8results about How to "Open efficiently" patented technology

This utility model relates to the technical field of packaging machines, specifically a zipper opening mechanism for a laundry detergent packaging machine. It includes a zipper guide assembly, an air-blowing opening assembly, and a bag-supporting assembly. The bag-supporting assembly is rotatably connected to the top of the zipper guide assembly. The air-blowing opening assembly is located on one side of the zipper guide assembly and includes an opening column, an opening swing arm, an opening suction tube, and an air blowing pipe. The opening column is hollow. The opening swing arm and the air blowing pipe are both fixed to the opening column. One end of the opening suction tube is movably connected to the opening swing arm, and the other end is equipped with a vacuum suction cup. The air blowing pipe is bent and extends above the vacuum suction cup. This utility model, through the coordinated work of the zipper guide assembly and the air-blowing opening assembly, enables the mechanism to open zipper bags efficiently and accurately. Simultaneously, the bag-supporting assembly keeps the bag opening stable, thus improving the production efficiency of the packaging machine.

This invention provides a commercial vehicle chassis assembly and a vehicle having the same, relating to the field of commercial vehicle chassis technology. The commercial vehicle chassis assembly includes a front crossbeam and two longitudinal beams. The two longitudinal beams extend along the length of the vehicle body and are positioned opposite each other along the width of the vehicle body. The front crossbeam is connected to the longitudinal beams via a connector. Along the length of the vehicle body, one end of the front crossbeam and one of the longitudinal beams are spaced apart to create an installation space between the front crossbeam, the connector, and a portion of the longitudinal beams. This installation space is used for at least the installation of a cooling system. This invention solves the problems of limited lateral space at the front of the chassis and low design freedom in existing technologies.

The utility model provides a kind of activation device and gas spacer of self-inflating gas bag, the gas tank filled with compressed gas is included in the gas bag, the device includes shell and trigger assembly;The shell has hollow structure, to slidably be set in the outside of the gas bag, and the shell has the attachment portion for being attached with halyard;One end of the trigger assembly is fixedly connected with shell, and the other end extends to the inside of shell;When the shell is set in the outside of the gas bag, the trigger assembly can indirectly contact with the opener of the gas tank.The scheme of the application can realize the accurate positioning of gas bag in various scenarios.

This utility model relates to a mixing device for mixing tobacco shreds, comprising: a set of drive motors; a mixing container with several mixing protrusions on its inner sidewall, the two sides of the mixing container being driven to the output shafts of the drive motors; a set of annular baffles, symmetrically arranged longitudinally on both sides of the middle of the mixing container, with several corresponding guide holes spaced apart on the mixing container between the annular baffles, each guide hole being connected to a corresponding one-way valve; an air inlet mechanism, including an air inlet pipe located below the center of the bottom of the mixing container, the air outlet of the air inlet pipe being fixedly fitted with a cover, the cover being embedded between the annular baffles; and an exhaust assembly for opening the one-way valves rotating through the lower side of the exhaust assembly. This utility model effectively overcomes the problem of tobacco shreds entanglement with the mixing components and effectively ensures the mixing effect of the tobacco shreds.

The utility model discloses a kind of waste liquid collection automatic lifting systems, for waste liquid collection, including waste liquid collection box, pumping device, liquid level sensing device and PLC device;The input end of the waste liquid collection box is communicated with waste liquid input pipe;The liquid level sensing device is located inside waste liquid collection box, and the pumping device and liquid level sensing device are electrically connected with PLC device;The input end of the pumping device is communicated with waste liquid collection box, and the output end of the pumping device is communicated with waste liquid collection tank inside.The beneficial effect: effectively through the alarm signal of PLC device, the liquid level control of waste liquid is more accurate, realizes multipoint control.

The application belongs to the technical field of optical fiber sensing and functional materials, and discloses a composite aerogel and application of the composite aerogel in preparation of an optical fiber VOCs sensor. On the surface of a multimode interference structure, a composite aerogel sensitive coating with adjustable nanoporous structure is in-situ constructed through a dip-coating and freeze-drying process. By adjusting the ratio of TOCNF and PVA, the specific surface area and surface functional groups of the coating are optimized, and the coating has a specific response mechanism to acetone, which causes the swelling of a polymer network and a significant change in refractive index, and then modulates the wavelength drift of a multimode interference spectrum to realize sensing. The prepared optical fiber VOCs sensor is especially suitable for chemical process safety monitoring, online evaluation of indoor air quality, non-invasive disease auxiliary screening based on breath acetone concentration and other fields.

The application provides a spraying agent for preventing and treating snails and a preparation method and application thereof, and belongs to the technical field of pesticides. The spraying agent comprises ginkgo leaf extract, psoralea corylifolia fruit extract, bloodgrass extract, modified chitosan, hydroxypropyl-beta-cyclodextrin, tetrahydro-piperine, eucalyptol, polyvinyl alcohol, surfactant, dispersant and water. The spraying agent has both contact killing and stomach poisoning effects by using three plant source extracts as snail killing active ingredients. Tetrahydro-piperine and eucalyptol are compounded as penetration enhancers, which can effectively open the snail body surface channel, improve the penetration rate and bioavailability. The modified chitosan and polyvinyl alcohol form a water-resistant film skeleton, and the inclusion protection of hydroxypropyl-beta-cyclodextrin, so that the spraying agent forms a water-resistant protective film on the surface of plants or buildings. The spraying agent has the advantages of high efficiency, rainwater resistance, long persistence and the like, and can be widely applied to the prevention and treatment of snails on the surfaces of crops, flowers, lawns and buildings.