Home Blog Page 17

5 Key Details About Nanoplastics and How They Have an effect on the Human Physique – NanoApps Medical – Official web site

codesanitize
-
0
5 Key Details About Nanoplastics and How They Have an effect on the Human Physique – NanoApps Medical – Official web site


Nanoplastics are usually outlined as plastic particles smaller than 1000 nanometers. These particles are more and more being detected in human tissues: they’ll bypass organic limitations, accumulate in organs, and will affect well being in methods researchers are solely starting to grasp.1

This text outlines 5 key evidence-based findings on how nanoplastics work together with the human physique.

Nanoplastics Have Been Present in Human Mind Tissue

Current analysis has confirmed that nanoplastics can cross mobile limitations, together with the blood-brain barrier (a extremely selective, semi-permeable membrane that protects the mind from dangerous substances).

A 2025 examine printed in Nature Medication by Nihart et al. detected nanoplastics, significantly polyethylene (PE), in human mind, liver, and kidney tissues, with the very best concentrations discovered within the mind.2

The examine analyzed autopsy samples collected between 2016 and 2024 utilizing a mix of superior detection strategies, together with Pyrolysis-Gasoline Chromatography/Mass Spectrometry (Py-GC/MS). Outcomes confirmed a major enhance in nanoplastic concentrations over time, significantly in mind tissue, pointing to elevated environmental publicity.

The best ranges had been noticed in people with identified neurodegenerative situations, reminiscent of Alzheimer’s illness and vascular dementia. In these samples, nanoplastics had been detected close to cerebrovascular partitions and inside immune cells, suggesting potential involvement in inflammatory processes or impaired waste clearance.

These findings align with earlier animal research, which have proven that nanoplastics can induce irritation, oxidative stress, and behavioral adjustments following publicity.

Whereas the causal relationship between nanoplastic publicity and neurological illness stays beneath investigation, these findings spotlight the potential for long-term accumulation in delicate tissues and reinforce the necessity for additional toxicological analysis.

Pathways of Nanoplastics Publicity: Inhalation, Ingestion, and Pores and skin Contact

Human publicity to nanoplastics happens primarily by meals, consuming water, airborne particles, and dirt. These particles have been detected in bottled water, seafood, desk salt, and family environments.

Because of their small dimension, nanoplastics will be inhaled and deposited deep within the lungs or absorbed by the gastrointestinal tract following ingestion.

Current analysis by Menichetti et al. has additionally demonstrated that nanoplastics can penetrate the pores and skin, significantly when the pores and skin barrier is compromised by irritation, getting older, damage, or chemical publicity. The diploma of pores and skin penetration is influenced by the scale, form, and floor chemistry of the nanoparticle.3

Particles with hydrophilic floor modifications, reminiscent of PEGylation or the addition of carboxyl (–COOH) or amine (–NH₂) teams, have proven higher pores and skin permeability. These coatings scale back binding to pores and skin proteins and enhance transdermal transport by the stratum corneum.

Experimental fashions have additional proven that polystyrene nanoplastics, particularly these ≤100 nm, can accumulate in keratinocytes and fibroblasts, doubtlessly disrupting cell proliferation and initiating immune responses.3,4

Nanoplastics Can Accumulate in Organs and Vascular Tissue

Nanoplastics have been detected in a number of very important organs, together with the liver, spleen, coronary heart, and placenta. As soon as internalized, they aren’t readily excreted. Their small dimension and physicochemical stability permit them to persist in tissues for prolonged durations.

A 2024 examine by Marfella et al., printed within the New England Journal of Medication, investigated the presence of plastic particles in carotid artery plaques from 304 sufferers present process endarterectomy.

The findings revealed that 58.4 % of sufferers had detectable ranges of polyethylene, whereas 12.1 % had polyvinyl chloride embedded of their plaques. These supplies, primarily beneath 1 micron in dimension, had been confirmed utilizing pyrolysis–gasoline chromatography/mass spectrometry (Py-GC/MS) and electron microscopy.5

Importantly, the presence of nanoplastics in arterial plaques was related to a considerably elevated danger of opposed cardiovascular occasions. Over a 34-month follow-up, people with detectable plastic particles confronted a greater than fourfold elevated danger of coronary heart assault, stroke, or demise (adjusted hazard ratio: 4.53; 95 % CI: 2.00–10.27; P < 0.001).5

These findings recommend that nanoplastics could contribute to vascular irritation or destabilize arterial plaques, elevating considerations in regards to the long-term cardiovascular impacts of plastic publicity.

