Provided here is a multifunctional tool functioning as a mobile device holder, a safety hammer and a cutter for use in a car. Generally, the multifunctional tool body has a top cover containing magnet(s), a bottom cover, a striking assembly with a striking mechanism disposed between the top and bottom covers, a blade disposed on the outer surface of the body and a clip disposed on the bottom cover. The multifunctional tool is secured to a vehicle vent and can is used to break window glass and/or cut a seat belt in an emergency and to magnetically secure a mobile device for easy accessibility.

A portable rescue tool that is powered by an electric motor. The electric motor has a drive output shaft that transfers rotational power to an angle rotary gearbox. The angle rotary gearbox has an output shaft that is oriented about 90 degrees from the rotational axis of the motor output shaft and is geared so as to increase the torque and reduce the speed of the rotational power. The angle rotary gearbox provides a reduced speed, high torque output at an output shaft that is delivered by a single chain drive to a main rotary actuator where two actuator arms are controlled to move away from each other and toward each other in the operation of the rescue tool. The portable rescue tool is designed to be of a low weight and enhanced cooling properties as present rescue tools.

A portable rescue tool that is powered by an electric motor. The electric motor has a drive output shaft that transfers rotational power to an angle rotary gearbox. The angle rotary gearbox has an output shaft that is oriented about 90 degrees from the rotational axis of the motor output shaft and is geared so as to increase the torque and reduce the speed of the rotational power. The angle rotary gearbox provides a reduced speed, high torque output at an output shaft that is delivered by a single chain drive to a main rotary actuator where two actuator arms are controlled to move away from each other and toward each other in the operation of the rescue tool. The portable rescue tool is designed to be of a low weight and enhanced cooling properties as present rescue tools.

A multifunctional vehicle-mounted mobile phone holder is provided with a window glass breaker on a mounting seat. Under the premise of the mobile phone holder able to retain a mobile phone in a car, the mobile phone holder can be used to break the window glass of the car when there is an emergency for the driver or passenger to escape from the car. The mobile phone holder is convenient and practical. The mobile phone holder can reduce the number of car accessories and the space occupied by the car accessories due to the combination of multiple functions.

A hydraulic implement (1) for portable use includes a hydraulic pump (2), a pump housing (10), a hydraulic cylinder (3) with a piston rod (11), a hydraulic tank (4), hydraulic lines, a compensating device, a manually operable hydraulic control valve (8), a rechargeable battery (9) which is accommodated on the implement (1), and two tool halves (16, 17) that are connected to the piston rod (11) via pivoting arms (12, 13). Each tool half (16, 17) has a wall section (20, 21) that extends perpendicularly to the extension of the longitudinal axis of the piston rod (11). When the tool halves are closed, both wall sections (20, 21) together form a flattened end region (24) that runs perpendicularly to the extension of the longitudinal axis of the piston rod (11).

Approaches presented herein are directed at a mobile device case including an emergency tool (e.g., a window-breaker, a seatbelt cutter). The mobile device case comprises a first compartment formed by an interior face of a mobile device enclosure for holding a mobile device (e.g., a smart phone, a tablet). The emergency tool is housed within a second compartment that is attached to an exterior face of the mobile device enclosure.

A modular safety kit for vehicles has an emergency control unit (ECU), a plurality of sensors and one or more safety devices. The emergency control unit is a computer processor with a plurality of connection ports for receiving information from sensors and sending activation signals to one or more connected safety devices. The sensors include at least one thermal sensor connected to a port and at least one linear heat detection wire connected to a port. The one or more safety devices connected to ports include a fire suppression device, a line cutter device, a line blocker device and a glass breaker device.

A pneumatic motor vehicle window breaking device used in vehicles, comprising: a cylinder and a spike, wherein one end of the spike is fixedly connected to an end of a piston rod of the cylinder, and the other end of the spike is tapered; the cylinder is mounted on a retaining frame. The pneumatic motor vehicle window breaking device directly uses the cylinder and takes high-pressure air as power; only a front end of the spike of the pneumatic motor vehicle window breaking device is required to be mounted at an appropriate position in alignment with a vehicle window before use, and an air valve controls high-pressure air source to drive the spike to complete window breaking, and the device employs a simple structure.

Disclosed herein are systems, devices, and methods for breaking safety glass comprising a support plate having first and second opposed sides, a glass breaking component configured to connect to the support plate, the glass breaking component comprising: a base having first and second opposed sides, and a member having first and second opposed ends, the first end of the member connected to and extending from at least one side of the base and the second end of the member comprising a glass breaking portion, the glass breaking portion having at least one glass cutting edge and configured to break safety glass. Also disclosed herein are methods for using the disclosed systems and devices.

Simulated padlock devices and associated training devices are provided, which allow simulated forcible entry of padlocks using cutting or lock breaking devices. For example, a simulated padlock includes first and second metallic plates, a u-shaped metallic rod, and connecting elements (such as threaded bolts) to connect the first and second metallic plates together with end portions of the u-shaped metallic rod secured between the first and second plates by compressive forces applied from connecting the first and second metallic plates together using the connecting elements. The u-shaped metallic rod is configured to simulate a shackle of the simulated padlock device. The first and second metallic plates, which are connected together with the end portions of the u-shaped metallic rod secured there between, are configured to simulate a lock body of the simulated padlock device with the simulated padlock device in a simulated locked state.