37results about How to "Full size" patented technology

A collapsible cage / crate for pets having an inner framework within a soft-sided shell. The internal framework is integrated and manipulated by two locking hubs such that when the hubs are unlocked and urged towards each other, the crate collapses. In its deployed configuration, the crate provides an area for an animal to be confined whereas when the crate is collapsed the crate is compact and easy to transport. The outer shell of the crate is formed of fabric and includes one or more mesh panels in order to provide airflow into and out of the crate. Access is gained to the interior of the crate through one or more doors.

The invention discloses an intelligent camera shooting monitoring device and a mounting and debugging method thereof. The device comprises mounting racks and fixed beams. The two sides of the mounting racks are equipped with lifting mechanisms. A camera shooting device is arranged between the mounting racks. The camera shooting device comprises a mounting beam, camera shooting mechanisms, and a camera shooting adjustment mechanism. The two sides of the mounting racks are equipped with angle adjustment components which match the camera shooting mechanisms. The method comprises the following steps: (1) determining a mounting position; (2) mounting lifting mechanisms; (3) mounting a main frame of the intelligent camera shooting monitoring device; (4) mounting a camera shooting adjustment mechanism; (5) mounting camera shooting mechanisms; (6) mounting angle adjustment components; (7) laying camera lines and auxiliary equipment; and (8) debugging cameras. By finely adjusting the height and slope of two cameras, the monitoring scope of the intelligent camera shooting monitoring device is expanded, and it is ensured that complete and clear monitoring points and a monitoring scope specified in design can be acquired in a display screen.

The invention discloses a method for preparing SiO2 / TiO2 composite powder, which comprises the following steps of: dissolving tetraethoxysilane and ammonia water in absolute ethyl alcohol respectively, mixing the tetraethoxysilane and the ammonia water at one time under the ultrasonic condition, continuously performing ultrasonic separation and precipitation to obtain SiO2 submicron spheres with uniform particles and complete appearance; adding the SiO2 submicron spheres into tetrabutyl titanate sol C taking the ammonia water as a solvent, citric acid as a complexing agent and polyethylene glycol as a dispersing agent, performing sufficient ultrasonic dispersion, and stirring and heating to obtain wet gel; and further drying and foaming to compound SiO2 and TiO2 constantly, and calcining to obtain the SiO2 / TiO2 composite powder. The method disclosed by the invention has short preparation period; and the prepared SiO2 / TiO2 composite powder is complete spheres of which the particle sizeis 200 to 600nm and has high purity and yield.

The invention provides a gear and a method for manufacturing the same. The gear comprises an alloy base body and a reinforcing body which is embedded in the alloy base body and is a gear framework woven from transverse steel wires and longitudinal steel wires in a staggered manner. By the method for manufacturing the gear, a process of performing two forging steps in one heat and an ion sputtering and spraying method are adopted. Compared with the prior art, the gear and the method for manufacturing the same maintain characteristics of high strength, high hardness, high temperature resistance and high heat conduction coefficient of the conventional steel and iron materials, also have characteristics of good plasticity and low density of an aluminum alloy material. By the method for manufacturing the gear, the obtained gear is complete in shape and dimension and is light through plastic deformation such as precision forging, tooth profile deformation is low, the wear resistance of a tooth surface is increased, meshing noise is low, and the gear is long in service life and has excellent popularization and application value.

Disclosed is a core shooting core box for producing rod-shaped sand cores. The core shooting core box comprises an upper core shooting core box and a lower core shooting core box which are subjected to mold splitting along the horizontal mold splitting face, sand shooting nozzles arranged at the top of the upper core shooting core box, exhaust holes formed in the bottom of the lower core shooting core box, sand core grooves extending towards the insides of the upper core shooting core box and the lower core shooting core box along the horizontal mold splitting face, mounting grooves and rod-shaped sand core boxes arranged in the mounting grooves. The mounting grooves extend towards the insides of the upper core shooting core box and the lower core shooting core box along the horizontal mold splitting face. The core shooting process that the rod-shaped sand core boxes are embedded in the core shooting core box is adopted for producing cores. The rod-shaped sand core boxes are of a horizontal mold splitting structure, and the rod-shaped sand core boxes are arranged vertically in the core shooting core box to be matched with the sand shooting nozzles and the exhaust holes. Compared with the prior art, the core shooting core box has the advantages that rod-shaped sand cores can be shot solidly, and accordingly the rod-shaped sand cores which are complete in size and sufficient in strength can be obtained.