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Application of constant force spring in refrigerator door
Application of constant force spring in refrigerator door
In order to make the refrigerator operate effectively, the door should be kept closed. Keep the door open for a short time when putting or taking out food. However, opening it for a long time will affect its cooling and endanger food safety. It will also lead to excess power consumption. Fortunately, the modern refrigerator door can be added with a constant force spring to automatically close after you open the refrigerator for use. Nowadays, this kind of design is relatively rare in the market. It is generally a magnetic refrigerator door, which explains why the magnet is attached to it.   We have seen that it is essential to keep the refrigerator door closed all the time. If the door remains open for a long time, it will counteract the internal temperature balance and affect the quality of the food stored in it.When this situation continues for a long time, the compressor cannot maintain a low internal temperature. This undermines...
Application of power spring in draw-wire encoder
Application of power spring in draw-wire encoder
A draw-wire encoder, also known as a string potentiometer, pull wire position sensor, cable extension displacement sensor, or yo-yo potentiometer. It is a cable driven position or displacement sensor for linear position measurement and velocity using a flexible cable (wire) and a spring loaded spool.   The string pot or cable extension sensor is composed of four main components in the shell: 1. High strength stainless steel cable (rope or steel wire rope); 2. Equal diameter spool (drum); 3. Power spring with high torque and long service life; 4. Rotary potential precision sensor.   In the shell of the sensor, a soft high-strength stainless steel cable is tightly wound on a precision machined cylindrical drum (or spool) with constant diameter, which rotates with the winding and unfolding of the measuring cable. In order to maintain the tension and retraction of the steel wire, the spring is connected to the drum. Then connect the spool to the shaft of the rotary potential precision sensor (or encoder). When the...
Application of power spring in electric vehicle charging station
Application of power spring in electric vehicle charging station
As the times change, gas stations are gradually replaced by electric vehicle charging stations. We have always been a natural partner for designers and manufacturers of electric vehicle charging stations, because they need to be compact, clean and provide trouble free cable management solutions for their electric vehicle charging stations around the world.   By applying our power spring to the retractable cable drum, the cable wear is reduced, the tangled cable is eliminated, and the cable can be neatly stored when not in use. In this way, we help EV charging station developers shape the future of safe and trouble free charging of electric vehicles. The natural expansion trend of the power spring gives a torque to the spindle or case, resulting in a usable torque. The generated torque is cumulative, so the torque will increase as the spring is tightened and decrease as the spring is loosened. Torque and total number of turns are the most important output requirements in the design of power...
リコイルスタートシステムに使用されるパワースプリング
リコイルスタートシステムに使用されるパワースプリング
 Small engines are well known and are commonly used in lawn mowers and garden tractors and various other garden and lawn maintenance tools, in addition to other environments. Typically, each of these engines is equipped with a recoil starting system that includes a rope that rotates the starting mechanism to engage a flywheel that is connected to the engine for starting purposes. Once the rope starter is pulled, the recoil mechanism is always provided with the engine to reel the starter rope back to the starting mechanism.   The recoil portion of the starter mechanism is operated by a power spring that tensions when the operator pulls on the starter rope. Once the rope is fully pulled, the operator releases it. Most power springs on the market often fail, so the recoil rewinding mechanism needs to be disassembled and the spring replaced. And replacing the spring is a tedious task because the operator needs to keep the spring in the cavity inside...
新しいPOSディスプレイの可変フォーススプリング
新しいPOSディスプレイの可変フォーススプリング
