**对比文件名称：** US2021022110A1_Description_20260105_0522
**目标专利名称：** 由无线设备管理寻呼监测
**本次调用模型名称：** DeepSeek最新版本模型
### 特征比对表格
| 技术特征描述及公开性判断 | 对比文件原文引用 | 公开性论述 |
| **技术特征A：《直接公开》**<br>一种由无线设备的装置管理寻呼监测的方法 | [0005] One innovative aspect of the subject matter described in this disclosure may be implemented in a wireless device. Some implementations may include receiving a serving cell signal from a cell, determining a delay time based on the serving cell signal, monitoring for a paging signal during the determined delay time, and stopping the monitoring for the paging signal upon or after expiration of the determined delay time. | 对比文件[0005]段开篇明确说明“本公开中描述的主题的一个创新方面可以在无线设备中实施”，并随后列出了由无线设备执行的方法步骤，包括接收服务小区信号、确定延迟时间、监测寻呼信号及停止监测。这直接公开了目标专利权利要求中“一种由无线设备的装置管理寻呼监测的方法”这一上位主题。该主题在对比文件中与其在目标专利中的作用相同，都是为解决无线设备在未许可频谱中监测寻呼时功耗与接收成功率平衡的问题。 |
| **技术特征B：《直接公开》**<br>从小区接收服务小区信号 | [0005] Some implementations may include receiving a serving cell signal from a cell... | 对比文件[0005]段直接、明确地记载了“从小区接收服务小区信号”。该步骤是方法执行的起点，与其在目标专利中为解决技术问题所起的作用完全相同，即作为无线设备获取信息以决定后续寻呼监测行为的依据。 |
| **技术特征C：《直接公开》**<br>基于所述服务小区信号确定延迟时间 | [0005] ...determining a delay time based on the serving cell signal... | 对比文件[0005]段直接、明确地记载了“基于服务小区信号确定延迟时间”。该步骤是方法的核心决策环节，与其在目标专利中为解决技术问题所起的作用完全相同，即根据接收到的信号动态计算一个用于控制监测时长的延迟时间。 |
| **技术特征D：《直接公开》**<br>在所述服务小区信号中接收信道占用时间COT结构指示符 | [0008] In some implementations, determining the delay time based on the serving cell signal may include determining that the serving cell signal includes a channel occupancy time (COT) structure indicator... | 对比文件[0008]段直接、明确地记载了“确定服务小区信号包括信道占用时间(COT)结构指示符”。根据说明书上下文（例如[0076]段），COT结构指示符是由基站发送给无线设备的。因此，“接收服务小区信号”的步骤中必然包含了接收该指示符的内容。这直接公开了“在服务小区信号中接收COT结构指示符”。其在对比文件中的作用与在目标专利中相同，都是作为确定延迟时间的一种具体信号类型。 |
| **技术特征E：《直接公开》**<br>以及响应于在所述服务小区信号中接收到所述COT结构指示符而确定所述延迟时间 | [0008] ...and determining the delay time based on the determination that the serving cell signal includes the COT structure indicator. | 对比文件[0008]段明确记载了“基于确定服务小区信号包括COT结构指示符来确定延迟时间”。这直接公开了“响应于在服务小区信号中接收到COT结构指示符而确定延迟时间”这一因果关系。其作用与目标专利中相同，即根据接收到的特定信号类型触发延迟时间的确定逻辑。 |
| **技术特征F：《直接公开》**<br>在所确定的延迟时间期间监测寻呼信号 | [0005] ...monitoring for a paging signal during the determined delay time... | 对比文件[0005]段直接、明确地记载了“在所确定的延迟时间期间监测寻呼信号”。该步骤是方法的执行部分，与其在目标专利中为解决技术问题所起的作用完全相同，即在动态确定的时长内进行寻呼监测，以平衡功耗与接收机会。 |
| **技术特征G：《直接公开》**<br>在所确定的延迟时间期满之时或之后停止对所述寻呼信号的监测。 | [0005] ...and stopping the monitoring for the paging signal upon or after expiration of the determined delay time. | 对比文件[0005]段直接、明确地记载了“在所确定的延迟时间期满之时或之后停止对寻呼信号的监测”。该步骤是方法的结束部分，与其在目标专利中为解决技术问题所起的作用完全相同，即在达到预定条件（延迟时间结束）后停止监测以节省功耗。 |
