5results about How to "Strong design" patented technology

The application discloses a kind of decreasing type transient variable load loading device and test method, it is related to loading test simulation technical field.The application includes: first sliding mechanism, first slider is configured with linear sliding along first direction;Second sliding mechanism, second slider is configured with linear sliding along second direction;Constant load force mechanism is used to output constant load parallel with first direction, and load acts on the first slider;The first direction is vertically arranged with the second direction, the first slider is connected with the second slider by inclined connecting rod, the second slider is connected with the product to be measured on the side away from the first slider, the distance between the hinge point of the connecting rod and the first slider and the hinge point of the connecting rod and the second slider in second direction is less than the length of the connecting rod;Overcome the shortcomings of existing variable load loading system structure, small loading range, slow response, realize the purpose of instantaneous decrease of load.

The utility model relates to ammonium nitrate fuel oil explosive technical field and disclose ammonium nitrate fuel oil explosive boost system, including reel body, the lateral wall of reel body is fixed with boost device, boost device includes fixed in reel body surface cylinder feed port axle, the one end fixed with discharge elbow pipe of cylinder feed port axle extension in reel body, the one end fixed with dust cover of cylinder feed port axle extension out reel body, the inside of dust cover is provided with conical air duct, the lateral wall of conical air duct is opened and is provided with air inlet interface, the one end of dust cover is provided with feed inner tube, feed inner tube extension in conical air duct, the one end surface of feed inner tube extension in conical air duct is chamfered, the chamfer is with conical air duct inboard wall adaptation. The utility model design is reasonable, simple structure, convenient operation, system operation is safe, reliable, precision higher and so on.

Provided is a decorative sheet having excellent heat resistance, scratch resistance, and stain resistance. A decorative sheet (1) is provided with a raw material layer (2) and a surface protection layer, and the surface protection layer includes: a first gloss adjustment layer (5) that is provided on the raw material layer (2) and contains a cured product of a first ionizing radiation-curable resin, and a second gloss adjustment layer (6) that is provided on the first gloss adjustment layer (5) and contains a cured product of a second ionizing radiation-curable resin; and a second gloss adjustment layer (6) that partially covers the upper surface of the first gloss adjustment layer (5), contains a cured product of a second ionizing radiation-curable resin, and has an uneven structure on the upper surface in which the ratio (RSm / Ra) of the average length (RSm) of a roughness curve element to the arithmetic average roughness (Ra) is in the range of 10-600. The uneven structure includes a plurality of ridge-shaped portions each protruding in a ridge shape.

This invention discloses a multicolor fluorine magnetic resonance imaging probe based on a metal-organic cage. First, a rhodium-based metal-organic cage is formed by the self-assembly of a fluorinated isophthalic acid ligand and a rhodium salt, covalently introducing the first characteristic fluorine signal. Then, leveraging the coordination ability of the rhodium nodes in the rhodium-based metal-organic cage, it coordinates with a fluorinated pyridine derivative, introducing a second characteristic fluorine signal. This results in a multicolor probe containing both fluorine signals within the metal-organic cage, ensuring that all signals exhibit completely consistent pharmacokinetic behavior in vivo. This achieves true multi-channel synchronous imaging, solving the fundamental problem of spatiotemporal asynchrony of mixed probe signals. The probe system of this invention features precise structure, strong design flexibility, high imaging sensitivity, and multicolor imaging capabilities, providing a new solution for existing fluorine probes with single-channel imaging or complex structures. It also provides a new tool for in vivo multi-target biological imaging and dynamic monitoring.

The invention discloses a functional gradient PVB interlayer film, a preparation method and laminated glass, at least one main surface of the PVB interlayer film is provided with a preset pattern composed of materials with remarkably different adhesive forces, and the pattern comprises a high-adhesive-force area composed of a first PVB composition, a low-adhesive-force area composed of a second PVB composition, and a high-adhesive-force area composed of a second PVB composition. The adhesive force F1 between the high adhesive force area and the glass is greater than the adhesive force F2 between the low adhesive force area and the glass; the film can be realized through structures such as symmetric multi-layer embossing, asymmetric lamination or single-layer patterning. The preparation method comprises a co-extrusion embossing method, a co-extrusion tape casting method, a local printing method and a laser surface modification method. According to the preparation method, the PVB interlayer film is spanned from passive impact bearing to an active guiding mechanical failure mode, the requirements of high impact resistance and easy local breaking and convenient rescue in emergency are comprehensively balanced, the preparation efficiency is high, the compatibility is good, and active design and optimal balance of the safety performance of the laminated glass can be realized.