34results about "Safes" patented technology

A compartment system (1) with a plurality of compartments for inserting and removing packages (6) and a plurality of flaps (7) adjustable between a locking position for closing the respective assigned compartment (2,9) and a release position for releasing the respective assigned compartment (2,9) for inserting and removing packages (6) is described and illustrated.In order to reduce the logistical effort resulting from damaged packages, it is provided that at least one compartment (2,9) is assigned at least one sensor (13,14,15,20) for detecting at least one measurement signal relating to the package (6) placed in the compartment (2,9), that the sensor (13,14,15,20) is connected to an evaluation unit (17) for estimating the probability of a possible minimum damage to the package (6) placed in the compartment (2) based on the detected measurement signal, and that the evaluation unit (17) is connected to a control device (21) for controlling the compartment system (1) depending on the probability of a possible minimum damage to the package (6).

This utility model relates to the field of intelligent document safes, specifically an intelligent document safe comprising a main body, a security mechanism, an auxiliary mechanism, and a power supply mechanism. The security mechanism is located outside the main body, the auxiliary mechanism is located inside, and the power supply mechanism is located inside the main body. This utility model provides multiple protection measures for the safe through the arrangement of the 3D structured light facial recognition module, the display screen, and the vein recognition module in the security module, as well as the anti-drill mechanical lock cylinder. Furthermore, the cabinet structure is made of three layers of composite board composed of different materials, which reduces weight while significantly improving fire resistance and anti-theft performance. At the same time, the power supply mechanism supplies power to the security mechanism. The power supply mechanism is equipped with a rechargeable lithium battery that can last for up to two years and is also equipped with a hand-cranked generator for backup power in emergencies. In addition, a dehumidifying box is added to prevent prolonged moisture interference to electronic components, thereby extending the service life of the electronic components.

This utility model relates to an economical and simple motor lock, including a lock housing; a bolt rotatably mounted inside the lock housing, and a first elastic element inside the lock housing that keeps the bolt extending outward from the lock housing; characterized in that it also includes a motor, mounted inside the lock housing; and a locking block mounted on the output shaft of the motor, enabling the motor to drive the locking block to swing, the locking block having a blocking part, and the locking block can swing to a locked position and an unlocked position; in the locked position, the blocking part can block the bolt from deflecting inward into the lock housing; in the unlocked position, the blocking part releases the obstruction to the bolt deflection. It abandons the traditional solenoid valve lock's locking of the bolt. Compared with solenoid valve locks, the motor is more stable, less prone to vibration opening, and has better security. With the same amount of electricity, the motor can be used more times and has a longer lifespan, and the assembly process of the motor is also simpler than that of a solenoid valve lock.

This invention relates to the field of audit data confidentiality technology and discloses a storage cabinet for audit data, including a confidential box shell. A partition plate is fixedly connected to one side of the confidential box shell, which opens into a rotary combination lock. A document confidentiality mechanism is fixedly connected to the side of the partition plate away from the inner confidential cover. A first stamp mechanism is fixedly connected to the side of the confidential box shell away from the connecting shaft, and a second stamp mechanism is fixedly connected to the other side of the confidential box shell away from the connecting shaft. A triggering mechanism is fixedly connected to the middle part of the confidential box shell away from the connecting shaft. This invention places paper documents under the inner confidential cover. A displacement limiting plate is located within a connecting block, which secures the inner confidential cover. Even in the event of vibration, the displacement limiting plate cannot move to the other side within the connecting block and thus remains fixed and locked. The rotary combination lock also locks the inner confidential cover, preventing damage to the paper documents.