Automatic advance shelves are more widely used in stores and people's lives, and are more often used for displaying and placing goods (incense hata, rosemary, etc.). However, the conventional shelf propeller has one end of the baffle on both sides fixed and the other end movable. Although in use, after the first row of goods is taken away, the second row of goods will be automatically pushed to the first row, which can save the staff's finishing time, but in the process of pushing the goods, it is easy to cause the goods in the back row to pop out of the display slot due to the activity of the ends of the shelf advancer on both sides of the stopper, which brings inconvenience to the use.   To provide a new type of shelf propeller for the problem of the shortcomings of the existing technology. The new shelf propeller includes a base plate, a side plate, a push plate...
Qianye Precision Cordless Blind Spring
Qianye Precision Cordless Blind Spring
 Imagine, on the weekend of a busy work week, unloading from work, taking a hot bath, having a leisurely dinner, and when it's time to rest, draw the curtains to isolate the noisy world outside, and then, beautiful and beautiful Sleeping until you wake up naturally, this is not the most important thing for every office worker.   However, for families with children, curtains have increasingly become a new safety hazard, especially for families with roller shutters. The pull rope of the roller blind is usually closed at the bottom or the side. If it is not fixed, the rope will slide down to form a loop, which is easy to wrap around the neck of the child, causing the child to suffocate, and even lead to death in severe cases. It is reported that there are many cases of suffocation and death of children due to rope entanglement accidents every year, mostly children under the age of 4. The...
コンスタント トルク スプリングは、巻き取り装置で大きな役割を果たします。
コンスタント トルク スプリングは、巻き取り装置で大きな役割を果たします。
Constant torque springs can help take up the wire and are used in many products. All electrical products have a cord set that is connected to the power supply, but this power cord will bring some trouble to our arrangement. The function of the constant torque spring is this, it can bring a free shrinkage process to the electrical cord set , making it easy to take up the line, very practical. When the external force reverses the constant torque spring from the natural state to the output wheel, once the external force is removed, the constant torque spring will be rolled back to the natural state, and a constant torque will be generated in the output wheel at the same time. Constant torque spring can be used in automatic winding, balance weight and power source, such as automatic winding device of power line. Advantages of constant torque spring over power spring: 1. The torque will not change as the number of turns increases. 2. There is no limit on the number of...
Computer Monitors Springs Product
 可変力バネ
可変力バネ
特徴: 可変力ばねと可変ねじりばねの外観は、定荷重ばねと定ねじりばねに非常に似ています。可変力ばねと可変ねじりばねは、従来のばねに対するフックの法則の影響を打ち破ることができるため、ストロークと力は比例して増加しなくなりますが、負の勾配の段階的な一定の力など、さまざまな弾性力と変位の組み合わせを実現できます。エンジニアリング要件については、弾性力と変位ストロークの関係を使用して、特定のアプリケーションでのさまざまな弾性曲線の変化を設計します。さまざまな可変力ばね、可変ねじりばねのアプリケーション設計、およびソリューションがあります。可変力ばねと可変ねじりばねの製造範囲:厚さは0.05〜0.85mm、幅は2.0〜65mmです。
 組み立ておよび取り付けサービス
組み立ておよび取り付けサービス
Qianye Company は、精密ばねの製造を提供するだけでなく、ばねシステム全体の構造設計と機能ソリューションにも焦点を当てており、システムの製造と組み立ての完全なセットを提供できます。
 パワースプリング
パワースプリング
特徴: パワー スプリングは鋼帯で巻かれています。外径を制限するためにスプリングボックスが必要です。スプリングの中心はシャフトに接続されています。シャフトとスプリングが互いに回転するように外力が加えられると、スプリングはシャフトに巻き付けられてねじれが蓄積され、外力がなくなると、スプリングはシャフトまたはスプリングボックスにねじれを発生させます。利点:パワースプリングは、リラックスした形状に応じて、天然パワースプリングとプレストレストパワースプリングに分けられます。それに対し、プリフォースタイプのパワースプリングは25%~55%ほど多くのトルクを蓄えることができ、より効果的なターンが得られます。製品製作範囲:厚さ0.05~0.85mm、幅2.0~60mm。シーンの原理:高精度のペン型注射器は、独自のパワースプリングを使用して、少量で高精度の薬物投与を提供します。一定量の薬がバネの力で体内に注入され…
 最適化設計サービス
最適化設計サービス
製品のアイデア、設計から完成品の製造まで、お客様がそれらを完成させるのを支援し、お客様がスプリングの使用に関する専門的な観点から製品を最適化し、製品開発をスピードアップし、市場投入までの時間を短縮するのに役立ちます。スプリング コンポーネントの設計、製造、最終組み立ての初期段階から、顧客は Qianye が得られる利点を選択します。 1. 製品開発時間を節約する 2. さまざまなソリューションを提供し、目的の最適化ソリューションを選択する 3. 製品に最適なスプリングを選択する 4. 生涯にわたってサービスを提供し、テクニカル サポートを満足させます。
 定荷重ばね
定荷重ばね
特徴:コンスタントフォース(コンスタントフォース)スプリングはステンレス鋼帯を巻いたものです。高強度鋼帯は、特定の製造用ばね装置によって成形されます。外力がそれらをまっすぐにすると、バネは自然に巻き戻り、弾力性を生み出しますが、私たちに届きますゴールは、シフトされた後、指定した開始点に戻ることができます。利点: 従来のワイヤ スプリングに対するコンスタント フォース スプリングの利点: 1. 非常に小さな設置スペースで、非常に高い弾性出力を実現できます。 2. すべてのストロークで一定の弾力性を維持します。 3.プリストロークストロークが短く、必要な弾力性を得るために必要なストロークはわずかです。 4.元の長さはワイヤースプリングよりも短く、ストロークは無制限です。 Dingli Clockwork の製造範囲: 厚さは 0.05 ~ 0.85 mm、幅は 2.0 ~ 60 mm です。シーンの原理:定荷重ばねは、長いストロークで一定の力を維持する特性があり、...
 定ねじりばね
定ねじりばね
特徴:固定(定)トルクバネ(スプリング)はステンレス製です。外力により、ぜんまいが自然な状態から出力車に巻き戻されます (エネルギー貯蔵)。外力を取り除くと、ばねは自然な状態に戻ります。同時に、一定のトルク力(蓄えられた弾性力)が出力輪に発生(解放)されるので、定トルク発生装置と呼ばれます。ストリップ。 (定荷重ばねにおける使用方法)に属する 利点:動力(スクロール)ばねと比較した固定トルクばねの利点: 1. 回転数の増加によりトルクが変化しない。 2.使用できるターン数に制限はなく、多ターンターンの設計は固定トルクスプリングを採用することがほとんどです。 3.無効回転数が少なく、より多くのエネルギーを蓄えることができ、効率が高くなります。固定トルクバネの製作範囲:厚さ0.05~0.85mm、幅…
Computer Monitors Springs News
 航空宇宙産業におけるばねの重要性
航空宇宙産業におけるばねの重要性

