{"schema_version":"1.0","canonical_url":"https://patentable.app/patents/US-9852567","patent":{"patent_number":"US-9852567","title":"Locking unit, housing with locking unit, and method for unlocking one or more doors of the housing","assignee":null,"inventors":[],"filing_date":"2016-05-25T00:00:00.000Z","publication_date":"2017-12-26T00:00:00.000Z","cpc_codes":["G07C","G06F","G06F","G06F","G06F","G06Q","G06Q","G07C","G07C","G07C","G07C","G07C","G07C","G07C","G07C","G07F","H04L","H04L","H04L","H04L","H04L","H04L","H04L","H04L","H04L","H04L","H04L","H04L","H04W","H04W","H04W","G05B","G06F","G07C","G07C","G07C","G07C","G07C","G07C","G07C","G07C","H04L","H04L","H04L"],"num_claims":35,"abstract":"Provided is a housing with at least two doors for locking respective housing openings, comprising: a locking unit, which, for each of the doors, has a respective locking-element module with at least one locking body and with a locking drive for actuating the locking body, wherein the locking drive for the locking-element modules has a common drive element, which can be moved and moves the locking body/bodies for just one of the doors into an unlocking setting and, in a second adjustment position, moves the locking bodies for all of the doors into an unlocking setting; or locking units, wherein one or more respective locking units can be activated for unlocking the associated door of the at least two doors of the housing, and respective locking units can be activated for unlocking all of the associated doors of the at least two doors of the housing."},"analysis":{"summary":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** patent (US-9852567) introduces a revolutionary solution for managing access to enclosures with multiple doors. Its core innovation lies in a sophisticated locking unit featuring a common drive element that offers unparalleled flexibility and enhanced security.\n\nThe primary problem this invention solves is the inefficiency and security risks associated with traditional multi-door access systems. Conventional methods often require individual locking mechanisms for each door, leading to operational delays, or a single master key that compromises security by granting universal access. This patent elegantly addresses this by providing a mechanism that can perform both functions.\n\nThe key technical approach involves a common drive element that can operate in two distinct adjustment positions. In its first position, it selectively actuates the locking body for just one designated door, allowing for individual access while keeping other doors secure. In its second position, the same common drive simultaneously actuates the locking bodies for all doors, enabling a universal unlock. This dual-mode functionality is achieved through a simplified, centralized mechanical or electromechanical system, reducing complexity and potential points of failure.\n\nThe business value and applications are extensive. This technology is highly applicable in environments requiring both granular and broad access control, such as data centers, secure storage facilities, industrial control cabinets, and smart building infrastructure. It offers significant advantages in terms of operational efficiency, enhanced security, reduced hardware costs, and simplified maintenance. By providing flexible access, it optimizes workflows and minimizes security vulnerabilities.\n\nThis patent opens up a substantial market opportunity for manufacturers of secure enclosures, access control systems, and smart facility solutions. Its ability to streamline access management while maintaining high security standards positions it as a critical component for next-generation physical security infrastructure. Companies adopting this technology can offer superior products that meet the evolving demands for intelligent, flexible, and robust access control.","layman_explanation":"### What Problem Does This Solve?\n\nImagine a large storage unit, like a bank of lockers, a server cabinet in a data center, or even a sophisticated vending machine. Each of these housings has multiple individual doors, and the challenge is always the same: how do you provide secure access to specific compartments without compromising the security of the others, while also allowing for quick, universal access when needed? Current solutions often fall short. You either have a separate key or electronic lock for every single door, which is cumbersome, slow, and expensive to manage, or you have a single 'master key' that opens everything, which is convenient but a significant security risk because it grants unnecessary access to all contents.\n\nThis patent, the **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing**, directly addresses this dilemma. It aims to eliminate the trade-off between granular security and operational efficiency, providing a smarter, more integrated solution for multi-door access management.\n\n### How Does It Work?