Equipment Housing and Associated Equipment The present invention relates to a housing (12) for equipment comprising: - a structure (16), - an assembly (18) of walls defining a closed internal volume (30), the assembly (18) of walls comprising: at least one first wall (22) fixed to the structure (16); at least one second wall (24) fixed to the structure (16), the second wall (24) comprising a first locking element (40) mechanically locking the first wall (22); and at least one third wall (26) fixed to the structure (16), the third wall (26) comprising a second locking element (50) mechanically locking the second wall (24). Figure for the abstract: Figure 2

The utility model discloses a safe anti -seismic protection mechanism, including anti -seismic mechanism and the fixed establishment of assembling in the upper portion of anti -seismic mechanism, the anti -seismic mechanism includes central seat, the periphery of central seat all slidingly installed has the support plate, one end all fixed mounting of support plate has the sleeve pipe, both sides all slidingly installed of sleeve pipe has the expansion plate, one end all fixed mounting of expansion plate has the corner seat, the utility model relates to the thermal -insulation decorative integrated board processing technical field. The safe anti -seismic protection mechanism, through the cooperation between damper shock absorber and threaded rod, can support the safe anti -seismic protection when, avoid or reduce the vibration of outside to the precision instrument and data storage disc in the safe storage cause damage's condition, through the cooperation of sleeve pipe and expansion plate, can stretch and contract when using the mechanism, the size of the mechanism is adjusted and controlled to the size of safe according to staff, reduced the limitation.

This invention provides a reinforced safe and vault wall structure and construction process, comprising an outer steel plate and an inner steel plate, with a first middle steel plate and a second middle steel plate disposed between the outer and inner steel plates. The surfaces of the first middle steel plate opposite to the outer steel plate are respectively provided with several rows of first pull rings and several rows of second pull rings, with at least one pull ring rod inserted between adjacent rows of first and second pull rings. The surfaces of the second middle steel plate opposite to the inner steel plate are respectively provided with several rows of third and fourth pull rings, with at least one pull ring rod inserted between adjacent rows of third and fourth pull rings. A wire mesh layer is also provided, and the area between the wire mesh layers is divided into several regions, with grout injected between each layer. This invention provides a reinforced safe and vault wall structure and construction process, which can effectively prevent violent damage and greatly improve the security of the safe and vault wall structure.

A portable key safe includes a carrying case and a locking device, wherein the carrying case has a case body, a receiving space, a handle, an operation panel and two door panels, the locking device is arranged on the operation panel and has a plurality of input keys, a first lock assembly, a second lock assembly and a door opening knob, the first lock assembly and the second lock assembly are respectively arranged on both sides of the operation panel to lock the door panels respectively, the door opening knob is connected to unlock the first lock assembly and the second lock assembly by rotating, the plurality of input keys are used to input a password to drive a solenoid valve to control whether the door opening knob can rotate, and the door opening knob can unlock the first lock assembly and the second lock assembly by rotating in different directions.

This invention provides a digital legacy recording device that can be configured at a low cost, addresses the complexities of inheriting digital assets that may arise unexpectedly, and enables long-term recording and maintenance of digital assets using physical long-term storage media. [Solution] The digital legacy recording device using a physical long-term storage medium records information by hand on the surfaces of opposing metal plates 1 and 2 with a scriber pen, and provides physical protection in the card-sized storage space of the frame 3 that holds the information in place. It responds immediately to the need for inheritance risk management and provides tamper detection and difficulty of destructive access by sealing with an adhesive that contains fragments that are difficult to reproduce in a unique way, using inexpensive means, and maintains security through the freedom of configuration and the originality of the sealing.

This utility model discloses a simplified lever-type safe. The lever includes a connecting plate and a lever plate. The lever plate is formed integrally with the outer edge of the connecting plate, and is bent towards the latch assembly. The latch assembly has an unlocking groove, and the outer end of the lever plate is inserted into and slides with the unlocking groove. The connecting plate is fixedly connected to the handle. The lever plate being integrally formed on the connecting plate improves the structural strength of the lever, prevents breakage, increases load-bearing capacity, extends service life, and enhances reliability and stability. The lever plate is manufactured using a bending process, simplifying the production process, eliminating the need for secondary assembly, improving production efficiency, and reducing production costs.

