51results about How to "Arbitrary assembly" patented technology

The invention discloses a self-rotating ventilation stirring device in the field of fluid medium mixing and stirring. The first-stage stirring mechanism is composed of four rotating blades of a five-way body, the second-level stirring mechanism is composed of a six-way body and four rotating leaves, and the four sides of the five-way body are The inner end of each rotating blade is connected and the bottom surface is connected to the top surface of the hexapod; the four sides of the hexapod are respectively connected and communicated with the inner end of a rotating blade, and the bottom surface is connected to the secondary connecting pipe, and the pressure gas flows from the center below the secondary connecting pipe Through-hole entry; each rotating blade is a hollow pipe fitting arranged horizontally and radially, the middle section is a straight pipe section, and the outer end is a straight elbow bent toward one direction of rotation; each of the four rotating blades has a straight elbow There are multiple first exhaust hole groups on the end surface, and multiple second exhaust hole groups on the semi-circular surface on the same side of the straight pipe section in the middle section as the end surface of the straight elbow; directly use the pressure gas in the pipe to drive the stirring device For mixing and stirring, it has the dual advantages of aeration stirring and mechanical stirring.

The invention provides a sprinkler capable of being quickly dismounted and mounted. The sprinkler comprises a sprinkler body and a water outlet assembly; the sprinkler body comprises a sliding clamping locking part which is glidingly connected to the sprinkler body, an avoiding chamber which is corresponding to the sliding clamping locking part during sliding, and a pressing part which is movably connected to the sliding clamping locking part; a fixed clamping locking part which is matched with the sliding clamping locking part is arranged in the water outlet assembly; the pressing part is pressed to drive the sliding clamping locking part to slide in the avoiding chamber and synchronously drives the sliding clamping locking part to be matched with the fixed clamping locking part, so as to dismount and mount the water outlet assembly and the sprinkler body. According to the sprinkler capable of being quickly dismounted and mounted, the water outlet assembly and the sprinkler body can be separated by pressing the pressing part; the structure is simple; the operation is convenient.

The invention discloses a photographing miniature mobile trolley system device which comprises a sliding track frame component, a mobile trolley and a transmission mechanism. The sliding track frame component comprises a sliding track. A trolley body of the mobile trolley is of a sleeve type structure. A pulley block is fixed in the trolley body. The trolley body is arranged on the sliding track in a sleeving mode. The pulley block is fixed on the inner wall of the trolley body. A slip rope connecting buckle is fixedly arranged on the upper surface of the trolley body and fixes a slip rope. The slip rope drives the mobile trolley to move along the sliding track through the transmission mechanism. A camera or a probe is arranged on the trolley body through a connecting piece. The mode that the sliding track and pulleys of the mobile trolley are matched is used, so that the mobile trolley moves stably, and a stable power source is provided. The component can be assembled freely, and photographing needs of different scenes are met. A single-track frame formed by a handle and a truss are driven by a slip rope motor, and a transmission mode is smooth and steady. The problems that framing and photographing are hard at a scene where the number of obstacles is large, and equipment power is not stable are solved.

The invention belongs to the research field of internal combustion engines and provides a calibration device and method for a high-pressure natural gas injector. The calibration device for the high-pressure natural gas injector comprises a computer, an injector control system ECU, the natural gas injector, calibration assemblies and a gas supplying system. One end of the natural gas injector is connected with a nature gas tank of the gas supplying system through a high-pressure metal hose, and the other end of the natural gas injector is installed on the calibration assemblies through a fixture. The calibration device is overall sealed. The injector control system ECU controls the natural gas injector to be opened and closed. According to the calibration device and method for the high-pressure natural gas injector, the pressure change value of gas in the device when the natural gas injector operates within a certain time is measured, and then the one-time injection gas quantity of the injector is worked out, so that important experimental data are provided for the development of a natural gas engine; a combined method is adopted by the calibration assemblies in the design, and the calibration assemblies can be freely assembled according to the requirement and are high in flexibility; and the gas tightness and the safety of the calibration device for the high-pressure natural gas injector are ensured through the reasonable structural design and precise machining.