摘要：【中文】本申请提供一种传输资源分配方法及装置，涉及通信技术领域，能够灵活的控制传输资源的预留个数。该方法包括：在每个周期内，网络侧设备获取该网络侧设备在当前周期内调度的用户设备UE的数量信息；网络侧设备根据该数量信息，分配M个用于传输HARQ应答信息的传输资源，M表示与该数量信息所在区间对应的数值。 【EN】The application provides a transmission resource allocation method and a transmission resource allocation device, relates to the technical field of communication, and can flexibly control the reserved number of transmission resources. The method comprises the following steps: in each period, network side equipment acquires the quantity information of User Equipment (UE) scheduled by the network side equipment in the current period; and the network side equipment allocates M transmission resources for transmitting the HARQ response information according to the quantity information, wherein M represents a numerical value corresponding to the interval where the quantity information is located.

摘要：【中文】本发明提供了一种分层入味的方法，包括如下步骤：原料获取，获得具有膨胀孔隙的坚果；入味步骤，分别调配好两种以上的油溶味料，依次进行不同油溶味料的入味操作，入味操作的具体过程为：将油溶味料与坚果在入味温度下进行搅拌混合，冷却后即实现该油溶味料的入味操作；当所有油溶味料均完成入味操作后即制成成品。本发明通过该方法的优化，能够实现在同一坚果中逐层呈味的目的，本发明丰富了坚果类产品的口感，改变了原有口味单一的问题。 【EN】The invention provides a layered flavoring method, which comprises the following steps: obtaining raw materials to obtain nuts with expanded pores; a flavoring step, wherein more than two oil-soluble flavoring materials are respectively prepared, and flavoring operation of different oil-soluble flavoring materials is sequentially carried out, and the flavoring operation comprises the following specific processes: stirring and mixing the oil soluble flavoring and the nuts at a flavoring temperature, and cooling to realize the flavoring operation of the oil soluble flavoring; and (4) finishing the flavoring operation of all the oil-soluble materials to obtain the finished product. The invention can realize the purpose of flavor development layer by layer in the same nut through the optimization of the method, enriches the taste of nut products and changes the problem of single original taste.

摘要：【中文】本发明公开了一种用于保护地铁桥墩的钢管桩施工方法，所述方法包括根据待挖隧道边缘线确定保护墙位置，并在所述保护墙位置施工保护墙，以将地铁桥墩与待挖隧道隔离；在地铁桥墩周围施工袖阀管，以使得地铁桥墩周围均布置有袖阀管。本发明通过保护墙将高架桥墩基础范围的土体进行隔断，避免隧道开挖过程中土压不平衡而造成高架桥墩基础土方流失，防止桥墩基础侧压力不平衡而造成侧向变形，再通过袖阀管注浆包裹地铁桥墩，可避免桥墩基础范围内的水流失，对高架桥墩基础起到预加固的作用。 【EN】The invention discloses a steel pipe pile construction method for protecting subway piers, which comprises the steps of determining the position of a protection wall according to an edge line of a tunnel to be excavated, and constructing the protection wall at the position of the protection wall so as to isolate the subway piers from the tunnel to be excavated; and constructing sleeve valve pipes around the subway piers so as to ensure that the sleeve valve pipes are uniformly distributed around the subway piers. According to the invention, the soil body in the range of the viaduct pier foundation is cut off through the protection wall, so that the earthwork loss of the viaduct pier foundation caused by unbalanced soil pressure in the tunnel excavation process is avoided, the lateral deformation caused by unbalanced lateral pressure of the pier foundation is prevented, and the subway pier is wrapped by grouting through the sleeve valve pipe, so that the water loss in the range of the pier foundation can be avoided, and the function of pre-reinforcing the viaduct pier foundation is achieved.

摘要：【中文】本发明属于肥料技术领域，具体涉及一种包衣控释肥料，所述包衣控释肥料包括肥料颗粒和包裹在所述肥料颗粒表面的包衣，其特征在于，制成所述包衣的材料包括聚羟基脂肪酸酯。本发明提供的包衣控释肥料，采用聚羟基脂肪酸酯作为包衣的材料，使得包衣控释肥料具有良好的生物降解性、生物相容性以及控释效果。不仅如此，本发明提供的包衣控释肥料还能为土壤中的微生物提供有机碳源，提高肥料的利用率，增加土壤的肥力，从而促进植物生长发育。 【EN】The invention belongs to the technical field of fertilizers, and particularly relates to a coated controlled-release fertilizer which comprises fertilizer particles and a coating coated on the surfaces of the fertilizer particles. The coated controlled-release fertilizer provided by the invention adopts the polyhydroxyalkanoate as the coating material, so that the coated controlled-release fertilizer has good biodegradability, biocompatibility and controlled-release effect. Moreover, the coated controlled-release fertilizer provided by the invention can also provide an organic carbon source for microorganisms in soil, improve the utilization rate of the fertilizer, and increase the fertility of the soil, thereby promoting the growth and development of plants.