5results about How to "With fire protection function" patented technology

This invention provides a battery cabinet with a first mounting cavity and a second mounting cavity. Multiple battery packs are disposed within the first mounting cavity, and the air inlet and liquid outlet of each battery pack are connected to a receiving cavity for accommodating cooling medium and battery modules. A fire-fighting device is disposed on the cabinet and is connected to each air inlet to deliver fire-fighting gas into each receiving cavity. A storage device is disposed within the second mounting cavity, and the storage device has an interconnected storage cavity and an air outlet. The storage cavity is used to store cooling medium, and the first mounting cavity is connected to the storage cavity to discharge hazardous gases. Each liquid outlet is connected to the storage cavity to deliver cooling medium and fire-fighting gas into the storage cavity. An exhaust device is disposed on the cabinet and is connected to the air outlet to discharge fire-fighting gas and hazardous gases. This invention effectively solves the problem of low economic efficiency in existing energy storage battery cabinets.

This utility model relates to a flue fireproof backflow preventer, comprising a valve body, a valve plate, and a hinge mechanism, as well as a valve plate locking mechanism. The valve plate locking mechanism includes a hinge seat, a locking element, a fusible link, and a limiting element. The hinge seat is mounted on the valve body. One end of the locking element is hinged to the hinge seat via a locking torsion spring. The locking element has a through hole, through which the free end of the fusible link passes and connects to the limiting element. The fusible link includes a first fusible link and a second fusible link. The limiting element is mounted on the first fusible link, and the second fusible link is connected to the hinge seat. The valve body has a positioning hole for the hinge seat or the second fusible link to extend. This utility model has a simple structure and is easy to operate. It can meet the requirements of normal kitchen ventilation and exhaust of smoke to the public flue, prevent the backflow of high-temperature smoke in the public flue, and prevent high-temperature smoke from entering the public flue during a kitchen fire. It can effectively prevent the spread of fire, giving this flue fireproof backflow preventer high fire resistance and wider application.

The utility model relates to the technical field of medical equipment belts, in particular to an assembly type partition wall which comprises a plurality of transverse keels arranged in parallel, a plurality of sound insulation boards and a plurality of vertical keels arranged in parallel, and first clamping grooves are formed in the opposite faces of the adjacent transverse keels; the multiple sound insulation plates are inserted into the first clamping grooves between every two adjacent transverse keels, and the first clamping grooves are used for limiting the sound insulation plates and fixing the sound insulation plates. Each vertical keel is connected with two adjacent transverse keels, a wiring cavity is reserved between the inner side of each vertical keel and the sound insulation plate, the equipment belt is installed on the outer side of the corresponding vertical keel, and a pipeline of the equipment belt is wired in the wiring cavity. And pipeline arrangement is facilitated. Installation of the sound insulation board is achieved in an inserting mode, and installation is convenient and fast. Meanwhile, after the vertical keel is installed, a wiring cavity is reserved between the inner side of the vertical keel and the sound insulation board, and after the equipment belt is installed on the outer side of the vertical keel, pipelines of the equipment belt are wired in the wiring cavity, so that pipeline arrangement is facilitated.

This invention discloses a water-based coating with fire-retardant and thermal insulation functions, its preparation method, and its application, relating to the field of water-based coatings. This water-based coating with fire-retardant and thermal insulation functions, through an innovative raw material ratio, combines inorganic and organic flame retardants, along with surface-treated insulating glass microspheres and a specific ratio of inorganic hybrid emulsion, successfully enabling the coating to simultaneously possess excellent fire-retardant and thermal insulation properties. Test results of Examples 1-3 show that the coatings all achieve a 1-hour fire resistance rating, with the lowest thermal conductivity reduced to 0.042 W / (m·K), far exceeding the performance of the control example, which only possesses basic fire-retardant functions and insufficient thermal insulation performance. When this multifunctional coating is applied to building exteriors, industrial equipment surfaces, and vehicle interiors, it can effectively prevent the spread of fire, ensure personnel safety, reduce energy consumption, and improve energy efficiency.

This invention discloses a safety monitoring device for university laboratories, belonging to the field of monitoring equipment technology. The invention includes a top frame, monitoring components, an electrical control box, a fire extinguishing component, and a heat dissipation component. Multiple monitoring components are arranged at the bottom of the top frame. The top frame rotates via a rotating mechanism and rises and falls via a lifting mechanism. Each monitoring component includes a mounting plate with a camera body fixed through its center. A support lug is provided at the top of the mounting plate. A crossbeam is integrally formed in the middle of the top frame. This invention enhances the security of the safety monitoring device by incorporating a fingerprint recognition module, a speaker, and various sensors. The fire extinguishing component provides fire-fighting capabilities, and the heat dissipation component improves heat dissipation, thus solving the problems of limited functionality and insufficient security in existing safety monitoring devices.