Electronic products – Sharp TH http://sharp-th.com/ Tue, 20 Jul 2021 14:20:49 +0000 en-US hourly 1 https://wordpress.org/?v=5.7.2 https://sharp-th.com/wp-content/uploads/2021/07/icon-2021-07-02T222002.614-150x150.png Electronic products – Sharp TH http://sharp-th.com/ 32 32 The International Trade Commission should work as intended, not as practiced https://sharp-th.com/the-international-trade-commission-should-work-as-intended-not-as-practiced/ https://sharp-th.com/the-international-trade-commission-should-work-as-intended-not-as-practiced/#respond Tue, 20 Jul 2021 14:17:47 +0000 https://sharp-th.com/the-international-trade-commission-should-work-as-intended-not-as-practiced/ We need a safe haven for legitimate product redesign so that next generation products are not … [+] blocked from trade or constantly challenged. getty The law of unintended consequences is creating real problems in Washington, including the International Trade Commission (ITC). Sociologist Robert Merton coined this term in The unintended consequences of reasoned social […]]]>

The law of unintended consequences is creating real problems in Washington, including the International Trade Commission (ITC). Sociologist Robert Merton coined this term in The unintended consequences of reasoned social action (1936) when he spoke of solutions that exacerbate the problem, a perverse effect of many regulatory policies. For example, while ITC may have been designed as an office tasked with generating objective trade information and ensuring fair imports, it has become the investigative agency for ad hoc opportunists, where not only manufacturers Both productive and non-practicing entities (NPEs), often referred to as patent trolls, can easily block imports, regardless of the harm done to the wider public interest.

Congress must act. Although bipartite effort led by Senators Coons (D-DE) and Cornyn (R-TX) would expand ITC’s authority to block stolen IP-based imports (responding to threats created by the blatant and widespread theft of intellectual property (IP ) by Chinese state actors and others), reforms to address basic issues in the ITC Article 337 process are languishing. Bipartite ITC modernization legislation was introduced at the last Congress by representatives DelBene (D-WA) and Schweikert (R-AZ); it must be reintroduced and implemented urgently. Policymakers must no longer ignore the misuse and perversion of ITC, as vested interests and the legal sector continue to benefit from ITC’s statutory ambiguity and mistakenly restricted approach to its mission. .

Myopic decisions ignore the general public interest

The ITC, upon discovery of even a minor patent infringement, can impose a Section 337 exclusion order to prevent all downstream products from entering the United States. This inordinate power has made filing claims with the ITC a cottage industry for intellectual property lawyers, who simultaneously make identical or similar claims for their clients in our court system. Companies use ITC as a secret weapon to gain the upper hand when negotiating patent license terms or to try to force a settlement in disputes. Designed to protect American businesses from unfair competition, the ITC increasingly adjudicates complaints from unproductive shell companies that must force the United States. based company to participate by subpoena to meet the requirement of the national industry ITC.

The ITC auction also triggers oversight by the separate US customs agency. Customs regulates imports under different statutory authorities and collects duties, requiring importers to prove the legitimacy of non-counterfeit products even if there was no evidence of counterfeiting presented to the ITC. It is time to fix these problems.

ITC needs to be refocused on its mission – which is to ensure that it promotes trade that helps the US economy and the broader public interest. This is not a narrow intellectual property court and should not myopically protect every marginal intellectual property claim by literally stopping all trade in major products such as tech products and automobiles, when it clearly is not. in the public interest.

We need a safe haven for legitimate product redesign

When ITC issues an exclusion order, its action can often also have an impact on non-counterfeit products, even when they have been redesigned to ensure that they do not violate the exclusion order. It is important to control the abuse of imports, whether it is false fangs or fake drugs. But the archaic laws governing ITC have not kept pace with the digital economy or the modern electronic products we rely on, in which a single product can contain tens of thousands of patents. And companies’ efforts to redesign products to avoid intellectual property controversy help all of the many interests at stake, from rights holders who want immediate relief, to respondents who try to avoid. the problems, from importers who want to reduce friction with legitimate trade or from consumers who want competition and access to a wide range of products. Parties whose products have been redesigned for presentation to the ITC should have them assessed promptly and eliminate intellectual property claims where warranted. This will allow producers to move forward with the confidence that their redesigned, next-generation products will not be stuck in trade or endlessly challenged. ITC should always take action immediately on these redesigned products, rather than putting up hypertechnical roadblocks or otherwise denying this important opportunity to facilitate fair trade.

