IC design processing system 201 ("external IC design" 226). External IC design 226 includes sections of IC design 300 that, for one or more reasons, are not implemented within modeling system 200. For example, external IC design 226 may include features that are not supported by modeling system 200.

IC design 204 illustratively includes N levels of circuit components, or circuit elements, ("components" 3021 through 302N, where N is an integer greater than zero) . For example, top level components 3021 may be the highest level circuit components of IC design 204, second level components 3022 may be circuit sub-components of each of the circuit components in top level components 3021, and so on. In an embodiment, an IC design interface ("IC design wrapper" 228) provides an interface 306 between IC design 204 and external IC design 226. IC design wrapper 228 includes a new top level 304 that "wraps" IC design 204 and connects IC design 204 with external IC design 226. IC design 204 is input, such as at a schematic or logic level, to modeling system 200 using input section 202 and display 208. Input section 202 produces electronic design data 206 that includes an electronic produce IC design wrapper 228. IC design wrapper 228 is output as HDL. Wrapper building process 222 is described in more detail below.

Wrapper builder programs 224 are software written using an interpreted language, such as Python, Perl, or Java, or a compiled language, such as C or C++, or other interpreted or compiled languages known in the art. Wrapper builder programs 224 use information relating to external IC design 226 to produce an interface thereto. Notably, wrapper builder programs 224 create circuit descriptions, such as new top level 304, that provide an interface between external IC design 226 and IC design 204 by way of IC design wrapper 228.

In an embodiment, wrapper builder programs 224 are produced using an interface processing framework ("wrapper building framework" 212). wrapper building framework 212 includes program code for facilitating the importation of information from interface description 220, the creation of circuit descriptions representing circuit components, and the connections of circuit components. For example, wrapper building framework 212 may include a collection of Java classes denoted "Netlist", "Block", "Port", and "Net". The netlist class may be used to instantiate data objects that include data structures and mechanisms for processing interface include, for example, blocks, ports, and nets corresponding to both top level components 3021 and second level components 3022, attributes related to such blocks, ports, and nets, and global attributes related to IC design 204.

At step 406, selected circuit descriptions of step 404 are associated with data objects that correspond with wrapper building framework 212. For example, the selected circuit descriptions of step 404 may be associated with block, port, or net data objects described above. At step 408, the data objects of step 406 are realized as storable data to produce interface description 220. For example, the data objects of step 406 may be realized as program code that, when executed, creates blocks, ports, and nets corresponding to the selected circuit descriptions of step 404. In this example, the data objects of step 406 may be instantiated using the Python netlist class of wrapper building framework 212. In another example, the data objects of step 406 may be realized using Java, and stored in binary form using the well-known Java serialization mechanism. An ASCII representation of an exemplary interface is shown in the file "INTRFACE.TXT" of the computer program listing appendix.

FIG. 5 depicts a flow diagram showing an exemplary embodiment of a process 222 for producing an interface to an electronic IC design produced by a modeling system in

While the foregoing describes exemplary embodiment(s) in accordance with one or more aspects of the invention, other and further embodiment(s) in accordance with the one or more aspects of the invention may be devised without departing from the scope thereof, which is determined by the claim(s) that follow and equivalents thereof. Claim(s) listing steps do not imply any order of the steps. Trademarks are the property of their respective owners. Hear Us Define What SampleRewards Is And How The System Works

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Tohkai Precision Industrial Ltd

ISO 9001:2001
Tohkai Precision provides extensive design, engineering and manufacturing services for a host or products. Exporting to points around the world offering Original Equipment Manufacturing, electronic products and components design engineering and manufacturing, plastic injection molding, CNC machine, wire mold, grinding, metal stamping, and metal punching.

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From Design to Delivery We offer the capacity to take your concept from initial prototype all the way through final decorating, assembly and packaging. We deliver on time to meet your marketing needs or your "just in time" assembly schedules

Tohkai Precision manufactures an array of top quality electronic products consiting of Beauty and Cosmetic, Health and Fitness, Personal Security, Home Improvement, DIY, Security and Safety and Recreational Products.

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6 cooling machines
4 CNC lathes
5 stamping machines
4 wire-cutting machines
6 EDM machines
3 lathes
6 milling machines
5 ultrasonic welding machines
6 coil winding machines
2 bonding machibnes
6 silkscreen printing machines
1 vibration testing machine
6 stamp printing machines
5 high frequency welding machines
1 power meter
1 resistor/capacity/induction tester
30 sewing machines
7 oscillscopes
4 hi-pot testers

There are two basic approaches to prototyping electronic inventions. You can either start with a diagram using electrical and electronic circuitry or a block diagram.

Using microcontrollers
If your inventions require electronic circuits, sensors, or microcontrollers, you'll want to short-circuit your development process by outlining the right circuitry. This circuitry will become a important part of your patent application.

To do this, use a book like the Microcontroller Application Cookbook as a resource "databank" of proven, fully annotated, micro-controlled electronic circuits. The Cookbook, comprised of over 110 individual circuits, doesn’t focus on "projects". Instead, each stand-alone circuit can be blended with others into multitude combinations for many diverse applications.

The book contains small, independent circuits designed for easy connectivity to most any microcontroller. The BASIC Stamp 2 (a very popular microcontroller) is used extensively throughout to simplify the demonstration of circuitry concepts. The "Stamp" provides a convenient means to show circuit operation for teaching as well as rapid prototyping requirements.

Prototyping inventions with block diagrams
This can be accomplished fairly easily once you learn how block diagrams work. Electronic engineers can the use your diagram to develop the electronic circuitry.

Block diagrams are commonly used in patent application and are well received by the U.S. Patent Office. Essentially, it is used to illustrate the interaction of components used in an invention. Learn about how to prepare and use block diagrams in the Scientific Journal.
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INVENTOR RESOURCES Prototyping Your New Electronic Product Idea

Innovative Circuits, Inc.

Jim Usery

This article outlines the minimum tasks needed to send your new electronic product idea out for prototyping. It lists and defines the minimums to either perform your self or to have subcontracted.

Do you have an idea for an electronic product, the next must-have gadget, music or video system, time saver, or greatest problem-solving device that was ever invented? Even if you have the electronics product design expertise available, there are a number of tasks that you must complete and issues that you must resolve before you have an actual product design that can be produced, marketed, and sold...