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1653results about "Packaging vehicles" patented technology

Reclosable package and method

InactiveUS6070723AWidth minimizedMaximizing usable package volumePackaging vehiclesContainers for machinesEngineeringBlisters
A reclosable package and method having an integral reclosable door adjacent one end that permits article removal from the end of the package. The package is comprised of a thermoformed blister body joined to a thermoformed backing body. The blister body has sidewalls, endwalls and a peripheral flange broken into a first section adjacent the door where the height of the sidewalls decrease and a second section opposite the door with the first section angled relative to the second section. The backing body carries the door and has an integral peripheral rib inboard of a peripheral flange with the flange having a first section about the door and a second section disposed away from the door. The rib has a pair of longitudinally-extending sections divided by a notch that preferably is a transverse rib that causes the door to bend about a desired fold line that runs generally through or adjacent the ribs or notches when urged away from a closed position. In a preferred method, after performing a multilevel trim operation to trim the multiplanar flanges of one or both the blister body and the backing body, the two bodies are joined at the flange sections about a portion of the periphery to adjacent the fold line using an energy welding process, preferably RF welding, that produces a narrow tear seam that enables finished package flange width to be minimized to thereby also minimize package width.

Unmanned aerial vehicle transport case

The invention discloses an unmanned aerial vehicle transport case. The unmanned aerial vehicle transport case comprises a case body. Guide rods are arranged at the four corners of the interior of thecase body. The guide rods are fixedly connected to the inner sidewalls of the case body. A carrying platform is slidably connected to the four guide rods. The lower end of the carrying platform is provided with two mounting blocks which are arranged on the two sides of the carrying platform correspondingly. A slide rail is connected between the two mounting blocks. Two first movable blocks are sliding block arranged on the slide rail in a sleeving mode. A threaded block is arranged at the internal bottom of the case body. One end of the threaded rod is rotatably connected to the inner sidewallof the case body. The other end of the threaded rod penetrates through the sidewall of the case body and extends to the outer side of the case body. A driving device is fixedly arranged on the sidewall, close to the lower end, of the case body. The unmanned aerial vehicle transport case is simple in structure, convenient and fast to operate, capable of being directly used as an unmanned aerial vehicle lifting platform, convenient to carry and wide in application range and is provided with a buffer mechanism to improve the transport safety of unmanned aerial vehicles.

Motor controller packing box

The invention discloses a motor controller packing box. The motor controller packing box comprises a packing box main body and a box cover. The packing box main body is matched with the box cover. First damping springs are evenly welded to the bottom and the four walls of the packing box main body at equal intervals. First damping plates are welded to the ends, away from the packing box main body, of the first damping springs. Damping airbags are connected to the sides, away from the first damping springs, of the first damping plates. Damping balloons are arranged in the damping airbags. Slippage prevention layers are arranged on the two sides of the damping balloons. Second damping springs are welded to the inner top end of the box cover at equal internals. A second damping plate is welded to the ends, away from the box cover, of the second damping springs. The second damping plate and the first damping plates are of the same structure. A clamping groove is formed in the side walls of the box cover. According to the motor controller packing box, by arranging the damping airbags, the damping balloons and the slippage prevention layers on the damping plates, collision of motor controllers and packing box containing inner cavities in the transportation process is effectively avoided, and damage of the motor controllers in the transportation process is effectively avoided.
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