ITC’s other actions concern

ITC’s actions suggest it wants more litigation regardless of its legitimacy, not less. In its budget request for FY22, ITC details its growing workload, as well as the costs of technical resources that facilitate the resolution of Section 337 complaints, including improving the courtroom space, the acquisition of technology for virtual evidence hearings, substantial investments in and upgrade of 337Info, the company’s wide-scale investigation database system. agency.

It’s a wake-up call that the ITC has signaled it will increase its workload under Section 337 without addressing the underlying issues. Congress should both modernize the rules governing the ITC and demand that the ITC resolve its current problems before giving it more resources or power.

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Global Robotics Market (2021 to 2025) – With Intuitive Surgical, iRobot, and KUKA, among others – ResearchAndMarkets.com https://sharp-th.com/global-robotics-market-2021-to-2025-with-intuitive-surgical-irobot-and-kuka-among-others-researchandmarkets-com/ https://sharp-th.com/global-robotics-market-2021-to-2025-with-intuitive-surgical-irobot-and-kuka-among-others-researchandmarkets-com/#respond Fri, 16 Jul 2021 08:51:00 +0000 https://sharp-th.com/global-robotics-market-2021-to-2025-with-intuitive-surgical-irobot-and-kuka-among-others-researchandmarkets-com/ DUBLIN – (COMMERCIAL THREAD) – The report “Global Robotics (Industrial and Service Robotics) Market and Volume, Impact of COVID-19, Key Player Analysis – Forecast to 2025” has been added to ResearchAndMarkets.com offer. The global robotics market was valued at around US $ 31 billion in 2020 and the market is expected to register a double-digit […]]]>

DUBLIN – (COMMERCIAL THREAD) – The report “Global Robotics (Industrial and Service Robotics) Market and Volume, Impact of COVID-19, Key Player Analysis – Forecast to 2025” has been added to ResearchAndMarkets.com offer.

The global robotics market was valued at around US $ 31 billion in 2020 and the market is expected to register a double-digit CAGR during the forecast period 2021-2025.

Companies mentioned

  • Adept Technology (acquired by OMRON)

  • Intuitive surgery

  • iRobot Corporation


  • Nachi-Fujikoshi

  • Yaskawa Electric Company

The adoption of robots in a wide range of industries, including manufacturing, healthcare, defense and security, logistics, inspection and maintenance, automotive, electronics and food processing has accelerated the market growth. The robotics market is expected to grow exponentially during the forecast period, driven by benefits such as lowering costs, improving quality, increasing production and improving health and safety at work. Robots deliver better quality products and services more efficiently, with less waste and without causing physical harm to humans due to their autonomous nature. The increasing use of robotics will drive the market growth in the near future. However, the high initial investment and concern for human security limit the growth of the market.

Impact of COVID-19 on the robotics market

The COVID-19 outbreak has become a global stress test. As the number of people infected with the virus continues to rise around the world, uncertainties about global economic growth are increasing. The COVID-19 disease has infected more than 176 million people worldwide. Worldwide, the death toll has exceeded 3,803,257, according to the latest statistics from Worldometers (as of June 12, 2021). The number continues to grow and the duration of the pandemic is still difficult to predict. The new coronavirus has sparked increased interest in robots, drones and artificial intelligence.

The global COVID-19 pandemic is having two effects on the robotics industry. First, it is driving the growth of professional service robots, which can help increase critical infrastructure staff and ease supply chain constraints. On the other hand, the market for industrial robots is hampered due to their dependence on the automotive and electrical / electronics industries. The markets for most types of service robots do not appear to be significantly affected by the COVID-19 pandemic. Robotic solutions support social distancing, are not quarantined, and are unaffected by travel bans. These technologies can help address massive staff shortages in healthcare, manufacturing and supply chains; the need for “social distancing”; and diagnosis and treatment. Following a slowdown in global demand for industrial robots due to the COVID-19 pandemic, it is expected that major suppliers of industrial robots will start receiving orders from 2021.

