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IMPROVEMENT IN BATTERY-CURRENT MANIPULATORS [2007/10/26] October 26, 2007

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Pub. Number US0120750 Inventor NotAvailable Title IMPROVEMENT IN BATTERY-CURRENT MANIPULATORS Abstract NotAvailable If you would like to purchase a copy of this patent,

U.S. Patents via NewsEdge Corporation :

Pub. Number US0120750Inventor(s) NotAvailableTitle IMPROVEMENT IN BATTERY-CURRENT MANIPULATORSAbstract NotAvailableIf you would like to purchase a copy of this patent, please call MicroPatent at 800-648-6787.

<<U.S. Patents — 10/26/07>>

Kyodo economic news summary -2-+ [2007/10/26]

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TOKYO, Oct. 25_ _ ———- Sanyo, 3M end patent row over lithium ion battery cathode materials TOKYO - Sanyo Electric Co. said Thursday it has reached an out-of-court settlement with 3M Co.

Japan Economic Newswire via NewsEdge Corporation :

TOKYO, Oct. 25_(Kyodo) _ ———- Sanyo, 3M end patent row over lithium ion battery cathode materials

TOKYO - Sanyo Electric Co. said Thursday it has reached an out-of-court settlement with 3M Co. of the United States over 3M’s patented technology concerning new material for lithium ion battery cathodes.

Under the settlement, Sanyo is now licensed to use the patented technology on the advanced material containing cobalt, manganese and nickel, Sanyo spokesman Akihiko Oiwa said. He declined to disclose the financial details of the deal.

———- China’s economy grows 11.5% in 3rd qtr

BEIJING - China’s economy continued its fast-paced growth in the third quarter of 2007, expanding 11.5 percent from a year earlier, the National Bureau of Statistics said Thursday.

While the expansion in gross domestic product of the July-September period was down slightly from 11.9 percent in the April-June quarter, it translated into a gain of 11.5 percent for the first nine months of the year, according to bureau statistics.

———- Key 10-year JGB prices fall in morning on position squaring

TOKYO - Prices of the benchmark 10-year Japanese government bond fell Thursday morning on selling for position adjustments ahead of the auction of new 20-year bonds later in the day.

In interdealer trading, the yield on the No. 288 1.7 percent issue rose 0.020 percentage point from Wednesday’s close to 1.585 percent. The bellwether bond yield had fallen Wednesday to its lowest level in five weeks.

———- Dollar near 114 yen line on gloomy U.S. housing data, economic woes

TOKYO - The U.S. dollar remained weak and traded near the 114 yen line Thursday morning in Tokyo as dismal U.S. housing figures and corporate earnings cast a shadow over the nation’s financial condition.

At noon, the dollar was quoted at 114.05-10 yen, compared with Wednesday’s 5 p.m. quotes of 114.21-31 yen in New York and 114.35-37 yen in Tokyo.

———- Nikkei rises slightly in morning in directionless trading

TOKYO - Japan’s benchmark Nikkei stock index rose slightly Thursday morning in directionless trading on dip buying of recent decliners.

The 225-issue Nikkei Stock Average gained 34.75 points, or 0.21 percent, to 16,393.14. The broader Topix index of all First Section issues on the Tokyo Stock Exchange was down 5.18 points, or 0.33 percent, to 1,558.68.

<<Japan Economic Newswire — 10/26/07>>

EMS industry goes car shopping [2007/10/26]

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The electronics manufacturing services industry enjoys double-digit growth nearly every year, but contract manufacturers will be challenged to maintain that growth rate over the next five years.

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The electronics manufacturing services (EMS) industry enjoys double-digit growth nearly every year, but contract manufacturers will be challenged to maintain that growth rate over the next five years. One way they’ll try: Target automotive applications.

The EMS industry’s major customers—computer and communications OEMs—already outsource about 70% of their manufacturing. Most analysts believe that percentage will grow little over the next five years. As a result, EMS providers are targeting nontraditional EMS customers like automotive. Companies there and in medical, defense and aerospace are just beginning to outsource manufacturing and will be the next important drivers of the EMS industry.