Nanoplastics Can Set off Irritation and Mobile Stress Responses

Toxicological research have proven that nanoplastics can provoke immune responses as soon as internalized by the physique. Acknowledged as international materials, these particles could set off irritation and oxidative stress on the mobile degree.

Whereas typically refined, these responses could develop into persistent, elevating concern about hyperlinks to long-term situations reminiscent of heart problems and most cancers.

For instance, Mahmud et al. demonstrated that nanoplastics induce important manufacturing of reactive oxygen species (ROS) throughout numerous human and animal cell varieties, together with these from the kidney, liver, lungs, intestines, and immune system.

ROS manufacturing is influenced by each the bodily traits of the particles and the chemical components or floor contaminants they carry. Sustained oxidative stress can injury mitochondria, impair protein and DNA integrity, and result in long-term mobile dysfunction.6

Weber et al. additional noticed that nanoplastics constantly set off persistent inflammatory responses in a number of human cell varieties, together with these derived from the vascular system, kidneys, intestines, and lungs. This immune activation is characterised by elevated manufacturing of pro-inflammatory cytokines reminiscent of IL-6, IL-1β, TNF-α, and IL-8.

The inflammatory cascade is considered pushed by oxidative stress, lysosomal injury, and activation of immune cells reminiscent of macrophages and microglia. These patterns resemble mechanisms implicated in persistent inflammatory ailments.7

Nanoplastics are additionally linked to mobile senescence, a everlasting cell cycle arrest generally related to getting older. Elevated ranges of senescence markers reminiscent of p16, p21, and β-galactosidase have been noticed following nanoplastic publicity. These adjustments are carefully tied to mitochondrial dysfunction, oxidative DNA injury, impaired autophagy, and epigenetic disruption.8

Over time, such mobile results could result in cumulative tissue injury, decreased regenerative capability, and an elevated danger of age-related situations, together with neurodegeneration and heart problems.

Detection and Biomonitoring Are Enhancing, However Gaps Stay

Till just lately, it was almost unattainable to trace nanoplastics in human tissue. Nonetheless, advances in analytical strategies, reminiscent of pyrolysis–gasoline chromatography/mass spectrometry (Py-GC/MS), Raman spectroscopy, and electron microscopy, allow extra correct identification and quantification of nanoplastics in organic samples.

These instruments help real-time publicity assessments, biomarker growth, and investigations into plastic accumulation in human tissues.9

A latest examine by Shao et al. highlighted widespread human publicity to nanoplastics, detecting them in blood, breast milk, and placental tissue. The findings underscore the rising concern over nanoplastics as rising environmental contaminants with potential well being implications.

Over 16,000 chemical substances are utilized in plastic manufacturing, a lot of which haven’t been adequately assessed for toxicity. This raises questions on their potential hyperlinks to endocrine disruption, neurotoxicity, and carcinogenicity.

One key problem stays standardization. Regardless of improved detection strategies, there are nonetheless no constant protocols for pattern assortment, processing, and reporting.9  High quality assurance and high quality management (QA/QC) are additionally important to keep away from contamination from plastic-based lab gear, which is a frequent supply of interference in analytical workflows.

Future analysis will profit from the event of high-throughput, automated detection platforms, in addition to the combination of machine studying to help large-scale biomonitoring. Prioritizing toxicological research on probably the most generally detected nanoplastics may even be essential for figuring out dependable biomarkers and guiding regulatory motion.

Why It Issues

The proof is mounting: nanoplastics are usually not simply an environmental headache; they’re a possible public well being problem.

Whereas the long-term results are nonetheless being studied, the flexibility of those particles to enter cells, accumulate in organs, and disrupt organic techniques is sufficient to demand critical consideration. The WHO and different international well being our bodies are actually calling for extra analysis and coverage to deal with this rising menace.

As science continues to uncover the hidden impacts of nanoplastics, one factor is obvious: what we can’t see can damage us.