One embodiment is a safe including an outer wall formed of a metal, an inner wall formed of the metal, and a coarse aggregate and fill material filling a gap between the outer and inner walls. The fill material, such as a metal or thermoplastic with a melting point lower than the metal of the inner and outer walls.

A method (100) of fabricating a barrier structure (200) for constructing or assembling a panel or door for a security enclosure, the method (100) including: providing conveyor belt material; processing the conveyor belt material to form a belt body (202); and strengthening the belt body (202) to at least aid in impeding penetration thereof.

This utility model discloses a safe with adjustable internal space, including a main cabinet and a first shelf and a second shelf respectively arranged vertically inside the main cabinet. The main cabinet has a storage cavity inside, and a cabinet door is movably installed on the front of the main cabinet. This utility model relates to the field of safe technology. This safe with adjustable internal space allows for height adjustment of the first and second shelves through the direct cooperation of an adjusting plate, a telescopic frame, a gear plate, and adjusting gears. Adjusting the height of the first and second shelves allows for adjustment of the internal space of the safe, improving the convenience of personnel when adjusting the internal space and reducing the space occupied by the adjusting mechanism. The locking plate and locking slot allow for locking of the first and second shelves after adjustment, ensuring the stability of the internal space after adjustment.

An intelligent locker includes a locker body, a door, a lock, a biometric scanning device, and a controller. The biometric scanning device captures user biometric information to determine identity. Upon authentication, the controller unlocks the door and performs at least one identity-based operation, such as adjusting a motorized shelf to provide personalized storage access. The motorized shelf can be repositioned horizontally, vertically, or at an incline to optimize item retrieval. The locker can also include multiple compartments, each with dedicated access. The controller can limit access based on user attributes, such as age, and can be integrated with a temperature or humidity control system for secure storage.

The utility model belongs to the technical field of the vault door, disclose an intelligent vault door, including the door frame, the door body is connected with the door frame rotation, the door frame is provided with the installation groove, the inside wall connection of installation groove has the face recognition ware, face recognition ware electric nature installation has the camera, the inside wall connection of installation groove has the support platform, the support platform surface is installed with the palm print scanner, the side wall rotation of installation groove is connected with the pivot, the pivot is connected with the keyboard, the keyboard slidingly connected has the clear grain structure, and the clear grain structure quantity is two, the clear grain structure includes the connecting rod, two connecting rods are connected with the cleaning plate in common, the inside wall connection of installation groove has the rotary plate, the rotary plate rotation is connected with the pull rod, the keyboard is connected with the guide block, the connecting rod is through the guide block and is connected with the sliding, and the connecting rod and pull rod are connected with the connecting axle in common rotation.

The invention relates to a device for mixing and dispensing a composition consisting of multiple components. The device comprises a supply opening for a first component, a mixing chamber for mixing the first component with a second component, and a dispensing opening for dispensing the composition comprising a mixture of the first and second components. The device further comprises means for establishing a fluid communication from the supply opening to the dispensing opening, wherein the connecting means comprise a controllable valve. The invention further relates to a device for spoiling securities, like banknotes, stored in a lockable space. The spoiling device comprises a mixing and dispensing device of the type described above and a distribution system connected to the dispensing opening thereof for distributing the composition consisting of multiple components in the lockable space. The invention also relates to a method for spoiling securities, like banknotes, stored in a lockable space, comprising the steps of supplying a first component, supplying a second component, mixing the first and second components into a composition consisting of multiple components, and distributing the composition consisting of multiple components over the securities. And finally, the invention relates to a composition consisting of multiple components, including a first component which comprises a liquid adhesive, and a second component which comprises a powdery activator.

