4results about How to "Solve the rupture" patented technology

This utility model discloses an edge-distributed perforated photovoltaic module, comprising: a laminate, on which a first battery string group, a second battery string group, and a third battery string group are disposed; the second and third battery string groups are connected in parallel and then in series with the first battery string group; the first battery string group includes multiple battery strings connected in parallel, and each battery string is divided into two parts connected in series, upper and lower, by a bus bar; the upper part of the first battery string group is connected to a first bypass diode, the lower part of the first battery string group is connected to a second bypass diode, the second battery string group is connected to a third bypass diode, and the third battery string group is connected to a fourth bypass diode; each bypass diode is respectively disposed near the corner of the laminate. This design avoids opening holes in the middle of the backsheet, reduces the risk of stress concentration, and thus solves the problem that opening holes in the middle area of ​​the backsheet easily leads to glass breakage, thereby improving the strength of the laminate.

The utility model discloses a splash-proof condensation vessel and a reaction container, which belong to the technical field of experimental vessels and containers, the splash-proof condensation vessel comprises a flow guide assembly and a condensation pipe, the flow guide assembly comprises a first flow guide vessel, the first flow guide vessel is provided with a liquid inlet, a first flow guide channel and a liquid outlet, and the liquid inlet, the first flow guide channel and the liquid outlet are communicated in sequence; the condensation pipe is sleeved with the first flow guide vessel, the condensation pipe is provided with a first air port and a second air port, the first air port and the liquid inlet are both located in the first end of the first flow guide vessel, and the second air port and the liquid outlet are both located in the second end of the first flow guide vessel. The container is communicated with the outside through the condensation pipe, when the content of gas in the container is reduced, large pressure difference is generated inside and outside the container, due to the pressure difference, the gas in the condensation pipe can automatically enter the container, the pressure difference inside and outside the container is balanced, and the problem that the container is prone to deformation and breakage is solved.

This invention relates to the field of functional food preparation technology, and particularly to an age-appropriate fast-disintegrating functional food tablet and its preparation method. The preparation method of the age-appropriate fast-disintegrating functional food tablet includes steps such as preparing mucosal adhesion microparticles, preparing an inner phase rapid-release phase, preparing an outer phase fast-disintegrating framework phase, core-shell biphase tableting, inner enteric coating, and outer saliva-isolating coating. This invention solves the problems of enteric coating tablet breakage and premature gastric release caused by the mechanical mismatch between the microparticles and the matrix binary system, achieving the maintenance of the integrity of the inner enteric coating and the stability of tableting quality; the problems of traditional enteric coatings being directly exposed to oral saliva leading to surface pre-swelling, decreased integrity after entering the stomach, and premature dissolution in the elevated gastric pH environment of the elderly; and the inability of primary diffusion release to match the short intestinal absorption window, slow peristalsis, and uncontrollable retention time of active ingredients in the elderly.

This utility model discloses a portable mobile punching machine for edible mushroom bags, including a punching device connected to a sliding conveyor mechanism. The punching device is connected above a traveling mechanism via a lifting device. The traveling mechanism is a wheeled structure with braked universal wheels, and the lifting device can adjust the punching height. The punching device includes a clamping mechanism and a punching assembly. The clamping mechanism uses arc-shaped clamping blocks to stabilize the mushroom bags, and the punching assembly achieves flexible punching through a needle plate with a guide rod and a punching needle with a buffer spring. The sliding conveyor mechanism is a three-section slide that can be extended and hinged. This utility model can be flexibly applied to mushroom bag cultivation racks in any position through the traveling mechanism at the bottom, and the mushroom bags can slide directly onto the mushroom bag cultivation rack through the conveyor slide on the device, improving work efficiency. In addition, the punching device absorbs the impact force at the moment of punching through the buffer spring, reducing the breakage of the mushroom bags.