時間:2022-9-23

       ばねは、航空宇宙産業を含むさまざまな産業の重要な部分です。それらは多くのコンポーネントのバックボーンを形成し、飛行機、ドローン、衛星、ソーラー パネル、航空機の制御装置、バルブ、スロットルなどを機能させることができます。ばねがなければ、業界は同じではありません。厳格な軍事および航空ガイドラインは、スプリングを含む航空機のすべてのコンポーネントが最高の品質と精度を備えていなければならないことを意味します。幅広いアプリケーションをサポートし、最高の性能基準を維持しながら部品重量を削減します。このため、航空宇宙産業にとってばねは不可欠です。バネがなければ、航空宇宙の必需品を手に入れることはできません。たとえば、格納式トレイ テーブル、トランク ドア、手すり、階段、カップ ホルダーには、スプリングが機能する必要があります。それらは、それらなしでは存在しない多くのコンポーネントを開閉するのに役立ちます。さらに重要なことに、スプリングは航空機の着陸システムの主要な要素の一部です.それらは、ナビゲーションを可能にする衛星放送受信アンテナとプローブにも存在し、航空機に燃料を補給する必要がある地上サービスチームにとって重要です.バネは基本的に業界のどこにでもあります。バネがないということは、私たちが知っている飛行機が存在しないことを意味します。航空宇宙においてばねが非常に重要である理由の 1 つは、圧縮に対する耐性が非常に高いことです。航空機には、頻繁なメンテナンス、アップグレード、または交換を必要としない堅牢で耐久性のあるコンポーネントが必要ですが、同時に非常に正確です。航空宇宙の多くの用途では、世界中を飛び回る航空機など、定期的に過酷な環境に耐える能力が必要です...
 定荷重ばねの医療機器への応用
定荷重ばねの医療機器への応用