Outsourcing by these industries will pose challenges for buyers at the OEMs doing the outsourcing and for buyers at EMS companies. OEM buyers involved in outsourcing decisions will have to identify EMS providers that have the manufacturing and supply chain capability that matches the needs of their companies. EMS buyers may find that the requirements of these OEM customers are different than requirements of their traditional computer and communications customers.

One example is the automotive industry, which research firm Technology Forecasters says will increase its outsourcing to EMS providers by about 13% per year from $4.2 billion in 2006 to $7.8 billion in 2011.

“The auto industry is very tight on quality requirements,” says John Yapp, vice president of global supply management for EMS provider Sanmina-SCI in San Jose, Calif. Sanmina-SCI builds a variety of systems for vehicles, including global position satellite systems and radios.

“In the automotive industry we ask suppliers to sign documents that say they will meet the requirements relative to QS 9000 or TS 16949,” says Yapp. “We find out whether they have them or are working to get them.”

Those standards require suppliers to develop a quality system that results in continuous improvement, defect prevention and the reduction of variation and waste in the supply chain.

Be on time

Delivery is also a bigger issue in the automotive industry for suppliers. There is often a financial penalty for late deliveries to an automotive OEM.

“You have to have some type of cost associated with not delivering products on time,” says Yapp. “It is not unusual to have that in your agreement. It varies depending on the customer. You seldom see that in the electronics sector.”

In the automotive business, sometimes EMS providers need to use suppliers they have not used before because the supplier is on the OEM customer’s approved vendor list. Other times buyers may have to deal with a division or unit of a supplier they have not done business with before.

“Take Tyco Electronics,” says Yapp. “They make all kinds of connectors for automotive and medical, and have different divisions within their company that specialize in different components. It is not a new company, but it might be a different division, or a specialized group within the company that we now have to deal with,” he says.

EMS suppliers need to understand that the automotive industry has different priorities than other industries, says Brian Althaver, vice president, automotive group for Jabil Circuit, based in St. Petersburg, Fla. Jabil is familiar with automotive priorities because it has a long history with the business segment.

“We have a legacy of manufacturing in automotive electronics,” says Althaver. “The company’s early growth years in the 1980s were pretty much fueled by the automotive business.” Jabil builds a wide range of body controllers, infotainment, telematics products and instrument clusters for tier-one suppliers to automobile OEMs.

A change of priorities

Jabil has learned over the years that in the automotive supply chain, “delivery of a product at launch with mature production yield and therefore mature quality levels is the most important thing,” Althaver says. However, in other industries getting the newest technology to market is often the biggest priority.

“The attitude in other industries is to get the product to market and we will fix it later if there is a problem,” says Althaver. “In the auto industry, there is a lot more investment up front to make sure that when a product launches, it is ready and there won’t be any problems,” he states.

He says a lot of EMS companies that are targeting the auto industry may not understand that.

Althaver adds that some “are confused about where they want to play, whether they should work directly with the vehicle manufacturer. We don’t believe that is a valid strategy,” he says.

EMS providers need to take a global approach, according to Althaver. He notes that Jabil has certified automotive facilities in the U.S., China, Eastern Europe, and Mexico—and has plans to build one in India and possibly in Russia and Brazil.

He says auto industry will always be a part of Jabil’s business. “It is something that has continued to grow for us albeit not as fast as some other sectors at times.”

While the auto industry will help drive EMS growth, so will medical, defense and aerospace OEMs. Companies in those industrial segments are deciding that manufacturing is no longer a core competency and they can significantly reduce cost by using EMS providers. As a result, the industrial segment of the EMS business, which includes automotive medical, defense and aerospace, manufacturing automation, semiconductor manufacturing equipment and test and measurement devices, will grow a healthy 11.5% per year from $19.2 billion in 2006 to $29.3 billion in 2011, according to researcher iSuppli, based in El Segundo, Calif. In fact, the growth rate of the industrial segment will be higher than the overall annual growth rate of the EMS industry of 9.1%.

“OEMs have found out that manufacturing is not core to them,” says Adam Pick, an iSuppli analyst. “Unless manufacturing is a core competency, it makes sense to outsource.”

