5results about How to "Convenient detachable installation" patented technology

This application discloses a wire bridge, an electrical control device, and HVAC equipment. The wire bridge is applied to the electrical control device, which has mating holes. The wire bridge includes a main body and a connecting part. A wire channel is formed within the main body, through which connecting wires are arranged in an orderly manner, making the wiring inside the electrical control box neater and helping to reduce improper contact between connecting wires and components of various circuit modules. The connecting part is connected to the side of the main body opposite to the opening of the wire channel. The connecting part is used to insert into the mating hole to fix the wire bridge inside the electrical control device. This facilitates the installation and replacement of the wire bridge and helps to reduce the size of the wire bridge along the width direction of the wire channel. In the electrical control device of this application, the wire bridge is installed in the electrical control box through the connecting part. The position of the wire bridge is independent of the circuit modules inside the electrical control box. When maintenance or replacement of circuit modules is required, there is no need to disassemble the wire bridge, effectively improving the maintainability and assembly convenience of the electrical control device.

The utility model discloses a detachable chute heating device, including chute body, the top of chute body is provided with the installation along, the bottom of installation along is provided with first locking post, and the top is provided with second locking post, and the bottom of chute body is provided with a plurality of heating cover, and the top of heating cover is provided with first connecting along, and is seted up first locking hole on first connecting along, and first locking post extends to the outside of first locking hole, and is provided with first locking nut in screw thread, and the top of chute body is provided with heat -preserving cover, and is provided with burner on heat -preserving cover, and the both ends of heat -preserving cover are provided with second connecting along, and are seted up second locking hole on second connecting along, and second locking post extends to the outside of second locking hole, and is provided with second locking nut in screw thread, the utility model discloses can realize the convenient disassembly of heating cover, and can improve the heating effect of chute body.

The utility model discloses an anti-toppling structure of an oxygen bottle. An oxygen bottle anti-toppling structure comprises a hoop used for being fixed to the outer side of an oxygen bottle and further comprises a buffer base, the buffer base comprises an installation base, and an installation hole is formed in the installation base; the mounting base is connected with the outer edge of a buffer frame through four shock absorbers; the inner wall of the buffer frame is hinged to the outer edge of a hemispherical base through four dampers arranged in the circumferential direction, and the hemispherical base is supported at the bottom of the buffer frame. A limiting groove for embedding an oxygen bottle is formed in the center of the semispherical base, and the hoop is hinged to the semispherical base through a supporting rod which is obliquely arranged. The shock absorbers are additionally arranged to achieve longitudinal shock absorption, and buffering in the front-back direction and the left-right direction is achieved through the four dampers arranged in the circumferential direction. The oxygen bottle is installed on the hemispherical base, and the anti-toppling effect of the oxygen bottle is improved through the large semicircular structure at the bottom.

The utility model relates to a portable stem cell injection device. Including intermediate saddle, one end pivotal connection has clamping plate seat no.

The utility model discloses wearable equipment for recording a maintenance site. The wearable equipment comprises a power supply module, a wearable mechanism and a maintenance recording mechanism, the wearing mechanism is used for being worn on a maintainer, the power supply module and the maintenance recording mechanism are both installed on the wearing mechanism, the maintenance recording mechanism records and stores images and sounds in the maintenance process, and the power supply module supplies power to the maintenance recording mechanism. According to the wearable device, video recording can be performed on the maintenance process by using the maintenance recording mechanism, so that the maintenance process is traceable, and reliable supervision on the maintenance process of each maintainer is realized; the maintenance recording mechanism can be conveniently and detachably mounted by using the wearing mechanism, so that later disassembly and maintenance are facilitated.