6results about How to "Promote coexistence" patented technology

This utility model discloses a wildlife burrowing structure for landscape gardens, relating to the field of landscape design technology. It includes a biomimetic tree trunk with first and second biomimetic branches. A first tree hole is formed at the bottom of the trunk, and a second tree hole is formed in the middle. A third and fourth tree hole are formed on the first and second biomimetic branches, respectively. Hanging holes are also formed on both branches. This utility model, by creating tree holes and bird nests of different heights on the biomimetic trunk and branches, simulates traditional tree holes and bird burrows. It can serve as nests for both reptiles and wild birds, facilitating better coexistence of different species of wildlife in the landscape garden. Compared to existing common animal burrowing structures, this utility model has a wider range of applications and, due to its three-dimensional design, can improve the space utilization rate of the landscape garden.

The invention discloses a fusion interface response data method applied to the third generation of modern Web front end, including EDPReact core template instruction set edp-, EDPReact component, EDP React page and EDPReact route; EDPReact core template instruction set edp-: mainly used in HTML template interface view, so that the interface has data response; EDPReact component: including HTML template, component object, HTML template support set edp-; EDPReact page: the page is ordinary HTML, ordinary HTML can also support template instruction set, can also be mounted by Mount, and can also include various standard EDPReact components, so the EDPReact page can make the interface of the previous generation compatible and have modern components; EDPReact route. The invention solves the problem that the current development of the third generation Web application is incompatible with the traditional code and architecture, which brings huge cost waste and upgrade costs.

The present invention provides a method of coordinating access to radio resources by at least one first type of device comprising a first type of wireless interface, at least one second type of device comprising a second type of wireless interface, and at least one third type of device comprising both the first type of wireless interface and the second type of wireless interface communicatively coupled to each other, a portion of the radio resources is at least partially and / or temporarily shared for use among the first, second and third classes of devices within the time interval. The first and second types of wireless communication interfaces are non-interoperable. According to the method, in the dual-mode UE, information about resource reservation of the first type of wireless interface and the second type of wireless interface is distributed to the single-mode UE using the corresponding other type of wireless interface.

The invention relates to early launch late detection attack detection. In one embodiment, a method includes receiving, by a first device (110), a first signal, determining, by the first device (110), a detection metric indicative of a deviation between the first signal (110) and a reference signal, and performing, by the first device (110), an action based on the detection metric and a detection threshold level.

The invention discloses alite-belite-calcium sulphoaluminate cement clinker prepared from high-silicon low-grade limestone and aluminum solid waste and a method, and the mineral phase of the clinker comprises the following components in percentage by mass: 30-50% of C3S, 30-50% of C2S, 10-30% of C4A3, 0-5% of C4AF, 0-5% of CaSO4 and metal ion oxide. 20-50% of high-silicon low-grade limestone is used for partially replacing a calcium raw material and completely replacing a siliceous raw material; the aluminum solid waste completely replaces an aluminum raw material and an iron raw material. The alite-belite-calcium sulphoaluminate cement clinker prepared by the method is high in utilization rate of the low-grade limestone and the aluminum solid waste, does not need to improve a traditional Portland cement clinker production process, and is good in burnability, low in sintering temperature, high in hardening speed, high in early strength and stable in later strength development compared with the latter. The problem of utilization of low-grade limestone and aluminum solid waste is effectively solved, the cement clinker production cost is reduced, and carbon emission in the cement production process is reduced.

The invention provides a communication method and a communication network. The communication method comprises the following steps: a network management server receives a first data record sent by a WiFi probe, wherein the first data record comprises related parameters of a first data frame transmitted by a first device in a WiFi network through an unlicensed spectrum resource in a target time period; updating the target data table based on the first data record; determining a target transmission probability corresponding to a third data frame to be transmitted in the first network based on the updated target data table; and the UPF and the base station transmit the third data frame through the unlicensed spectrum resource based on the target transmission probability. According to the communication method, the contention of the unlicensed spectrum resources between the NR-U and the WiFi network is effectively reduced, the use performance of the WiFi network is ensured, the transmission success rate of the NR-U for transmitting the data frames through the unlicensed spectrum resources is improved, meanwhile, firmware upgrading of the 5G terminal and the 5G base station is avoided, and deployment of the NR-U is simplified.