References and Additional Readings

1.         Yee, M. S.-L.; Hii, L.-W.; Looi, C. Okay.; Lim, W.-M.; Wong, S.-F.; Kok, Y.-Y.; Tan, B.-Okay.; Wong, C.-Y.; Leong, C.-O., Influence of Microplastics and Nanoplastics on Human Well being. Nanomaterials 2021, 11, 496. https://www.mdpi.com/2079-4991/11/2/496

2.         Nihart, A. J.; Garcia, M. A.; El Hayek, E.; Liu, R.; Olewine, M.; Kingston, J. D.; Castillo, E. F.; Gullapalli, R. R.; Howard, T.; Bleske, B., Bioaccumulation of Microplastics in Decedent Human Brains. Nature Medication 2025, 1-6. https://www.nature.com/articles/s41591-024-03453-1

3.         Menichetti, A.; Mordini, D.; Montalti, M., Penetration of Microplastics and Nanoparticles by Pores and skin: Results of Dimension, Form, and Floor Chemistry. Journal of Xenobiotics 2025, 15, 6. https://www.mdpi.com/2039-4713/15/1/6

4.         Cheng, S.; Hu, J.; Guo, C.; Ye, Z.; Shang, Y.; Lian, C.; Liu, H., The Results of Dimension and Floor Functionalization of Polystyrene Nanoplastics on Stratum Corneum Mannequin Membranes: An Experimental and Computational Examine. Journal of Colloid and Interface Science 2023, 638, 778-787. https://doi.org/10.1016/j.jcis.2023.02.008

5.         Marfella, R.; Prattichizzo, F.; Sardu, C.; Fulgenzi, G.; Graciotti, L.; Spadoni, T.; D’Onofrio, N.; Scisciola, L.; La Grotta, R.; Frigé, C., Microplastics and Nanoplastics in Atheromas and Cardiovascular Occasions. New England Journal of Medication 2024, 390, 900-910. https://www.nejm.org/doi/full/10.1056/NEJMoa2309822

6.         Mahmud, F.; Sarker, D. B.; Jocelyn, J. A.; Sang, Q.-X. A., Molecular and Mobile Results of Microplastics and Nanoplastics: Deal with Irritation and Senescence. Cells 2024, 13, 1788. https://www.mdpi.com/2073-4409/13/21/1788

7.         Weber, A.; Schwiebs, A.; Solhaug, H.; Stenvik, J.; Nilsen, A. M.; Wagner, M.; Relja, B.; Radeke, H. H., Nanoplastics Have an effect on the Inflammatory Cytokine Launch by Major Human Monocytes and Dendritic Cells. Setting worldwide 2022, 163, 107173. https://www.sciencedirect.com/science/article/pii/S016041202200099X

8.         Wu, D.; Zhang, M.; Bao, T. T.; Lan, H., Lengthy-Time period Publicity to Polystyrene Microplastics Triggers Untimely Testicular Growing old. Particle and fibre toxicology 2023, 20, 35. https://hyperlink.springer.com/article/10.1186/s12989-023-00546-6

9.         Shao, Okay.; Zou, R.; Zhang, Z.; Mandemaker, L. D.; Timbie, S.; Smith Jr, R. D.; Durkin, A. M.; Dusza, H. M.; Meirer, F.; Weckhuysen, B. M., Developments in Assays for Micro-and Nanoplastic Detection: Paving the Approach for Biomonitoring and Exposomics Research. Annual Evaluate of Pharmacology and Toxicology 2024, 65. https://doi.org/10.1146/annurev-pharmtox-030424-112828

Disclaimer: The views expressed listed here are these of the creator expressed of their personal capability and don’t essentially characterize the views of AZoM.com Restricted T/A AZoNetwork the proprietor and operator of this web site. This disclaimer types a part of the Phrases and situations of use of this web site.

NexCOBOT demoing superior management system at Robotics Summit

codesanitize
-
0
NexCOBOT demoing superior management system at Robotics Summit


NexCOBOT demoing superior management system at Robotics Summit

Screenshot

Taipei, Taiwan – NexCOBOT Co., Ltd. a NEXCOM firm, a supplier of robotic options, will likely be exhibiting on the Robotics Summit & Expo, the premier occasion for robotics builders. The occasion takes place April 30-Could 1, 2025 on the Boston Conference and Exhibition Heart.

Attendees can go to NexCOBOT at Corridor C, Sales space #451, to expertise reside demonstrations of a complicated management system optimized for Actual-Time Linux with an EtherCAT Grasp Stack. This method incorporates a sturdy {hardware} platform out there in each single-board and fanless field PC configurations, supporting a variety of peripherals.