\n\nAt its core, this innovation introduces a clever mechanism that acts like a central brain for all the locks in a multi-door housing. Instead of each door having its own independent motor or complex individual locking system, this technology uses a single, shared 'common drive element'. Think of this common drive like a gear shift in a car, but for locks. It has two main 'gears' or positions:\n\n1.  **Individual Access Gear:** When the common drive is in its first position, it's designed to activate *only the specific lock* for the door you want to open. All other doors remain securely locked. So, if you need to access 'Locker 3', the common drive ensures only Locker 3's lock is released, much like a precise robotic arm reaching for just one item.\n2.  **Universal Access Gear:** When the common drive shifts to its second position, it simultaneously triggers *all the locks* in the housing to open. This is like hitting a master switch that unlocks every single compartment at once. This would be incredibly useful for emergency access, bulk restocking, or system-wide maintenance.\n\nThe beauty of this approach is that it uses a single, centralized mechanism to achieve both precise, individual control and broad, universal control. This simplifies the hardware, reduces complexity, and creates a more robust and reliable system than having many separate, intricate locking systems.\n\n### Why Does This Matter?\n\nThis patent represents a significant leap forward in physical security and asset management, with profound implications across various industries:\n\n*   **Enhanced Security:** It allows businesses to maintain stringent security protocols by granting access only to the necessary compartments, thereby reducing the risk of unauthorized access to other valuable assets.\n*   **Operational Efficiency:** The ability to switch between individual and universal unlocking modes streamlines operations. Technicians can quickly access specific items without delays, while emergency teams can gain immediate, full access when time is critical.\n*   **Cost Savings:** By utilizing a common drive element, the system potentially reduces manufacturing costs for multi-door housings, as fewer complex individual components are needed. It also lowers maintenance costs due to a simpler, more robust design.\n*   **Market Opportunity:** This technology creates new opportunities for manufacturers of data center equipment, secure storage solutions, smart lockers, and industrial control cabinets. It enables them to offer products with superior functionality and security features that meet modern demands.\n*   **Integration with Smart Systems:** This approach is inherently compatible with electronic access control systems and IoT platforms, allowing for remote management, audit trails, and integration into broader smart building ecosystems. This means better data, better control, and better compliance.\n\n### What's Next?\n\nThe **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** is poised to become a foundational component in the next generation of secure enclosures. We can expect to see this technology adopted in high-value asset protection, critical infrastructure, and any environment where flexible yet robust access control is paramount. Its integration with digital security platforms will further enhance its capabilities, leading to fully automated, intelligent physical security solutions. For investors, this patent signals a ripe area for innovation and market leadership in the evolving landscape of smart and secure physical spaces.","technical_analysis":"The patent **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** (US-9852567) details an innovative solution for multi-door access control, focusing on a streamlined mechanical and potentially electromechanical architecture. The core of this invention is a sophisticated locking unit designed for housings with at least two doors, each securing a distinct opening.\n\n**Technical Architecture:**\nThe system comprises several key components:\n1.  **Housing:** The primary enclosure with multiple doors (e.g., server rack, storage cabinet).\n2.  **Locking-Element Module:** For each door, there is a dedicated module. Each module includes:\n    *   **Locking Body:** The physical component (e.g., bolt, latch, pin) that engages with the door frame to keep it secured.\n    *   **Locking Drive:** A mechanism responsible for moving the locking body into either a locked or unlocked position. This drive is typically internal to the module.\n3.  **Common Drive Element:** This is the central innovation. Instead of each locking drive having its own actuator, a single, common drive element is responsible for actuating the locking drives across *all* locking-element modules. This common drive is movable and can be positioned into at least two distinct adjustment states.\n\n**Implementation Details and Algorithm Specifics:**\nThe common drive element operates based on its physical position or state. The patent describes two primary adjustment positions:\n\n*   **First Adjustment Position (Individual Unlocking):** When the common drive is in this position, it is configured to move the locking body for *just one* of the doors into an unlocking setting. This implies a selective engagement mechanism. Conceptually, this could be achieved through:\n    *   **Cam-and-Follower System:** The common drive could have a complex cam profile. When rotated or translated to the first position, only a specific follower (connected to one door's locking drive) would be actuated, while others remain disengaged or in a neutral state.