Industrial Robotics Market – Segment Analysis

On the basis of segment, the automotive industry accounted for the highest share of the industrial robotics market. About 28% of all industrial robot installations take place in the automotive industry. The industrial robotics market in the electrical and electronics industry is probably the most affected by the Sino-US trade crisis, as Asian countries (e.g. China, Japan, Republic of Korea) are leaders in the manufacture of electronic products and components. The metallurgical industry has seen an accelerated growth in adoption of industrial robotics in recent years. Unit shipments and revenue are expected to experience good growth over the forecast period. The chemical, rubber and plastics industry is the fourth largest market for the industrial robotics market, while the food industry accounted for the least share of the global industrial robotics market.

Main topics covered:

1. Summary

2. Impact of the coronavirus pandemic (COVID-19) on the robotics market

3. Global Robotics Market and Forecast (2009 – 2025)

4. Global Robotics Volume and Forecast (2009 – 2025)

5. Global Robotics Market Analysis and Volume Share

6. Global Industrial Robotics Market Share and Forecast

7. Global Service Robotics Market Analysis and Volume Share (2009 – 2025)

8. Global Industrial Robotics Market and Volume Forecast – By Segment (2009 – 2025)

9. Global Industrial Robotics Volume and Forecast – Distribution by Region and Country (2010 – 2025)

10. Global Professional Service Robotics Market and Volume Forecast – By Segment (2009 – 2025)

11. Global Personal and Home Service Robotics Market and Volume Forecast – By Segment (2009 – 2025)

12. Analysis of key players (2010 – 2025)

13. Global Robotics Market – Drivers of Growth

13.1 Increase in research and development expenditure

13.2 Technological trends shaping the future of robotics

13.3 Government initiatives stimulate the robotics market

13.4 Co-bots drive the robotics industry

13.5 Improved service, increased operational efficiency and safety

14. Global Robotics Market – Challenges

14.1 Challenges of human-robot interaction

14.2 High Cost of Robots Restricts Market Growth

14.3 Deferred return on investment (ROI)

For more information on this report, visit https://www.researchandmarkets.com/r/p8r2jb

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Smart devices need even smarter design teams https://sharp-th.com/smart-devices-need-even-smarter-design-teams/ https://sharp-th.com/smart-devices-need-even-smarter-design-teams/#respond Wed, 07 Jul 2021 14:01:08 +0000 https://sharp-th.com/smart-devices-need-even-smarter-design-teams/ Products and services that create actionable data are increasingly linked to added value. Making a product smart through human-machine interface, integrated electronics, and connectivity can generate high-margin revenue opportunities. The HMI is the brain of a device, telling it to act when the end user needs it. HMI technologies range from traditional machine-mounted touch screens […]]]>

Products and services that create actionable data are increasingly linked to added value. Making a product smart through human-machine interface, integrated electronics, and connectivity can generate high-margin revenue opportunities.

The HMI is the brain of a device, telling it to act when the end user needs it. HMI technologies range from traditional machine-mounted touch screens to advanced technologies such as gesture recognition sensors.

The HMI technology market is poised to grow into an $ 11.88 billion space by 2026, and much of its success can be attributed to smart home technology. More and more devices are starting to use capacitive touch, proximity sensing, natural language processing, and other technologies designed to think, make decisions and learn, which places HMI design and manufacture at the center of product discussions.

The evolution of HMIs and associated functionality is increasing consumer demand for smart home devices. At Jabil Smart Home Technology Trends Survey 2020 Out of 215 IoT decision makers, 57% of participants said the opportunities for connected home solutions have more than doubled in the past two years. In addition, the production and development of these devices in all categories has increased at the same time.