| **技术特征H：《直接公开》**<br>从小区接收服务小区信号包括：从所述小区接收对多个寻呼信号监测时机的指示。 | [0006] In some implementations, receiving the serving cell signal from the cell may include receiving an indication of multiple paging signal monitoring occasions from the cell. | 对比文件[0006]段直接、明确地记载了“从小区接收服务小区信号可以包括：从小区接收对多个寻呼信号监测时机的指示”。这公开了接收服务小区信号的一种具体实施方式。其在对比文件中的作用与在目标专利中相同，即获取关于寻呼监测时机的配置信息。 |
| **技术特征I：《直接公开》**<br>从所述小区接收对所述多个寻呼信号监测时机的指示包括：从所述小区接收对要从所述小区发送的同步信号块SSB的数量、和寻呼时机中每个SSB的物理下行链路控制信道PDCCH监测时机的数量的指示。 | [0006] In such implementations, receiving the indication of multiple paging signal monitoring occasions from the cell may include receiving an indication from the cell of a number of synchronization signal blocks (SSBs) to be transmitted from the cell and a number of physical downlink control channel (PDCCH) monitoring occasions per SSB in a paging occasion. | 对比文件[0006]段在描述了特征H后，进一步明确记载了“在这样的实施方式中，从小区接收对多个寻呼信号监测时机的指示可以包括：从小区接收对要从小区发送的同步信号块(SSB)的数量、和寻呼时机中每个SSB的物理下行链路控制信道(PDCCH)监测时机的数量的指示”。这直接、完整地公开了技术特征I的全部内容。其作用是为无线设备提供精确的监测时机配置。 |
| **技术特征J：《直接公开》**<br>基于所述服务小区信号确定延迟时间包括：基于所述服务小区信号确定寻呼信号监测时机的数量；以及基于所确定的寻呼信号监测时机的数量确定所述延迟时间。 | [0007] In some implementations, determining the delay time based on the serving cell signal may include determining a number of paging signal monitoring occasions based on the serving cell signal, and determining the delay time based on the determined number of paging signal monitoring occasions. | 对比文件[0007]段直接、明确地记载了“基于服务小区信号确定延迟时间可以包括：基于服务小区信号确定寻呼信号监测时机的数量，以及基于所确定的寻呼信号监测时机的数量确定延迟时间”。这完整公开了技术特征J。其作用是将延迟时间与需要监测的时机数量直接关联。 |
| **技术特征K：《直接公开》**<br>基于所述服务小区信号确定延迟时间包括：识别从所述小区接收到的所述服务小区信号的类型；以及基于所述服务小区信号的类型确定所述延迟时间。 | [0007] In some implementations, determining a delay time based on the serving cell signal may include identifying a type of serving cell signal received from the cell, and determining the delay time based on the type of serving cell signal. | 对比文件[0007]段直接、明确地记载了“基于服务小区信号确定延迟时间可以包括：识别从小区接收到的服务小区信号的类型，以及基于服务小区信号的类型确定延迟时间”。这完整公开了技术特征K。其作用是根据不同的信号类型（如P-RNTI DCI或COT-SI）采用不同的延迟时间确定策略。 |
| **技术特征L：《直接公开》**<br>基于所述服务小区信号确定延迟时间包括：确定所述服务小区信号包括寻呼控制信息；以及基于确定所述服务小区信号包括寻呼控制信息来确定所述延迟时间。 | [0008] In some implementations, determining the delay time based on the serving cell signal may include determining that the serving cell signal includes paging control information, and determining the delay time based on the determination that the serving cell signal includes paging control information. | 对比文件[0008]段直接、明确地记载了“基于服务小区信号确定延迟时间可以包括：确定服务小区信号包括寻呼控制信息，以及基于确定服务小区信号包括寻呼控制信息来确定延迟时间”。这完整公开了技术特征L。寻呼控制信息（如P-RNTI DCI）是服务小区信号的一种具体类型，其作用已在特征K的论述中说明。 |