\n    *   **Electromechanical Clutch/Solenoid Array:** An alternative embodiment might use a common drive that powers an array of electromechanical clutches or solenoids. In the first position, control logic would energize only the solenoid/clutch corresponding to the desired door, engaging its locking drive while others remain inactive.\n    *   **Linkage System:** A series of levers and linkages could be designed such that a specific movement of the common drive only translates to the unlocking of a single, pre-selected door.\n\n*   **Second Adjustment Position (Collective Unlocking):** In this position, the common drive element simultaneously moves the locking bodies for *all* doors into an unlocking setting. This would typically involve a universal engagement mechanism, such as:\n    *   **Master Cam Profile:** A different section of the common drive's cam profile that simultaneously engages all followers, or a linear translation that pushes/pulls all linkages.\n    *   **Universal Power Engagement:** If electromechanical, the common drive might send a signal or power to simultaneously energize all solenoids/clutches.\n\n**Integration Patterns:**\nThis system can be integrated with higher-level access control systems (ACS) via a control interface (e.g., electronic signals, network commands). The ACS would determine the required access (individual or collective) and send the corresponding command to actuate the common drive. Feedback mechanisms (e.g., sensors indicating lock status, door open/closed) would be crucial for comprehensive system integration and audit logging.\n\n**Performance Characteristics:**\n*   **Reliability:** By centralizing the drive, the system potentially reduces the number of moving parts specific to individual door actuation, enhancing overall reliability.\n*   **Speed:** Both individual and collective unlocking can be executed rapidly, improving operational efficiency.\n*   **Security:** The design inherently offers enhanced security by allowing granular control, preventing unnecessary exposure of multiple compartments.\n*   **Scalability:** The architecture suggests scalability, allowing for adaptation to housings with varying numbers of doors without drastically redesigning the core drive mechanism.\n\n**Code-Level Implications:**\nFor an electromechanical variant, the common drive element would be controlled by embedded firmware. This firmware would interpret external commands (e.g., 'unlock door 3', 'unlock all doors') and translate them into specific motor movements or solenoid activations for the common drive. Error handling, sensor input processing, and communication protocols (e.g., Modbus, Ethernet/IP) would be critical components of the software stack. The intelligence to select which individual door to unlock, given a common drive, would reside in this control logic, potentially using a lookup table or a state machine to map desired door to common drive position/action. This patent provides a robust foundation for building highly adaptable and secure physical access systems.","business_analysis":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** patent (US-9852567) presents a compelling business opportunity by addressing a critical need for flexible and secure access control in multi-compartment enclosures. This innovation isn't just a technical upgrade; it's a strategic enabler for industries grappling with complex physical security and operational efficiency challenges.\n\n**Market Opportunity Size:**\nThe market for secure enclosures and access control systems is vast and growing, driven by increasing data security regulations, industrial automation, and the expansion of IoT infrastructure. This includes server racks in data centers, secure storage cabinets in healthcare and logistics, industrial control panels, smart lockers, and even specialized retail displays. The global physical security market is projected to reach hundreds of billions of dollars, with access control systems forming a significant segment. This patent taps directly into the demand for more intelligent, efficient, and cost-effective locking solutions within this expansive market.\n\n**Competitive Advantages:**\nThis patent offers several distinct competitive advantages:\n1.  **Dual-Mode Flexibility:** The ability to switch between individual and collective door unlocking with a single common drive is a unique selling proposition that traditional systems often lack. This eliminates the 'either/or' compromise.\n2.  **Simplified Architecture:** By centralizing the drive mechanism, the invention reduces the number of complex individual components per door, potentially leading to lower manufacturing costs, simplified assembly, and improved reliability compared to systems with multiple independent drives.\n3.  **Enhanced Security & Efficiency:** It provides granular control, minimizing unauthorized exposure of assets, while also streamlining operations by enabling rapid universal access when required.\n4.  **Integration Potential:** The design lends itself well to integration with electronic access control systems (EACS), smart building platforms, and IoT ecosystems, positioning it as a future-proof solution.\n\n**Revenue Potential and Business Models:**\nRevenue can be generated through several business models:\n*   **Licensing:** Licensing the patent to existing manufacturers of server racks, secure cabinets, industrial enclosures, and access control hardware.\n*   **Product Development:** Developing and manufacturing proprietary locking units or complete housing solutions incorporating this technology.\n*   **Integration Services:** Offering integration services for implementing this locking unit into custom or existing physical security infrastructures.\n*   **Subscription Services:** For electromechanical versions, offering cloud-based management platforms for remote access control, auditing, and maintenance.\n\n**Strategic Positioning:**\nCompanies leveraging this patent can strategically position themselves as leaders in intelligent physical security solutions. They can target high-value markets such as:\n*   **Data Centers:** Offering enhanced security and operational efficiency for server and network equipment cabinets.\n*   **Healthcare & Pharmaceuticals:** Providing secure, auditable access to medication carts, controlled substance storage, and laboratory equipment.\n*   **Logistics & Warehousing:** Implementing smart locker systems and secure storage units with flexible access.\n*   **Industrial Automation:** Securing control panels and machinery enclosures with precise access protocols.\n\n**ROI Projections:**\nThe return on investment for end-users would stem from:\n*   **Reduced Operational Costs:** Faster access, less time spent managing multiple keys/credentials.\n*   **Mitigated Security Risks:** Fewer breaches due to more controlled access.\n*   **Lower Maintenance:** Simplified mechanical design potentially leads to fewer points of failure.\n*   **Improved Compliance:** Easier auditing and tracking of access events.\n\nFor businesses adopting and commercializing this patent, the ROI comes from capturing market share with a differentiated product, establishing new revenue streams through licensing or product sales, and building a reputation as an innovator in the physical security space. The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** represents a significant step forward in making physical security smarter, more efficient, and more adaptable to modern business needs.","faqs":[{"answer":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** (US-9852567) is a groundbreaking patent that introduces an innovative system for managing access to multi-door enclosures. It describes a housing equipped with at least two doors, each secured by a dedicated locking-element module.\n\nThe core of this invention is a 'common drive element' that intelligently controls all these individual locking modules. This common drive can be actuated into two distinct positions, allowing for either selective unlocking of a single door or simultaneous unlocking of all doors within the housing.\n\nThis technology addresses the long-standing challenge of balancing granular security with operational efficiency in environments requiring flexible access to multiple compartments, such as server racks, secure storage units, or industrial control panels. It simplifies the mechanical design while enhancing control capabilities.","question":"What is Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing?"},{"answer":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** operates through a clever common drive element that interacts with individual locking-element modules for each door.\n\nWhen the common drive is moved into a 'first adjustment position', it is specifically configured to engage and actuate the locking body for *just one* designated door, moving it into an unlocked state. This allows for precise, individual access while keeping all other doors securely locked.\n\nConversely, when the common drive is moved into a 'second adjustment position', it simultaneously engages and actuates the locking bodies for *all* of the doors, moving them all into an unlocked state. This provides universal access for situations requiring entry to all compartments at once. This dual functionality from a single, centralized drive is what makes this system so innovative and efficient.","question":"How does Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing work?"},{"answer":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** patent solves the critical problem of efficiently and securely managing access to multi-door enclosures. Traditionally, businesses faced a dilemma:\n\n1.  **High Security, Low Efficiency:** Using individual locks for each door provides granular security but is cumbersome, slow, and expensive for managing multiple access points.\n2.  **High Efficiency, Low Security:** Using a master key or universal lock for all doors is fast but compromises security by exposing all contents, even when only one compartment needs to be accessed.\n\nThis invention eliminates this trade-off by offering a system that provides both granular, individual access and rapid, universal access through a simplified, unified mechanism. It addresses the need for flexible, secure, and streamlined physical access control in modern infrastructure.","question":"What problem does Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing solve?"},{"answer":"The patent **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** (US-9852567) does not list specific inventors in the provided data, nor does it list an assignee. Patent filings typically include this information.\n\nHowever, the innovation itself is a testament to sophisticated mechanical and electromechanical engineering, aimed at solving complex access control challenges. The development of such a system requires expertise in industrial design, materials science, and potentially electronics and software integration, depending on the specific embodiment of the common drive element and locking mechanisms. The absence of specific names in the provided data is likely due to the nature of the input, but in a full patent document, these details would be clearly outlined.","question":"Who invented Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing?"},{"answer":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** offers several significant benefits:\n\n1.  **Enhanced Security:** It provides granular control, allowing access to only the specific door required, thereby minimizing the exposure of other valuable or sensitive assets.\n2.  **Increased Operational Efficiency:** The ability to rapidly switch between individual and universal unlocking modes streamlines workflows for maintenance, inventory, and emergency response.\n3.  **Simplified Architecture & Cost Savings:** By utilizing a single common drive element, the system reduces the complexity and component count compared to multiple independent locking mechanisms, potentially lowering manufacturing, installation, and maintenance costs.\n4.  **Improved Reliability:** Fewer complex moving parts can lead to greater durability and a longer operational lifespan for the locking system.\n5.  **Seamless Integration:** Its centralized control point makes it highly compatible with modern electronic access control systems (EACS) and IoT platforms, enabling remote management and detailed audit trails. These benefits make the innovation a compelling solution for intelligent physical security.","question":"What are the key benefits of Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing?"},{"answer":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** fundamentally differs from prior art by offering a unified, dual-mode access control solution through a 'common drive element'. Prior art typically featured:\n\n1.  **Individual Locks:** Each door had its own separate lock, leading to high complexity, cost, and inefficiency in managing multiple keys or codes.\n2.  **Universal Master Locks:** A single lock opened all doors, sacrificing granular security for convenience.\n3.  **Electromechanical Systems with Multiple Actuators:** Even electronic systems often used an individual actuator for each lock, retaining mechanical complexity and cost.\n\nThis patent distinguishes itself by providing both individual and universal unlocking capabilities from a single, centralized drive mechanism, simplifying the overall mechanical design, reducing component count, and offering a more elegant and efficient solution that avoids the compromises inherent in previous systems. It's a 'best of both worlds' approach to multi-door access control.","question":"How is Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing different from prior art?"},{"answer":"The **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** is poised to impact a wide range of industries that rely on secure and efficient access to multi-compartment enclosures. Key sectors include:\n\n1.  **Data Centers:** For securing server racks, network cabinets, and critical IT infrastructure.\n2.  **Healthcare & Pharmaceuticals:** For managing access to medication carts, controlled substance storage, and patient records.\n3.  **Logistics & Warehousing:** For smart locker systems, secure inventory storage, and automated material handling systems.\n4.  **Industrial Automation:** For control panels, machinery enclosures, and secure tool storage in manufacturing plants.\n5.  **Retail & Commercial:** For secure display cases, cash management systems, and smart parcel delivery lockers.\n\nIts versatility in providing both individual and universal access makes it highly adaptable to diverse security and operational needs across these industries, driving innovation in physical security solutions.","question":"What industries will Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing impact?"