The example of the fitness industry

The fitness industry is an area of ​​opportunity for connected home solutions, especially as pandemic lockdowns have made consumers aware of the range of options available for “home fitness”. Trends in the fitness industry are moving towards “smarter” equipment with smarter, more integrated electronics.

Fitbits and Apple watches were once primarily used in the gym; now we have connected home equipment that measures our blood pressure, heart rate, calories burned and more. Peleton’s home fitness equipment connects in real time with remote live trainers.

We see the future of smart solutions that combine the laptop with the world. Wearable devices such as smart watches, body monitors, and fitness trackers can send a signal to the user’s smart home network when they enter their home perimeter. The device can act on this signal by turning on the living room lights, television, or air conditioner. What makes it all possible: HMI design.

Design essentials

Modern HMI design for the smart home requires a clear understanding of the users of the device, to understand preferences, anticipate needs and respond to dynamically changing actions.

From the start, product engineers need to decide on the visual language of the IoT device. For example, should the device use icons or colors? It is essential that users can use the device intuitively.

Indication of condition is also essential. It’s not just a matter of determining whether a device is on or off; it must perform many other functions and understand the end user at a sophisticated level. An electronic status indicator signals a function of a device to the end user. Light can shine through the device and communicate in a number of ways: light pipes, panel mount indicators, or capacitive touch sensor displays. Such metrics play an important role in how well or poorly an end user engages with a smart home product.

Engineers must also consider the communication functionality in the design of the HMI system. Usually, the less text and the more visual cues are used for the HMI, the easier it is for the consumer to understand it. The brain processes visuals faster than text, so using visuals instead of words whenever possible can speed up visual communication and eliminate language barriers.

Form follows function. Many smart home and appliance brands want to start the design process by creating the aesthetic of the device. However, it is wise for engineers to focus on the actual interface of the device first. The user interface and user experience of a device are most important when designing smart home products.

When designing a human-machine interface, keep these design tips in mind:

Provide real-time feedback in the design process to help reverse or rectify a situation.

Include incremental critical security steps instead of having them all happen on the same screen or at the same time.

Differentiate between error messages involved in safety priority actions and non-safety critical actions.

Make sure that tasks require some level of active end-user involvement while minimizing repetitive or passive actions.

Once the interface design and HMI software are complete, engineers can focus on the HMI aesthetics. After all, the appearance of an HMI is what initially attracts a consumer to a product and will impact user experience, customer satisfaction, and customer loyalty.

Hardware considerations

Home and smart device engineers use many materials when developing HMIs, including:

Stainless steel is exceptionally durable and has better corrosion resistance. It is generally chosen for its visual appeal. Engineers typically use it because of its laser fused profiles.

Composite materials, which are available in an assortment of colors and finishes and are very suitable for use in flat front panels.

Carbon fiber, which offers an incredibly high strength-to-weight ratio and is much more durable than stainless steel, but only a third of the weight.

Fiberglass, a polymer composed of a plastic matrix reinforced with fine glass fibers that is light, strong, less brittle and more expensive than carbon fiber and glass. It will not rust, which makes it ideal for the outdoors.

Glass is a high quality material with great mechanical and optical properties. Very few companies have equipment large enough to handle large pieces of glass, making it an expensive option for smart home and appliance companies.

Plastic, high tooling costs make plastics profitable when ordered in larger quantities. It is tough, energy efficient and lightweight.

The choice of materials and finishes can have a significant impact on the strength, durability and suitability of HMI technology. But to make HMIs smart, the right connectivity infrastructure must be achieved. The smart home industry is poised for a prolonged wave of growth after COVID-19, as devices will automate, monitor and further control our personal and individual environments. Whether it is called a “smart home” or “digital home”, it is the center of activity for HMI, connectivity and sensor solutions. Today’s smart home technology is only scratching the surface of what’s to come as the market continues to make great strides towards a full ecosystem of technologies that work together.

Andrew Glickman is the Director of Strategic Development for the Smart Home and Appliances sector at Jabil. He has worked at Jabil for the past 10 years in many functions and roles including business development, business units, strategy and engineering. He holds an Executive MBA from the Wharton School of Business and undergraduate and MBA degrees from the University of South Florida.

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