He says many OEMs are deciding what is core to their business and what isn’t. It may be design and product development, intellectual property or customer service.

“OEMs need to define who they are and really leverage the EMS provider’s capabilities in a host of categories that may not just be manufacturing,” says Pick.

Bring it on

EMS providers welcome the trend of non-traditional OEMs planning to outsource. For instance, Flextronics, headquartered in Singapore, opened its Special Business Solutions (SBS) group to handle the industrial business. In addition, it is also acquiring Solectron, which has a strong presence in automotive and medical industries.

“The move of Flextronics to sub-brand itself as SBS is brilliant. It appeals to a different customer segment,” Pick says. “Jabil also is getting more aggressive in the nontraditional market. The opportunities are significant.”

The industrial segment is very attractive to EMS providers for several reasons. “Product lifecycles are not six months, but three to 20 years,” says Pick. “You get complexity of the build. When it costs more, you get a bigger look at the revenue.” That means EMS providers have a chance to build equipment that has higher margins for a long period of time.

The chance for a long lasting higher-than-average revenue stream has EMS providers licking their chops. Industrial OEMs currently outsource very little, so there is nowhere to go but up from an EMS provider’s perspective.

“The level of outsourcing for nontraditional markets is very low,” says Peter Lindgren, senior vice president and general manager of Celestica’s industry market segment. “It is virtually untapped.” Celestica is trying to grow its business with aerospace and defense and industrial OEMs.

“The level of penetration for outsourcing for aerospace and defense is only about 5–6%, while industrial is about 11%,” says Lindgren. “Both of those markets in terms of outsourcing are growing at a rate of 10–11% per year so there is a lot of potential.”

Who do you trust?

Lindgren says industrial OEMs will outsource based on to what degree they “trust their supply base in terms of their ability to execute.” After all, some of the OEMs have been around 75–100 years and have not outsourced, Lindgren notes.

“They are very risk averse. Building relationships and trust are important to them,” he says.

Lindgren says industrial OEMs will likely follow the same outsourcing path that computer and communications OEMs did. They will use EMS providers to build printed circuit-board assemblies initially and then subsystems and box builds.

“It is an evolution that is going to happen,” says Lindgren. “We would expect outsourcing in the industrial segment to evolve to where 60–70% could be achievable,” he says.

While some EMS companies are just starting to service the industrial segment, Plexus of Neenah, Wis., has had industrial OEM customers for years. It builds medical equipment, high-end networking equipment, defense and aerospace systems and test and measurement equipment, all of which are low-volume, high-mix products.

“Plexus does not play at all in high-volume space,” says Ginger Jones, vice president and CFO for the company. “We’re not building one million iPhones. We are focused on nontraditional markets,” she says.

About 20–25% of Plexus’ business is with medical equipment manufacturers. Plexus builds ultrasound equipment and insulin pumps.

“Medical is less mature in outsourcing. They (medical OEMs) are doing some, but are not as far along the path, so we see a lot of growth potential there,” says Jones.

She says medical is challenging because it involves complicated products. “They can have long lifecycles and we do a fair amount of engineering. We have 400 engineers on staff that do design development and test for customers,” says Jones. “But we see growth in all of our end markets.

What it Means to Buyers: James Carbone

  • OEM buyers involved in outsourcing decisions will have to carefully evaluate the capabilities of EMS providers that will be vying to be their company’s EMS provider of choice.

  • As industrial OEMs outsource more, many EMS buyers will need to make sure the suppliers they choose will meet quality and government regulatory requirements pertaining to defense and aerospace and medical industries.

  • Buyers at EMS providers servicing the auto industry will need to make sure suppliers meet tough delivery requirements to avoid financial penalties for late deliveries.

Lessons to Learn James Carbone

Before they come together, buyers at automotive OEMs and EMS providers will have some homework to do. Here are a few action items:

OEMs

EMS

1. Identify new suppliers

1. Understand quality is king

2. Investigate supplier capabilities

2. Enable immediate high production yields

3. Suppliers’ manufacturing capacity

3. On-time delivery, or pay a penalty

4. Global presence of suppliers

4. Source from OEMs’ approved vendor lists

EMS providers expand globally James Carbone

While many electronics service providers are expanding their customer base, many are also expanding or shifting their geographic footprint by opening new facilities around the globe.