As well as, NexCOBOT’s complete Useful Security system delivers efficiency as much as SIL3 HFT=1 / PLe Cat.3 and helps FSoE security fieldbus communication. It features a ready-to-use security controller with elective options. The environment friendly and dependable actuator module, designed for service robots and humanoids, presents distinctive price effectivity with a coaxial design that integrates each motor and reducer. Leveraging the NVIDIA® Jetson™ platform, it runs the EtherCAT Grasp, combining highly effective AI computing with EtherCAT’s real-time management benefits.

“NexCOBOT is proud to current the security management platform, movement and AI management platform, and robotic security peripherals to the marketplace for AI-driven robotic functions, the place we intention to make constructing good and protected robots straightforward,” stated Jenny Shern, Common Supervisor of NexCOBOT Co., Ltd.

Milton Walker, Director of Enterprise Growth at NexCOBOT US, will likely be giving a chat on April 30 from 12:30 PM – 1 PM within the Engineering Theater on the showfloor that discusses robotic security. Walker will discover the significance of security in robotics, who really cares about it and why, the ecosystem and views on security within the close to future.

The Robotics Summit & Expo is the main occasion for industrial robotics builders, bringing collectively over 5,000 trade professionals to discover the most recent developments in movement management, AI, sensing, software program growth, humanoids, and extra. With over 200 exhibitors, 50+ academic periods, 5 keynotes, and hands-on demos, it’s the go-to occasion for these shaping the way forward for robotics.

NexCOBOT is devoted to accelerating your humanoid or quadruped robotic growth with important parts that improve efficiency and suppleness. Our choices embrace movement and AI Management Techniques, Useful Security Controller, and Actuators, Servo Motor Drives, designed to help speedy innovation.

The Summit presents networking alternatives, a Profession Honest, a robotics growth problem, the RBR50 Robotics Innovation Awards Gala, and extra. Register as we speak.

Go to NexCOBOT Co., Ltd. at Sales space #451 to be taught extra about Management System in Movement Controller and AI Management Platform；Useful Security in Security Management Controller；Good Robotic Peripherals for Actuator Module and EtherCAT Servo Drive and expertise the way forward for robotics firsthand. For extra product info, go to www.nexcobot.com or contact us at contact@nexcobot.com.

About NexCOBOT
NEXCOM Robotic Options (NexCOBOT Co., Ltd.), a NEXCOM firm, is dedicated to being your reliable companion in constructing open and modular clever robotic management and movement management options into NexROBA & NexMotion. Moreover, our NexStore personalizes purchasing expertise on Enterprise Intelligence (BI) system, Level-of-sales (POS) system, Enterprise Useful resource Planning(ERP) system, Buyer Relationship Administration (CRM) system, digital signage system, and lots of extra. To surpass clients’​ expectations, NEXCOM Robotic Options makes the distinction by using its industrial computing expertise, having a strategic gross sales and advertising workforce within the US, a extremely gifted R&D workforce in each US and Taiwan, manufacturing in Taiwan and in China, and by offering distinctive ranges of worldwide customer support.

Microsoft is mining arduous drives for uncommon earths and treasured metals

codesanitize
-
0
Microsoft is mining arduous drives for uncommon earths and treasured metals


Key takeaways

  • Know-how giants are “mining” uncommon earth components and treasured metals from outdated pc {hardware} and recovered electronics to fulfill waste discount targets.
  • Apple and Google are additionally recovering treasured metals and uncommon earth components.
  • The corporate recycled or reused nearly 91 p.c of its decommissioned servers and different information heart {hardware} in 2024.

Microsoft is increasing digital waste assortment from its information facilities with a brand new initiative to get better uncommon earth components and treasured metals from arduous drives with out utilizing acids.

This system introduced April 17 is a collaboration between drive maker Western Digital together with Important Supplies Recycling and PedalPoint Recycling. It goals to scale U.S. manufacturing of uncommon earth components at a time when the world’s greatest provider, China, has threatened to chop off exports amid an escalating international commerce conflict.  

To date, the pilot has processed 50,000 kilos of out of date drives collected at Microsoft information facilities, extracting uncommon earth components together with neodymium, praseodymium and dysprosium — essential parts for magnets utilized in electrical automobiles and wind generators. The initiative has additionally recovered gold, copper, aluminum and metal.

A Microsoft govt declined to reveal how a lot of those supplies has been recovered, what proportion of end-of-life arduous drives was included underneath this system or whether or not the corporate acquired a monetary profit by taking part. 