The invention relates to a shipping container (13) having a wall (14) comprising an external wall element (21). The wall (14) comprises a laminated building element (1). The laminated building element comprises an outer layer of wood (2), an intermediate metallic layer (3) being an aluminium or aluminium alloy sheet, and an inner layer of ceramic (4). The laminated building element (1) is arranged inside the external wall element with the outer wood layer (2) facing the external wall element (21), and the laminated building element (1) is arranged at a distance from an inside surface (23) of the external wall element such that a gap (25) between the external wall element and the laminated building element is created.

The utility model discloses a safe of improving the strength of unlocking mechanism, and the cabinet door and / or front panel are provided with rotating hole and at least one arc limit slot, the arc limit slot is arranged in the periphery of rotating hole and is coaxial with rotating hole, the inside surface of knob is shaped with rotating column and at least one limit lug, and the rotating column is rotatably installed in the rotating hole and is fixedly connected with the push piece, the limit lug is slidably installed in the arc limit slot and is fixedly connected with the push piece, and the limit lug is limitedly matched with the arc limit slot. The push piece and the knob are connected through the rotating column and the limit lug respectively to form a multi-point connection structure, preventing the push piece and the knob from being separated, directly limiting the limit lug through the arc limit slot, dispersing the limiting stress point, improving the reliability and stability, the knob of integral type structure cancels the lock bar, simplifies the connection structure, simplifies the production process and reduces the cost.

A power management system for a locker system having a plurality of lockers, each with an electronic lock. The power management system comprises a local locker controller 15 provided at each of the lockers and associated with the respective electronic lock 12 to determine and action a locker opening request. Each local locker controller is connected in series to a central controller 14 by a power and data cable 17. Each local controller 15 comprises at least one capacitor to store charge locally, a limiting resistor to limit current to the at least one capacitor and a bypass component to bypass the limiting resistor upon an opening request being presented to the local locker controller. The capacitor accumulates charge over time through the limiting resistor. Upon receiving an opening request, the local controller bypasses the limiting resistor via the bypass component. Stored charge drawn from the capacitor contributes to opening the electronic lock. After unlocking, the limiting resistor once again limits current to the capacitor. Each local controller may be connected to an electronic reader. A locker system may have the power management system. The invention overcome issues with voltage drops and current peaks during unlocking operations. FIG 6

This utility model relates to the field of safe technology, and more particularly to a portable safe suitable for mobile scenarios. It includes a safe body, a mobile support mechanism at the bottom of the safe body, and a support mechanism at the rear of the safe body. The mobile support mechanism includes legs, with each leg fixed at one of the four corners of the bottom of the safe body. Universal casters are installed at the bottom of the legs. A lifting and adjusting assembly is located at the bottom of the safe body, with a supporting base plate fixed at the bottom of the lifting and adjusting assembly. The support mechanism includes a back plate fixed to the rear side of the safe body. Two sets of sliding rods are symmetrically arranged on the outer side of the back plate, with adjustable sliders fitted on the sliding rods. A pull rod is fixedly connected to the outer side of the slider. This utility model, through the coordinated design of the mobile support mechanism and the support mechanism, facilitates the movement of the safe, making movement convenient and eliminating the need for external handling equipment such as trolleys, thus improving the practicality and convenience of the safe in mobile scenarios.

The utility model discloses a safe, including the cabinet body and the cabinet door, be provided with password button and the unlocking handle on the cabinet door, the opening end inboard edge place of cabinet body is provided with first limit strip, be provided with a plurality of clamping groove on first limit strip, be provided with a plurality of the clamping hook of with the rotation of unlocking handle and go up and down and be clamped into clamping groove on the cabinet door. Through setting up the clamping hook with the lock bolt follow -up at the lock bolt one end, utilize the lock bolt to complete the limit of cabinet door up and down, before, utilize the clamping hook that clamps into the cabinet and complete the limit of cabinet door left and right and before and after direction, further promoted the security of safe, and because the clamping hook and the lock bolt are synchronous unlocking or locking, therefore do not increase the additional operation step to operator. Meanwhile, when the cabinet door is closed, the limit strip in the cabinet is just clamped into the bent channel on the cabinet door, when the pivot joint structure is destroyed, still can avoid the cabinet door to be opened on this side.