“China is always the epicenter, but there has been some shifting out of China,” says Adam Pick, an analyst with researcher iSuppli in El Segundo, Calif. “There are capacity expansions by a number of providers in Vietnam and Malaysia that include big guys like Flextronics and smaller guys like Plexus.”

He says in some cases Eastern Europe is being viewed as an alternative to Asia.

“We found that a number of industrial guys who caught a bug and said ‘let’s go to Asia with our outsourcing’ are now saying ‘why did we do that?’ When you get to cultural differences, program management issues, time needed to travel back and forth with engineering teams, people have questioned whether it is worth it,” he says.

He says Western European EMS providers are extending capacity into Eastern Europe. “It’s a nice offering in terms of proximity to customers,” says Pick.

He says some original design manufacturers such as Wistron and Quanta are now bringing on capacity to service customers like Sharp and HP in Eastern Europe.

EMS providers or ODMs have facilities in Hungary, the Czech Republic, Poland, Ukraine, Estonia, Turkey and Romania.

The bad news is that while EMS providers are expanding in Asia and Eastern Europe they are reducing their manufacturing footprint in North America.

“If you look at where big EMS guys are reducing capacity, 37 of them had plant reductions,” says Pick. “Of those 37, all of them are in Western Europe and North America.”

<<Purchasing — 10/26/07>>

Study data from T. Xanthos and colleagues update understanding of heart attack [2007/10/26]

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2007 OCT 31 - — According to a study from Athens, Greece, "’Sudden cardiac death is a field of continuous research .

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2007 OCT 31 - (NewsRx.com) — According to a study from Athens, Greece, “‘Sudden cardiac death (SCD) is a field of continuous research (see also Heart Attack). In order to answer various questions regarding SCD, several animal models have been developed.”

“The aim of the present study is to describe our experimental model of inducing cardiac arrest in Landrace/Large White pigs, and then resuscitated according to the International Guidelines on resuscitation. Fifteen Landrace/Large White pigs were anaesthetized and intubated while spontaneously breathing. The left and right jugular veins, as well as the femoral and the carotid arteries, were surgically prepared. Induction of cardiac arrest was achieved by using an ordinary rechargeable lithium battery, through a pacemaker wire inserted into the right ventricle. The typical Advanced Life Support ALS) protocol was followed, and in case of restoration of spontaneous circulation, the animals were further evaluated for 30 min. Seven animals were successfully resuscitated using this protocol, whereas eight failed resuscitation efforts. Successful resuscitation was contingent on the restoration of the levels of coronary perfusion pressure and PETCO2 during chest compressions. Among the different ways of inducing cardiac arrest, the ordinary lithium battery is a simple, safe and valuable technique,” wrote T. Xanthos and colleagues.

The researchers concluded: “Landrace/Large White pigs’ baseline haemodynamics closely resemble human haemodynamics, making the breed a favourable model for resuscitation.”

Xanthos and colleagues published the results of their research in Laboratory Animals (Cardiopulmonary arrest and resuscitation in Landrace/Large White swine: a research model. Laboratory Animals, 2007;41(3):353-362).

For additional information, contact T. Xanthos, 100 Klytemnistras St., Athens 13122, Greece.

The publisher of the journal Laboratory Animals can be contacted at: Royal Society Medicine Press Ltd., 1 Wimpole Street, London W1G 0AE, England.

<<Biotech Week — 10/26/07>>

DC-DC converter including a high-frequency inverter, and battery charger incorporating same [2007/10/25] October 25, 2007

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Pub. Number EP0016538 Appl. Data EP80300484 19800220 Applicant CHLORIDE GROUP PUBLIC LIMITED COMPANY Inventor Gurwicz, David Title DC-DC converter including a high-frequency inverter, and battery charger incorporating same Abstract A high-frequency converter of push-pull form comprises a centre tapped D.C.