時間:2022-9-3

 患者を補助するための支持装置は、患者支持装置で患者の動きを補助するために使用される。従来技術では、介護者は、リフトを案内して患者支持台で患者を上げ下げすることにより、患者リフトまたはモータを操作していた。このような操作では、救急隊員が重い鉗子やモーターを正確に操作して、患者が患者サポート内を移動できるようにする必要があります。支持手段は、定荷重ばね設計を組み込むことができ、支持構造は、基部と、基部から上方に延びる上部とを備える。定荷重ばねアセンブリは、キャリアの第1の端部に固定されたベースにスライド可能に結合されたキャリアを含むことができる。ベースは、支持構造のベースに対するキャリアのスライド移動を案内するチャネルを含むことができる。定荷重ばねアセンブリはまた、スプールと、スプールを駆動するように構成されたモータとを含み得る。補助ベルトは、スプールを駆動するモータに応答して補助ベルトがスプールに巻き取られ、スプールから巻き出されるように、スプールに固定することができる。また、モーターをキャリアに固定して、キャリアと一緒に移動することができます。コンスタント フォース スプリングは、その運動力が常に加えられることからその名前が付けられました。負荷は、材料の幅と厚さ、およびコイルの直径によって決まります。しっかりと巻かれたローラーは直線運動で動作し、フックの法則 (F=kX) には従いませんが、ローラーがたわむときに常に力を生成します。これらのスプリングは...
 定トルクスプリングモーター
定トルクスプリングモーター

時間:2022-9-3

 A constant torque spring motor is a strip of prestressed spring material that forms a coil and is stored on a small storage drum. The free end is then pinned and rewound onto the larger output drum; this is the "winding" part of the constant torque spring cycle. When the output drum is released, the spring will return to the storage drum to assume its natural curvature, rotating the output drum and providing an almost constant torque.        Constant torque springs are made of type 301 high quality stainless steel and are supplied in coil form for mounting on the motor drum. Its main features are: 1. Long time deflection under almost constant torque. Positive or limited negative gradients can be achieved. 2. Minimal inter-coil friction and resulting hysteresis, which is common in power springs. 3. Rotary motion is provided directly from the output drum or linear displacement by using cables and spools.        Many applications utilize constant torque spring motors, such as: cord retractors, balance retrieval and return applications, drive motors, cordless curtains, and more. The spring features a high turn design, making it ideal for balancing applications. When they are fully turned, the springs apply a constant torque. You can also guarantee high torque levels. This is due to their compactness and high efficiency.        The function of the constant torque spring motor depends on the design. The size of the spring can vary. Therefore, they make them suitable for use in a variety of applications. We strongly recommend that you consult...
 定荷重ばねの物理原理
定荷重ばねの物理原理

時間:2022-9-14

When you walk into your office building on your way to work every day, or into your local bank, or any commercial facility, you may open a heavy glass door. When you cross the threshold, the door closes behind you, and you don't think about it. However, the heavy glass door was probably closed by a constant force spring. Constant force springs are widely used in daily applications. From door closers to rope and hose retractors, to sports equipment, toys, motors, etc., constant force springs exert force at an amazing high frequency and consistency. Let's take a closer look at the basic physics behind the constant force spring. In the 17th century, the British physicist Robert Hooke proposed a formula for force and elasticity, which is now called Hooke's law. Hooke's law states that the force (f) required to stretch or compress a spring for a distance (x) varies linearly in proportion to that distance. The formula is f=kx, where k is a constant and represents the stiffness of the spring.   Constant force springs in terms of actual spring performance, Hooke's law is nominal. In the equation, the distance X that the spring moves is a relatively small number. Finally, any elastomer that is stretched or compressed beyond the stress limit of its material composition will show signs of deformation. Therefore, the force properties that depend on the consistent shape and tension state will change in the deformation state. Ideally,constant force springs will exert a consistent force over a given range of motion, repeating without changing. In fact, constant force springs, like all elastomers, are limited...
 工業用ドアへのスプリングの適用
工業用ドアへのスプリングの適用

時間:2022-9-3

  The constant force spring of the industrial door mainly plays a balancing role and reduces the burden on the motor. The force of the spring is equivalent to the force of the industrial door, which is the most ideal configuration state. If the spring force is too large or too small, it will affect the operation of the industrial door. In severe cases, safety accidents may occur and endanger others.        Constant force springs are often used to provide balance to products, so what is balance?        Constant force springs are most useful in applications that require consistent recoil. Ordinary springs behave according to a mathematical equation called Hooke's law. Hooke's law states that the force of a recoil spring in the direction of recoil is equal to the distance the spring is displaced from equilibrium. Simply put, we look at how far the spring is stretched - multiplied by a mathematical constant, the rate of the spring. The recoil direction of the spring is opposite to the stretch direction.        Hooke's Law does not affect constant force springs because their recoil remains constant throughout their range of motion. Their unique design consists of a thin, coiled steel strip that rests when fully coiled. Constant force springs are loaded when they are partially or fully deployed. When released, the spring springs back, pulling the extended ribbon back and rolling up properly. Since the recoil force is mainly obtained closest to the take-up roll, a constant force is maintained. A constant force spring can be...
 Factory power springs: how to choose high quality power springs, the usefulness of springs
Factory power springs: how to choose high quality power springs, the usefulness of springs

