I wish the people I had feelings for were real.
But l know it's difficult.
敢标榜自己真实的人，无论是否包装有无人设，至少维护好大众通过四面八方各种渠道接收信息后对你塑造起来的固有好印象。贵圈再脏行业再乱，也请不要亵渎这个你们可能做不到的词儿的本来属性，让它变成毫无可信度的廉价批发标签️

#比亚迪#官方显示，2022 款比亚迪宋 MAX DM-i 将于 3 月 12 日正式上市。新车已于此前开启预售，共推出 5 款配置车型，预售价区间为 14.68 万-17.38 万元。新款宋 MAX DM-i 的外观延续了“Dragon Face”家族设计，并且将新增“升舱顶”车型。新款宋 MAX DM-i 有 6 座和 7 座不同版本的车型可供选择，其中“升舱顶”车型均为 6 座。“升舱”后的 2022 款宋 MAX DM-i高达 1880mm，内部空间更宽敞。动力方面，新车将搭载由 1.5L 发动机 + 电动机组成的 DM-i 插电式混动系统，亏电油耗 4.4L / 100km，满电满油情况下综合续航 1090km，同时 0-100km / h 加速 7.9 秒。

A.9 KgNB and KN3IWF derivation function 33.501

When deriving a KgNB from KAMF and the uplink NAS COUNT in the UE and the AMF the following parameters shall be used to form the input S to the KDF.

- FC = 0x6E

- P0 = Uplink NAS COUNT

- L0 = length of uplink NAS COUNT (i.e. 0x00 0x04)

- P1 = Access type distinguisher

- L1 = length of Access type distiguisher (i.e. 0x00 0x01)

The values for the access type distinguisher are defined in table A.9-1. The values 0x00 and 0x03 to 0xf0 are reserved for future use, and the values 0xf1 to 0xff are reserved for private use.

The access type distinguisher shall be set to the value for 3GPP (0x01) when deriving KgNB. The access type distinguisher shall be set to the value for non-3GPP (0x02) when deriving KN3IWF.

The input key KEY shall be the 256-bit KAMF.

This function is applied when cryptographically protected 5G radio bearers are established and when a key change on-the-fly is performed.