4results about How to "Way fast" patented technology

The utility model discloses a kind of garden landscape water-adjacent wooden plank road structures, including positioning assembly mechanism and first keel, the first keel is equidistantly provided with several from front to back, the top of several first keels is fixedly connected with second keel, the utility model relates to garden landscape technical field.This kind of garden landscape water-adjacent wooden plank road structure is provided with first keel between several board bodies, when first keel is used to install board body, rotating as the positioning clamping plate of horizontal state can be clamped into the inside of rectangular clamping groove, and when positioning clamping plate and rectangular clamping groove inner wall are attached, can also make the attachment plate with the side of second keel attachment, it is convenient to install threaded bolt, and after threaded bolt and threaded hole and internal thread groove are installed, connection state changes from traditional vertical connection to horizontal connection.

This application discloses a technique for detecting target nucleic acid molecules using an activated fluorescent RNA probe, its expression vector, and a detection method. It includes: probe design and preparation methods; labeling and detection of target nucleic acid molecules in solution samples using the probe; labeling and detection of target nucleic acid molecules in living cells using the probe; and labeling and detection of target nucleic acid molecules in immobilized cells using the probe. This invention overcomes the shortcomings of current commercially synthesized FISH and molecular beacon probes, such as their inability to be genetically encoded, difficult preparation, and high cost. It provides an efficient, simple, and rapid method to obtain activated fluorescent RNA probes for detecting target nucleic acid molecules through genetic encoding or in vitro transcription. This offers a practical tool for research on fundamental life science issues and for point-of-care and even real-time diagnosis of diseases, possessing broad scientific and social significance.

The invention discloses a steel structure plate butt welding device and a working method thereof. The steel structure plate butt welding device comprises a bottom plate, a top plate and lateral supports on the two sides. A clamping assembly used for clamping a steel structure plate is arranged on the lateral support, the welding assembly comprises a welding gun, a motor, a third lead screw, a sliding block and an electric push rod, and front-back movement and height adjustment of the welding gun are achieved; the driving assembly comprises a gear, a rotating rod, a rotating disc and a rack, and vertical displacement of the clamping assembly is achieved through gear and rack transmission. A positioning device is further arranged on the rack, comprises a second lead screw and an internal thread knob and is used for finely adjusting and locking the position of the clamping assembly. Coarse adjustment is achieved through the driving assembly, fine adjustment is achieved through the positioning device, the tops of the two plates with different thicknesses are adjusted to the same horizontal plane, it is ensured that welding faces are aligned, the problems that in the prior art, the welding faces are uneven and the welding seam quality is poor due to the plate thickness difference are solved, and the beneficial effects of being convenient and fast to operate, high in welding precision and high in adaptability are achieved.

The present invention relates to a construction system for building walls that can form wall cladding. Examples of cladding that can be formed with the present invention include facades, party walls, and partition walls. The construction system is characterized in that it consists of a plurality of cables designed to be arranged under tension in a vertical position and a plurality of blocks incorporating coupling means for connecting them to the cables to ensure the integral bond forming the wall. The walls thus formed require neither the use of mortar nor construction by skilled workers, which allows for easier, cleaner, and faster construction of exposed wall faces, whether new or existing, and, in the case of thin materials, with the assurance that the material will not detach.