Time:2022-11-21

Power springs are a variation of coil springs that provide high force output with minimal force requirements. Power springs are sometimes called clock springs because they are often used to power certain types of clocks. Power springs are capable of high force output with very small space requirements and, when extended, store power indefinitely. This allows power springs to be used in a variety of applications. We can manufacture power springs in a variety of styles and sizes. This includes working with all the different types of materials, thicknesses, base widths, heights, lengths and screw sizes. With this complete selection of styles, we can manufacture the power spring that best fits your application needs.     We can ensure your power springs meet your requirements and specifications for any intended application. This will ensure proper performance and system durability. As a leading spring manufacturer, our top priority is quality. Therefore, all of our power springs are engineered and manufactured to meet or exceed your expectations and tolerances. Power springs are used to store and release rotational energy. Learn More About Power Spring Manufacturing To learn more about power spring applications or to speak to our staff about engineering and manufacturing custom power springs to fit your needs, contact us today. As a leading spring manufacturer, we can provide customized spring manufacturing solutions to meet all your needs.   Springs come in all shapes and sizes, but no matter how they look, they work the same way. Each spring is an elastic object, meaning it stores and interprets reactive energy. Spring...
 展示におけるバネの応用
展示におけるバネの応用

時間:2022-9-14

The diversification of modern life, people in the pursuit of high quality life at the same time also constantly in innovation. Leisure, shopping traditional products only meet material needs, people began to pursue diversified products. Let me feel deeper, such as display lifting design, this design to work and life has brought a lot of convenience. The reason why the display can rise and fall is the internal use of constant force spring free lifting principle, designed to adjust the display height of the elevator. With the help of the spring tension, the height can be freely adjusted. Compared with the traditional manual adjustment, the spring is simpler to use and more convenient to operate. The constant force spring is made of stainless steel strip. The high-strength steel strip is shaped by a specific production spring equipment. When the external force straightens it, the hair will naturally roll back and generate elasticity. However, to achieve our goal, we can return to the starting point after displacement. The advantages of the Qianye constant force spring over the traditional wire spring are: 1. In a very small installation space, a very high elastic output can be achieved. 2. A constant spring force is maintained throughout all strokes. 3. The pre-force stroke is short, and only a short stroke is needed to achieve the required elastic force. 4. The original length is smaller than the wire spring, and the stroke is unlimited. In general company venues, a large amount of information and materials need to be processed in the meeting, and different people...
 遠隔手術用ブレーキに適用される定荷重ばね
遠隔手術用ブレーキに適用される定荷重ばね

時間:2022-9-14

Minimally invasive medical technology is used to reduce the number of foreign tissues that may be damaged during diagnosis or surgery, so as to reduce the recovery time, discomfort and adverse side effects of patients. The surgeon can operate the controller on the console to indirectly operate the instrument connected to the remotely operated actuator. The instrument can be disassembled from the remotely controlled actuator, so that the instrument can be disinfected separately and selected to be used as the instrument required for surgery. Combine. Instruments may be changed during surgery.   Using remote instruments for surgery brings new challenges. One problem is to provide a remotely operated motor mechanism that supports a remotely operated actuator that can be positioned relative to a patient. These features are quite heavy and may weigh between 12 and 24 kilograms. The mechanism must be moved over the patient and carefully positioned. Therefore, it is necessary to balance the surgical instrument, the associated actuator, and the support structure so that the surgical instrument can be safely and easily positioned. The constant force spring is made of stainless steel strip, so that when it is rolled up relative to being stretched, the spring will relax in a low stress state. When it unfolds, the restoring force mainly comes from the part close to the loosened spring coil. Specifically, the force comes from the region that transitions from a circle to a plane. The force does not come from the part of the drum that is fully unfolded or still winding. The resultant force is almost constant because the geometry of this area...