A dial ring assembly for an electromechanical combination lock includes a housing configured to be mounted on an exterior of a securable enclosure, a dial rotatably disposed on the housing, the dial being rotatable about a dial axis for use in connection with entry of a combination, a lever rotatably disposed on the housing, the lever being rotatable about a lever axis, an external generator disposed in the housing, the external generator being configured to generate electrical energy through rotation of an external generator shaft of the external generator, and a gear train disposed in the housing and operatively connecting the dial, the lever, and the external generator shaft such that rotation of the dial rotates the external generator shaft to produce electrical energy and rotation of the lever rotates the external generator shaft to produce electrical energy.

This invention discloses a four-opening flip-top safe, comprising a main body containing a flip-top cabinet, two drawer cabinets, and a drawer cabinet. The flip-top cabinet has a linkage locking mechanism on its front, and the drawer cabinets are restricted from sliding by interlocking baffles and interlocking curved plates. The two drawer cabinets are restricted from sliding by the linkage locking mechanism and lock holes on the drawer cabinets. The flip-top cabinet is locked to the main body by the linkage locking mechanism and lock holes on the flip-top slot. This invention allows for the categorized storage and management of items such as arrows and bows, making retrieval more convenient. Arrows can be retrieved more efficiently through a flip-top operation. The design features a three-in-one structure, requiring the flip-top cabinet to be opened first before the other cabinets can be opened sequentially. The interlocking structure between different cabinets enhances anti-theft and explosion-proof performance, eliminates the need for high-security locks, effectively reduces costs, and is equipped with an electric component for combined electric and manual operation, further reducing limitations.

The utility model discloses a kind of simplified safes, including cabinet and hinged installation to close the cabinet door inside the cabinet, lock box is fixed on the cabinet door, and lock cavity is formed between the lock box and the cabinet door, lock bolt mounting plate capable of transverse motion is loaded in the lock cavity, and lock bolt mounting plate is loaded on the lock bolt mounting plate, and extend to the lock box outside, and it is adapted to the lock plate in the cabinet Lock bolt;Locking rod capable of being inserted into the lock bolt mounting plate upwards is equipped in the lock cavity, further including password unlocking mechanism and emergency unlocking mechanism for controlling the up-down position of the locking rod, and the unlocking lateral control lock bolt mounting plate of poking device, different from conventional safe, after unlocking lock bolt mounting plate, user also needs to press the disc in sleeve with palm again to make it rotate, can make lock bolt mounting plate transverse movement to be unlocked or locked, increase anti-theft performance by simple structure.

A hidden pull-out safe cabinet, comprising a cabinet, a drawer is arranged in the cabinet, a safe cabinet is arranged at the tail of the drawer, a partition is arranged in front of the safe cabinet, a positioning pin is connected to the bottom of the drawer corresponding to the position of the partition, a blocking device is connected below the drawer, when the drawer is pulled out, the blocking device blocks the positioning pin, preventing the safe cabinet from moving outward, an unlocking device is arranged on the side of the cabinet, the unlocking device removes the blocking device, so that the positioning pin is separated from the blocking device, allowing the safe cabinet to move outward. Compared with the prior art, the hidden pull-out safe cabinet of the present application is hidden in the tail of the drawer and is not easy to be found, so that the safe cabinet can be more effectively protected and theft of the safe cabinet can be prevented.

Disclosed in the present application is a method for controlling a timing lock box. The method for controlling a timing lock box includes the following steps: receiving an expected unlocking moment set by a user, time information represented by the expected unlocking moment including year, month, day, hour, and minute information; locking a lock of the timing lock box; determining whether the expected unlocking moment is reached; and in response to reaching the expected unlocking moment, controlling the lock to be unlocked at the expected unlocking moment.