“That is the correct factor to do,” mentioned Rani Borkar, company vice chairman of Azure {hardware} and programs at Microsoft, pointing to the corporate’s 2030 zero waste purpose. 

Rising demand

Microsoft, like its main rivals in cloud computing Google and Amazon, is increasing its information heart footprint at a livid tempo. Exhausting drives will account for about 80 p.c of the information storage capability at hyperscale and cloud providers services via 2028, in line with forecasts by researcher IDC. This know-how relies upon closely on uncommon earth components and treasured metals, as do many programs enabling the clear power transition.

The supplies already recovered from a number of Microsoft information facilities are being fed again into the U.S. provide chain, which accounts for simply 15 p.c of uncommon earth manufacturing. Different giant know-how corporations, together with Apple and Google, are additionally mining uncommon earths and different treasured metals from outdated electronics and pc {hardware}.

Nobody is doing this at scale. The present U.S. recycling charge for uncommon earths is lower than 10 p.c, in line with Western Digital. 

The mission highlighted by Microsoft makes use of a multi-step course of pioneered by Important Supplies Recycling:

  • Out of date or outdated drives are shredded utilizing conventional processes.
  • That materials is sorted and processed by PedalPoint, and the magnets and metal are despatched to Important Supplies for sorting.
  • Uncommon earth oxides are extracted utilizing a chemical recycling course of that doesn’t comprise acids.

“This mission isn’t only a milestone, it’s a blueprint for large-scale, home recycling of important metals and supplies that can drive sustainable progress for years to return,” mentioned Jackie Jung, vice chairman of worldwide operations technique and company sustainability at Western Digital. 

Demand for uncommon earth metals is rising at 9 p.c yearly, and the market is projected to achieve $16.3 billion by 2030.

Microsoft’s zero-waste agenda

The uncommon earths restoration effort is only one part of Microsoft’s technique to maintain pc {hardware} out of landfills. It recycled or reused near 91 p.c of the pc servers and different applied sciences that run its Azure cloud providers in 2024, assembly its 2025 goal and conserving 3.2 million parts in circulation all through its information facilities.

A lot of that work is being delivered by Round Facilities, regional websites that deal with know-how that’s change into out of date for Microsoft’s information heart purposes. The typical lifespan of pc servers is between 4 and 6 years, relying on the applying. 

By means of this program, high-value parts similar to reminiscence or central processing models are eliminated and redeployed. Some programs are donated to native organizations similar to colleges or group teams. 

To date, Microsoft manages six Round Facilities within the U.S., Eire, the Netherlands and Singapore. It’s planning three extra: in Australia, the U.S. and Wales. 

Tesla Robotaxis — Revenue Facilities or Loss Facilities?

codesanitize
-
0
Tesla Robotaxis — Revenue Facilities or Loss Facilities?


Join CleanTechnica’s Weekly Substack for Zach and Scott’s in-depth analyses and excessive degree summaries, join our each day e-newsletter, and/or comply with us on Google Information!

Up to now yr or so, we heard all about an inside debate at Tesla about whether or not to solely pursue robotaxis or put the corporate’s focus into creating a less expensive and much more mass-market mannequin than the Mannequin 3 and Mannequin Y. Or, properly, we thought we heard all about it…. Now there’s information out that the controversy wasn’t solely about whether or not Tesla might get Full Self Driving (FSD) to true robotaxi functionality, but in addition whether or not the robotaxi path truly made sense financially for Tesla!

Reportedly, there was an inside evaluation that was not optimistic about this. The evaluation was based mostly across the assumption that “people would purchase the vehicles, however a big portion of the gross sales would go to fleet operators, and the autos would principally be used for ride-sharing,” and likewise that “many individuals would hand over automotive possession and use Robotaxis” and “Tesla would get a minimize of every Robotaxi journey.” None of that is stunning thus far, because it’s the imaginative and prescient Elon Musk and Tesla have put forth repeatedly.

Nevertheless, Rohan Patel, Tesla’s former head of enterprise growth and coverage who left the corporate final yr, now tells us that “We had numerous modeling that confirmed the payback round [Full Self Driving] and Robotaxi was going to be sluggish.” WHAT?!?! That is alleged to be Tesla’s subsequent golden goose. That is alleged to be the trillion-dollar jackpot — and never simply finally, however virtually in a single day due to the skyrocketing worth of Tesla autos and all the cash Tesla might presumably make from Tesla patrons in addition to robotaxi customers themselves.

