Bahagia Itu Sederhana

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Setiap orang punya standar kebahagiaan masing-masing. Mungkin hari ini yang membuatnya bahagia adalah ketika bisa menyelesaikan tugas lebih cepat dari biasanya. Namun di kesempatan lain, kebahagian bisa diperoleh saat mendapatkan tantangan baru yang menjanjikan prestasi lebih baik.

Jauh di seberang sana, mereka yang hidup sederhana sudah merasa bahagia luar biasa ketika mendapatkan sepiring nasi dan lauk, meski belum ada jaminan esok hari bisa mendapat makan layak.

Bahagia memang bukan hanya milik orang tertentu. Kebahagiaan ada di mana-mana karena milik semua orang.

Suatu penelitian menyebutkan bahwa orang yang selalu membanding-bandingkan kekayaan/ jabatannnya dengan kerabat atau teman dekatnya, cenderung tidak bahagia dan kerap merasa kecewa.

Lantas, bagaimana menemukan kebahagiaan itu? Sebenarnya, bahagia itu sederhana. Kunci kebahagiaan terletak pada sikap kita. Dengan mensyukuri segala sesuatu yang kita miliki, dan berjuang sepenuh hati untuk tujuan yang besar & positif, maka kebahagiaan akan selalu mengalir di kehidupan kita.

Jangan mencari kesempurnaan, tapi sempurnakan apa yang telah ada. Jangan terus menyesali apa yang hilang, tapi fokuslah pada apa yang telah kita miliki. Bahagia itu sederhana.

38 thoughts on “Bahagia Itu Sederhana”