European Patents via NewsEdge Corporation :

Pub. Number EP0016538Appl. Data EP80300484 19800220Applicant CHLORIDE GROUP PUBLIC LIMITED COMPANYInventor(s) Gurwicz, DavidTitle DC-DC converter including a high-frequency inverter, and batterycharger incorporating sameAbstract A high-frequency converter of push-pull formcomprises a centre tapped D.C. input supply (16, 17, 18,) two solid stateswitching devices (20,21) connected in series across the D.C. input terminals,a load circuit including a supersonic fre-quency transformer (30) and an outputrectifier (35), and an oscillatory circuit including at least one capacitor(40) and a parallel inductor (34) connected in parallel with the primarywinding (37) of the transformer between the centre tapping (19) of the supplyand the junction (25) of the switching devices. The switching devices aresynchronised to the oscil-lation of the oscillatory circuit to allow thecircuit to oscillate freely for part of a cycle to transfer energy from theinductor (34) to the capacitor (40) to charge the latter to a certain conditionin which the voltage across the parallel inductor is substantial and thatacross the switching device is negligible and only then connect the parallelinductor across the D.C. input terminals whereupon the parallel inductorreceives and stores energy from the said supply. Means such as a saturablereactor (33) are connected in series in the load circuit to restrict loadcurrent to a low value during a part of the cycle in which the capacitorreceives energy from the parallel inductor and until the capacitor is chargedto the said condition and the switching means has connected the load circuitacross the supply.If you would like to purchase a copy of this patent, please call MicroPatent at 800-648-6787.

<<European Patents — 10/25/07>>

METHOD AND APPARATUS FOR RECHARGING DRY BATTERIES [2007/10/25]

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Pub. Number EP0015951 Appl. Data EP79900408 19790412 Applicant BELE INVENT AKTIEBOLAG Röstlund, Karl Johnie Inventor RÖSTLUND, Karl Johnie Title METHOD AND APPARATUS FOR RECHARGING DRY BATTERIES Abstract A method and …

European Patents via NewsEdge Corporation :

Pub. Number EP0015951Appl. Data EP79900408 19790412Applicant BELE INVENT AKTIEBOLAGRöstlund, Karl JohnieInventor(s) RÖSTLUND, Karl JohnieTitle METHOD AND APPARATUS FOR RECHARGING DRY BATTERIESAbstract A method and an apparatus for recharging dry batteries, wherebythe dry batteries (4) are charged with one of the periods (7) of anintermittently pulsating alternate current, whereas the batteries (4) areallowed to discharge somewhat during the periods between the charging pulses(7). The charging current is balanced according to the charge condition of thebatteries so that the batteries irrespectively of the charge condition arecharged with as constant average current as possible with possible variationsdepending on the sensitivity of the charging components to temperature orcurrent strength. The apparatus comprises a transformer for stepping down netcurrent to suitable charging voltage, a diode (D1) for letting throughintermittent charging pulses, a resistor (R1) connected parallelly over thediode (D1), terminals for one or several dry batteries between the diode (D1)and the resistor (R1) on one hand and a second pole terminal (2) on the otherhand. Parallelly over the dry batteries (4) are connected a Zener-diode (D1)and in series therewith a PTC- resistor (R3), whereby the PTC-resistor (R3) isdesigned so as to balance the average charging current over the dry batteries(4) to be maintained as constant as possible.If you would like to purchase a copy of this patent, please call MicroPatent at 800-648-6787.

<<European Patents — 10/25/07>>

Automatic switching device for parallel charging and series discharging of two batteries [2007/10/25]

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Pub. Number EP0017892 Appl. Data EP80101855 19800408 Applicant Société Anonyme dite SAFT Inventor Godard, Pierre Billot, Michel Title Automatic switching device for parallel charging and …

European Patents via NewsEdge Corporation :

Pub. Number EP0017892Appl. Data EP80101855 19800408Applicant Société Anonyme dite SAFTInventor(s) Godard, PierreBillot, MichelTitle Automatic switching device for parallel charging and seriesdischarging of two batteriesAbstract NotAvailableIf you would like to purchase a copy of this patent, please call MicroPatent at 800-648-6787.