“It was going to be uneven. It was going to be very, very laborious exterior of the US, given the regulatory setting or lack of regulatory setting,” Patel provides.

Tesla Cybercab idea. Picture from Tesla.

One thing I’ve questioned for the previous couple of years, as Tesla’s AI {hardware} and software program prices have soared, is how a lot that additional, uncommon price might threaten Tesla if the corporate couldn’t crack the robotaxi nut shortly sufficient. It’s been a strongly rising price, and it hit me that this might get unsustainable, specifically if Tesla’s car gross sales declined (as they’ve been doing) quite than grew. Throw on much less revenue from robotaxis than hoped and issues might get additional messy. I ponder how a lot that has come up previously yr in inside Tesla discussions and analyses (in the event that they’re nonetheless allowed to do these).

Nevertheless, the choice simply wasn’t acceptable to Musk — it’s too boring. “Finally, I believe Elon is simply bored with making a [Volkswagen] Golf-type automotive,” one other supply informed The Data. “It simply doesn’t wake him up within the morning. He was, ‘Let anyone else do it.’” Oy. Sure….

The Hollywood-styled Cybercab driving individuals throughout the best cities on the planet is way more enjoyable, no?

Folks have stated it for years — Elon Musk shouldn’t be the particular person to run a mature, massive company that wants boring administration and regular progress. He’s fascinating in shiny initiatives that might be revolutionary, or might simply finish being a waste of money and time in the event that they fail. Is all of that lastly catching as much as him and Tesla? Humorous sufficient, I nearly forgot that he initially stated he’d in all probability step down as CEO of Tesla as soon as they received the Mannequin 3 to mass manufacturing. Properly, that occurred a very long time in the past … however Musk determined that nobody else may lead Tesla higher than him, so he simply couldn’t step down. We now have but to see what the inevitable conclusion of that’s.

Whether or not you may have solar energy or not, please full our newest solar energy survey.

Have a tip for CleanTechnica? Need to promote? Need to counsel a visitor for our CleanTech Discuss podcast? Contact us right here.

Join our each day e-newsletter for 15 new cleantech tales a day. Or join our weekly one if each day is simply too frequent.

Commercial



 

CleanTechnica makes use of affiliate hyperlinks. See our coverage right here.

CleanTechnica’s Remark Coverage



swift – How do write an iOS Widget identical to SwitchBot?

codesanitize
-
0
swift – How do write an iOS Widget identical to SwitchBot?


I wish to write an iOS widget that works like SwichBot and controls the scene. The widget modifications state after being clicked and returns to its authentic state. How is that this performed? Does anybody know?

I’m now utilizing Button to regulate AppIntent. When executing carry out(), I name the community interface to acquire the outcome, reloadAllTimelines() updates the primary UI to show the corresponding outcome, then waits for two seconds to clear the standing knowledge and reloadAllTimelines() to replace the second UI.

However what I encounter now’s that the Widget shouldn’t be up to date after reloadAllTimelines() (it’s OK when related to Xcode for debugging, however it’s not OK when disconnected from Xcode). For the reason that Widget can’t log nicely, it’s inconceivable to test whether or not the Supplier executes getTimeline() usually after reloadAllTimelines() or if there may be any abnormality someplace.

struct ToggleIntent: AppIntent {
    
    static var title: LocalizedStringResource = "Open&Swith Activity"
    static var description: IntentDescription = IntentDescription("Open and swith system Activity")
    
    @Parameter(title: "devicesn")
    var deviceSN: String
    
    static var isDiscoverable: Bool = false
    
    init() { }
    init(deviceSN: String) {
        self.deviceSN = deviceSN
    }
    typealias DefaultIntentResult = IntentResultContainer
    
    func carry out() async throws -> some IntentResult {
        
        let state = await DataRequest.shared.asyncSmartRequest(id: deviceSN)
        WidgetDataManager.replace(state)

        WidgetCenter.shared.reloadAllTimelines()
        
        strive? await Activity.sleep(nanoseconds: 2_000_000_000)
        
        WidgetDataManager.restore()
        WidgetCenter.shared.reloadAllTimelines()
        return DefaultIntentResult.outcome()
    }
}

I simply wish to write a widget like SwichBot (carry out an motion, present the standing and restore standing), Is that this a proper means? Does anybody know?

1...161718...4,068Page 17 of 4,068
© Newspaper WordPress Theme by TagDiv