IntroductionPower door locks are now designed into 75% of all new cars, and 100% on all full feature models. The power door locks can be opened using wireless technology or by placing in a code that is compared electronically to the present code on the on-board computer. If they match the locks are disengaged. Engaging the lock can be done remotely or by lifting the handle of the car door handle. The Reed Sensor senses this motion and activates the locking motion. Reed Sensors have been an excellent choice carrying out this function in a reliable manner… Full Application Write Up Vehicle Power Door Locks - Reed SensorFeatures Cylindrical hole and screw fastening mounting Magnet and reed sensor are isolated and have no physical contact by typically having the magnet mounted on the handle and the reed sensors mounted and positioned to accurately pick up the handle motion The reed switch used in the reed sensor is hermetically sealed and is therefore not sensitive to rough, wet environments
The permanent magnet is not affected by its environment Tens of millions of reliable operations Surface mount and through hole packages available Our organization is prominent Neck Rest provider which is designed as per industry standards.Features: Excellent finishPerfect textureFree from defectsSpecifications:Size42*28CM We have both velvet and PVC typeMOQ1Colors and packagingCustomized available Our organization is providing Data Cable which can be easily attached to different electronic gadgets quite easily. Features: Easy to attachAs per industry standardsFree from defects Specifications:Conductors24AWG solid bare copper.InsulationHDPE.TwinningTwo colored insulated conductors twisted together to form a pair.BeddingFlame retardant, low smoke and halogen-free polyolefin, colored black.Armour0.2/0.3mm copper wire braid.Outer SheathLow smoke and halogen-free polyolefin. Door Sill Plate With LED We hold expertise in providing our clients with an exclusive range of Door Sill Plate with LED.
Offered product is designed in sync with norms of market using advance techniques & supreme quality material. The offered product is strictly checked on numerous stages of manufacturing by our quality analysts for assuring their excellence. Customers can easily purchase this product in various sizes & other specifications. Easy to installSmooth finishRugged design Sliding Flat Arm Rest As a prominent company, we are engaged in offering a wide range of Sliding Flat Arm Rest. Offered sliding arm rest is distinguished in the market due to its long lasting quality. Our sliding arm rest is designed with precision utilizing excellent quality of material keeping in mind the predefined standard of industry. We are giving this sliding arm rest in diverse customized options as per the needs of customers. Long lasting material qualityExcellent performanceStrong and durableThe earliest known lock and key was discovered in the ruins of biblical city of Nineveh, the capital of ancient Assyria in 7th century BC.
Since then it’s been centuries of new types of key and locking mechanisms – from Egyptian wooden pin locks to the first all metal locks invented by the English in the 9th century AD. The patent for the double acting pin tumbler lock was granted to American Physician Abraham Stansbury in England in 1805. But it was later in the 19th century due to the efforts of the father and son team of Linus Yale Sr. and Jr that in 1861 it finally manifested itself into the flat keys with two serrated edges, which can be seen in use even today. In the last two to three decades, the magnetic access cards integrated with the employee badges have changed the concept of what is takes to open doors? Even today, this has been limited to the commercial markets and did not see its due impact in the residential sector. But as we see in the retail payments industry where similar cards are being replaced by Smartphones using the NFC (Near Field Communications) technology, the landscape can be seen evolving similarly in the Physical Access Market.
The most simplistic mobile access control model is to replicate existing card-based physical access control principles using a Smartphone with NFC technology. The Smartphone would be equipped with a digital key which, when presented to a reader, passes the identity information to an access control system. Based on a pre-defined set of access rights, the access control system would make the decision to unlock the door. NFC-enabled mobile access control has some basic requirements. First, NFC-enabled handsets are required. Today, even though we have NFC enabled Android phones, Apple (Nasdaq: AAPL) iPhones have an NFC controller chip from NXP Semiconductors (Nasdaq: NXPI) but so far it has been enabled only for Apple Pay. Second, there must be an ecosystem of devices (i.e., readers, locks, and other hardware) that can read and respond to the digital keys stored in NFC-enabled handsets. Third, there must be a way to manage digital keys. All NFC phones will receive the encrypted keys from a cloud based managed services portal – these keys can be stored on the smart phone when provisioned and the same phone will lose the access credentials when the keys are de-provisioned.
Technologically we are almost there! Some minor questions remain such as what if the phone battery is dead, answers to which may involve using passive NFC backup tags. But the big challenge is the disruption of the existing business models and the huge revenue streams running into billions of dollars for companies, that make, distribute or install access cards, readers and other related access control infrastructure. Some interesting use cases emerge. In the hospitality sector, hotel guests will be able to receive hotel room keys on their smart phones that enable them to bypass the front desk when checking in. On a university campus, students and faculty will be able to receive digital keys on their smart phones that are configured to operate with the campus access control infrastructure including various readers and locks and to support a variety of security levels and associated access rules for labs, gyms, libraries, offices, conference rooms, or even storage closets and high security file cabinets