  2. andreanbaskoro

    Assalamualaikum wr wb.
    salam persahabatan
    Perkenalkan, nama saya Andrean Baskoro, saya tinggal di jawa tengah, Indonesia. Sedikit berbagi kisah hidup saya, semoga dapat menjadi inspirasi bagi rekan-rekan yang sedang terjerat masalah utang terutama riba.
    3 tahun yang lalu saya pernah rugi dalam bisnis properti dan kotraktor sampai akhirnya terjerat utang sampai dengan hampir Milyaran. Dari mulai mobil operasi s / d mobil pribadi raib. Dari merumahkan karyawan sampai akhirnya saya yang merumahkan diri ..
    Ada banyak ikhtiar yang sempat saya lakukan hanya demi kembali bangkit. Dengan sisa modal yang tidak seberapa, iseng ikut MMM. terdampar. Mencoba peruntungan melalui paranormal, malah tambah susah … ya pernah. Coba beli nomor togel (modal nanya-nanya ke dukun), alih-alih nomor yang diharapkan keluar, malah-malah nomor dukunnya yang tidak dapat dihubungi lagi (judulnya kena tipu lagi). Mencoba mencari pinjaman online, malah disuruh transfer biaya administrasi.
    Pada diri saya terpatri: Lebih baik berusaha dan gagal daripada mengumbar aib diri dengan cara meminta orang untuk memahami kesulitan yang sedang saya hadapi. Apapun kesempatan yang datang, saya follow up. Tidak masuk akal? Mungkin. Hanya saja, saya berkeyakinan bahwa orang baik pasti akan diketemukan dengan orang baik. Seiring berjalannya waktu, Allah bukakan jalannya juga. Di suatu sore saya dipertemukan dengan sebuah dompet. Melalui dompet itulah Allah turunkan cobaan sekaligus jalan yang merubah nasib saya. Saya katakan cobaan, karena saat itu saya tidak pegang uang sama sekali. Sedangkan dalam dompet tersebut selain identitas dan sim pemiliknya, ia juga mengandung 4 Atm dari Bank yg berbeda sekaligus ada sehelai kertas kecil yang diselipkan berisi 6 digit angka.
    Saya hanya menduga-duga saja bahwa angka tersebut adalah pin dari salah 1 Atm di dompet. Belum lagi ada uang 2,4 jt rupiah dalam lembaran 100ribuan. Kan wow banget godaannya? Sejujurnya dalam lapar dan dalam desakan tagihan, ada godaan untuk memiliki isi dompet tersebut. Hingga akhirnya saya putuskan utk mendatangi alamat yang tertera di dalam KTP. Sempat tanya sana-sini. Ketika tiba di alamat yg tertera, saya tidak menyangka bahwa menurut warga sekitar, si pemilik dompet tersebut adalah pejabat disalah satu kantor daerah. Dan kebetulan lagi, beliau tergolong sebagai dermawan di kotanya. Bahkan katanya, dia tidak segan utk membantu orang yg benar-benar sedang kesulitan. Apakah dengan memberikan pinjaman, atau memberikan modal usaha. Setelah ngobrol panjang lebar dan akan meminta diri, saya tidak menyangka sama sekali bahwa saya diajak untuk bergabung dalam bisnis yg dia kelola.
    Singkat cerita, melalui peluang dari beliaulah saya dapat memperbaiki kondisi ekonomi keluarga. Mengenai utang saya? Ketika saya menulis kisah hidup saya ini, utang saya telah mendekati lunas hanya kurang sekitar dari 20jt saja. Jika saudara ingin turut bersilaturahmi dengan beliau, dgn tujuan untuk menyediakan investasi modal pada usaha yang saudara kelola, atau ingin mencoba peruntungan agar masalah utang Anda diberikan solusi, saya siap utk mengantarkan saudara pada beliau.
    Tenang saja, tanpa biaya apa-apa kok. Atau sekadar bermaksud utk berbagi tips tentang bagaimana cara penyelesaian utang pada kartu kredit, KTA atau solusi hutang pada rentenir, saudara dapat menghubungi saya via e-mail di :. Utk nomor telfon / bbm by request yaa.
    . Semoga saudara sekalian diberikan fasilitas dan kesabaran. Tetap semangat untuk berikhtiar. Karena Allah tidak akan mengubah nasib suatu kaum hingga kaum tersebut merubahnya. salam. Andreanbaskoro31@gmail.com oh iya, saran saja sih .. Kalau ada yg mengaku bisa tidak meminta transfer sejumlah uang, sebaiknya tidak perlu ditanggapi. Tentunya Anda tidak ingin bagai membeli kucing dalam karung kan? Karena kalau pengakuannya memang benar, seharusnya orang tersebut berani untuk bertemu secara langsung.

  3. Rossi

    Kuncinya adalah kita mensyukurinya.
    “Dan (ingatlah juga), tatkala Tuhanmu memaklumkan; “Sesungguhnya jika kamu bersyukur, pasti Kami akan menambah (nikmat) kepadamu, dan jika kamu mengingkari (nikmat-Ku), maka sesungguhnya azab-Ku sangat pedih.” (QS Ibrahim: 7).
    #bahagia_itu_sederhana

  5. happy is simple

    apakah bahaga itu ?
    sebenarnya bahagia itu simpel, tidak peru di cari. buat aja semua terasa bahagia. kita nikmati alurnya, kita nikmati prosesnya. tapi jangan sampai kita terlena karena merasa semua bahagia kita harus tetap mempunyai perasaan selalu waspada…

  9. Slamet Hariyono

    Assalamu’alaikum wr. wb. Kami mengucapkan terimakasih, karena sdh dikirimi cerita motivasi. Semoga Allah SWT membalas kebaikan Saudaraku. Amin yarobal alamin.
    Salam, Slamet Hariyono
    Pada tanggal 11 Jan 2017 10:32 AM, “Cerita Motivasi – Kumpulan Kisah

  14. Mancubus0cow

    impeller balancing

    Impeller balancing is a critical process that ensures the operational efficiency and longevity of various machinery, particularly fans, turbines, and compressors. The process involves adjusting the mass distribution of the rotating elements, such as impellers and rotors, to minimize vibration and ensure smooth operation. Imbalance occurs when the mass distribution of these components is not uniform, leading to vibrations that can cause premature wear, increased energy consumption, and, in severe cases, catastrophic failure of the equipment.