},{"answer":"The patent **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** (US-9852567) was filed on **May 25, 2016**. It was subsequently published, or granted, on **December 26, 2017**.\n\nThis timeline indicates a relatively swift progression from filing to publication, underscoring the potential novelty and utility identified by the patent office. The publication date marks when the details of this innovative locking unit and method became publicly accessible, allowing others in the industry to understand its mechanisms and implications for future development in multi-door access control and physical security technologies.","question":"When was Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing filed/granted?"},{"answer":"The commercial applications for the **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** are extensive and varied, driven by its ability to offer flexible and secure access control. Some key applications include:\n\n1.  **Smart Server Racks:** Enhancing security and operational efficiency in data centers by allowing precise access to individual servers or universal access for maintenance.\n2.  **Secure Storage Cabinets:** Implementing in pharmaceutical cabinets, evidence lockers, and high-value equipment storage where both selective and bulk access is needed.\n3.  **Automated Parcel Lockers:** Providing individual user access to specific compartments while allowing administrators master access for restocking or maintenance.\n4.  **Industrial Control Panels:** Securing access to different modules within a control panel, granting technicians access to specific areas without exposing others.\n5.  **Modular Furniture & Displays:** Integrating into office systems, retail displays, or museum exhibits that require adaptable security for multiple compartments. This innovation enables manufacturers to create smarter, more competitive products across these sectors.","question":"What are the commercial applications of Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing?"},{"answer":"Future developments for the **Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing** are likely to focus on deeper integration with smart technologies and enhanced automation. We can expect:\n\n1.  **Advanced IoT Integration:** Seamless connectivity with broader Internet of Things ecosystems, enabling remote control, real-time status monitoring, and predictive maintenance for the common drive element.\n2.  **AI-Powered Access Control:** Integration with artificial intelligence for adaptive security protocols, where access permissions can dynamically adjust based on user behavior patterns, time of day, or detected anomalies.\n3.  **Biometric Authentication:** Direct integration with biometric scanners (fingerprint, facial recognition) to control the common drive, providing highly secure and personalized access.\n4.  **Modular & Scalable Designs:** Further optimization for ease of manufacturing and customization, allowing the system to be readily adapted to housings of various sizes and configurations.\n5.  **Enhanced Security Features:** Development of features like anti-tamper mechanisms, secure communication protocols for electromechanical variants, and robust fail-safe/fail-secure options. These advancements will solidify the innovation's role in next-generation physical security.","question":"What are the future developments expected for Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing?"}],"topics":["locking unit","multi-door housing","access control","physical security","smart lock","patent","locking","housing"],"tech_cluster":null},"seo":{"title":"Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing - US-9852567","description":"Discover the US-9852567 patent: Locking Unit, Housing with Locking Unit, and Method for Unlocking One or More Doors of the Housing. Revolutionizing multi-door access with dual-mode unlocking for enhanced security & efficiency.","keywords":["locking unit","multi-door housing","access control","physical security","smart lock","common drive element","individual unlocking","universal unlocking","patent US-9852567","security innovation","housing security","access management","electromechanical lock"]},"attribution":{"source":"Patentable","source_url":"https://patentable.app","canonical_url":"https://patentable.app/patents/US-9852567","license":"CC-BY-4.0-like","license_terms":"AI-generated analysis on this page (summary, layman_explanation, technical_analysis, business_analysis, faqs) may be reused with attribution and a visible link back to the canonical URL above. Patent abstracts, claims, and bibliographic data are USPTO public domain.","required_link":"https://patentable.app/patents/US-9852567","citation_suggestion":"Patentable. \"Locking unit, housing with locking unit, and method for unlocking one or more doors of the housing\" (US-9852567). https://patentable.app/patents/US-9852567","copyright_holder":"Nomic Interactive Technology LLC"},"links":{"html":"https://patentable.app/patents/US-9852567","json":"https://patentable.app/api/llm-context/US-9852567","site":"https://patentable.app","llms_txt":"https://patentable.app/llms.txt"},"generated_at":"2026-06-06T07:48:31.380Z"}