<<European Patents — 10/25/07>>

Composite halogen electrode, rechargeable metal-halogen energy storage cell comprising said electrode and method of use of the electrode [2007/10/25]

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Pub. Number EP0002787 Appl. Data EP78101767 19781219 Applicant Diamond Shamrock Technologies S.A. Inventor de Nora, Vittorio Spaziante, Placido M.

European Patents via NewsEdge Corporation :

Pub. Number EP0002787Appl. Data EP78101767 19781219Applicant Diamond Shamrock Technologies S.A.Inventor(s) de Nora, VittorioSpaziante, Placido M. Dr.Title Composite halogen electrode, rechargeable metal-halogen energystorage cell comprising said electrode and method of use of the electrodeAbstract A composite halogen electrode, a rechargeablemetal-halogen energy storage cell comprising said electrode and a method of use ofthe electrode. The composite metal-halogen electrode for a rechargeablemetal-halogen storage cell comprises a thin foraminous sheet (8), typically avalve metal with an electroconductive and electrocatalytic non- passivatingcoating, in electrical contact over substantially the entire electrode surfacewith a porous fluid-permeable body (10) for example of carbon fibers orsintered valve metal particles and having throughout its porous structure anactive surface coating of electroconductive and electrocatalytic nonpassivatingmaterial forming a three-dimensional percolating electrode. The foraminoussheet faces an opposing consumable electrode (15) of a storage cell or battery. During charging, halogen evolves essentially at the surface of this sheet andduring discharge halogen contained in an electrolyte is ionized as itpercolates through the porous body.If you would like to purchase a copy of this patent, please call MicroPatent at 800-648-6787.

<<European Patents — 10/25/07>>

Fabrication of nickel electrodes for alkaline batteries [2007/10/25]

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Pub. Number EP0013415 Appl. Data EP79105338 19791221 Applicant Western Electric Company, Incorporated Inventor O’Sullivan,

European Patents via NewsEdge Corporation :

Pub. Number EP0013415Appl. Data EP79105338 19791221Applicant Western Electric Company, IncorporatedInventor(s) O’Sullivan, Thomas DenisTitle Fabrication of nickel electrodes for alkaline batteriesAbstract This invention involves a process for fabricatingnickel electrodes for alkaline batteries by electrolytically impregnat- ingporous plaques using a counter electrode covered with a cobalt compound, aswell as the steps of preparing such a counterelectrode for use in this process.This process is highly efficient because less hydrogen ions are liberatedduring the impregnation process and less buffering substance, e. g., alk-alimetal nitrite, is needed to stabilize the pH of the solution.If you would like to purchase a copy of this patent, please call MicroPatent at 800-648-6787.

<<European Patents — 10/25/07>>

A method of and apparatus for determining the capacity of a storage battery [2007/10/25]

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Pub. Number EP0003917 Appl. Data EP79300314 19790301 Applicant Anderson Power Products Inc. Inventor Eby, Richard L. Title A method of and apparatus for determining the capacity of a storage battery Abstract A method and apparatus for determining the capacity of lead acid storage batteries are disclosed.

European Patents via NewsEdge Corporation :

Pub. Number EP0003917Appl. Data EP79300314 19790301Applicant Anderson Power Products Inc.Inventor(s) Eby, Richard L.Title A method of and apparatus for determining the capacity of astorage batteryAbstract A method and apparatus for determining thecapacity of lead acid storage batteries are disclosed. The battery’s initialopen circuit voltage is stored in a settable memory (42). Thereafter, the opencircuit voltage values of the battery throughout the discharge period aredetermined by measuring loaded voltages with reference to the stored opencircuit voltages to detect the discharge rates. The rates of discharge are usedto reset the stored value of the initial open circuit voltage measurementthereby producing a moving reference. The memory output value is a function ofthe capacity of the battery. During the charge period, the charge voltages aremeasured with reference to the stored open circuit voltages to detect thecharge rates. The rates of charge are used to reset the stored value of aninitial open circuit voltage measurement. Again, the memory output value is afunction of the capacity of the battery.If you would like to purchase a copy of this patent, please call MicroPatent at 800-648-6787.

<<European Patents — 10/25/07>>