    The importance of impeller balancing cannot be overstated. It serves as both a preventive measure and a means of maintaining optimal performance. Improperly balanced fans, for example, can lead to excessive vibrations that compromise the structural integrity of the fan and its supporting components. These vibrations may lead to noisy operation, additional stress on bearings, and failure of surrounding structures. This is why modern manufacturing standards prioritize balancing as a key quality control measure during production and maintenance of rotating machinery.

    The principles governing impeller balancing are rooted in mechanical engineering and vibration analysis. A well-balanced impeller avoids the generation of excessive centrifugal forces, which can further exacerbate vibration issues. By adhering to international standards such as ISO 1940-1, manufacturers can ascertain the allowable levels of imbalance and implement corrective measures where necessary.

    Various methods are employed for impeller balancing. Dynamic balancing is one such method that involves measuring the forces exerted by the rotating component while it is in operation. This technique allows for the identification of imbalances in real-time and provides solutions that can be applied immediately. Equipment such as portable balancers and vibration analyzers, like the Balanset-1A, are commonly used in settings ranging from manufacturing facilities to field service applications. These devices can accurately evaluate an impeller’s balance in two planes, making them essential tools for engineers and maintenance personnel.

    Static balancing is another method whereby components are balanced under static conditions, usually while not rotating. This can be a simpler, yet effective, means of ensuring that mass distribution is even across the entire impeller. While it may not capture all dynamic behaviors, it offers a preliminary insight into the balance of the component before it is subjected to operational conditions.

    Moreover, the design of the support system for impellers plays a significant role in their vibrational state. Support structures can be either compliant or rigid, and their nature affects how vibrations are transmitted through them. A compliant support system, one that allows for some movement, can be beneficial for damping vibrations, whereas a rigid support system is necessary for stability and preventing excessive motion. Balancing techniques must therefore take into account the characteristics of the support system to achieve the desired outcomes.

    The categorization of fans and their corresponding balancing requirements further illustrates the complexity of impeller balancing. Fans are often classified based on their intended applications, power ratings, and tolerable vibration levels. For instance, residential fans may have less stringent requirements (classified as BV-1), while industrial fans engaging in more rigorous applications may fall into BV-4 or BV-5 categories. The distinction underscores the need for customized balancing procedures tailored to specific operational contexts.

    Periodic monitoring of balance is essential for maintaining equipment integrity. Impeller balancing is not a one-time event; it must be regularly assessed to account for changes in equipment performance due to wear and tear, environmental factors, and operational changes. A well-structured vibration condition monitoring program can help organizations preemptively identify issues related to imbalance. This includes evaluating historical vibration data to distinguish normal operational variance from potential problems that require immediate attention.

    Additionally, the methodology of testing and certifying impeller balance is intricate. Measurement points for vibration analysis must be strategically selected, as incorrect placement can yield misleading results. Common practice dictates measuring at the bearings where the impeller is mounted, as these points provide the clearest representation of vibrations attributable to imbalance.

    Beyond preventative measures, understanding the root causes of imbalance is crucial for implementing effective solutions. Imbalance can arise from numerous factors, including manufacturing defects, material degradation, misalignments, or foreign material deposits on rotating elements. Therefore, diagnostic measures should accompany balancing efforts to ensure comprehensive maintenance strategies that address both immediate imbalance correction and root cause elimination.

    To summarize, impeller balancing is an essential discipline that ensures the efficiency and safety of rotating machinery. As the demands for reliability in industrial applications increase, so does the need for precise balancing techniques. The maintenance of proper balance not only enhances equipment longevity but also contributes to energy savings and the prevention of costly downtimes. This underscores the need for ongoing education and investment in advanced balancing technologies and monitoring systems, crucial for operating within today’s competitive industrial landscape.

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