| **技术特征M：《直接公开》**<br>基于确定所述服务小区信号包括COT结构指示符来确定所述延迟时间包括：确定剩余COT持续时间与寻呼时机的重叠是否小于阈值；以及响应于确定所述重叠小于所述阈值，确定所述延迟时间包括所述寻呼时机的结束；或者响应于确定所述重叠不小于所述阈值，确定所述延迟时间包括所述剩余COT持续时间。 | [0008] In some implementations, determining the delay time based on the determination that the serving cell signal includes the COT structure indicator may include determining whether an overlap of a remaining COT duration with a paging occasion is less than a threshold, determining that the delay time includes an end of the paging occasion in response to determining that the overlap is less than the threshold, and determining that the delay time includes at most the remaining COT duration in response to determining that the overlap is not less than the threshold. | 对比文件[0008]段直接、明确地记载了技术特征M的完整内容，包括判断剩余COT与寻呼时机的重叠、根据比较结果决定延迟时间是寻呼时机的结束还是剩余COT持续时间（对比文件中“at most the remaining COT duration”包含了“包括剩余COT持续时间”的含义）。其作用是精细地根据COT与寻呼时机的相对关系来优化延迟时间。 |
| **技术特征N：《直接公开》**<br>基于所述服务小区信号确定延迟时间包括：基于所述COT结构指示符确定寻呼时机与上行链路突发重叠；确定所述COT结构指示符不指示下行链路突发；以及基于所述寻呼时机的持续时间确定所述延迟时间。 | [0009] In some implementations, determining the delay time based on the serving cell signal may include determining based on the COT structure indicator that a paging occasion overlaps with an uplink burst, determining that the COT structure indicator does not indicate a downlink burst, and determining the delay time based on a duration of the paging occasion. | 对比文件[0009]段直接、明确地记载了技术特征N的完整内容。其作用是处理寻呼时机与上行链路突发重叠且无下行链路突发时的延迟时间确定场景。 |
| **技术特征O：《直接公开》**<br>基于所述服务小区信号确定延迟时间包括：基于所述COT结构指示符确定寻呼时机与上行链路突发重叠；以及基于与所述COT结构指示符中指示的下行链路突发重叠的第一寻呼信号监测时机来确定所述延迟时间。 | [0009] In some implementations, determining the delay time based on the serving cell signal may include determining based on the COT structure indicator that a paging occasion overlaps with an uplink burst, and determining the delay time based on a first paging signal monitoring occasion that overlaps with a downlink burst indicated in the COT structure indicator. | 对比文件[0009]段直接、明确地记载了技术特征O的完整内容。其作用是处理寻呼时机与上行链路突发重叠但COT结构指示符指示了下行链路突发时的延迟时间确定场景。 |
| **技术特征P：《直接公开》**<br>基于所述服务小区信号确定延迟时间包括：基于所述COT结构指示符确定寻呼时机与上行链路突发重叠；以及响应于确定所述寻呼时机与所述上行链路突发重叠，确定所述延迟时间为零。 | [0009] In some implementations, determining the delay time based on the serving cell signal may include determining based on the COT structure indicator that a paging occasion overlaps with an uplink burst, and determining that the delay time is substantially zero in response to determining that the paging occasion overlaps with the uplink burst. | 对比文件[0009]段直接、明确地记载了“基于COT结构指示符确定寻呼时机与上行链路突发重叠；以及响应于确定寻呼时机与上行链路突发重叠而确定延迟时间基本上为零”。其中“基本上为零（substantially zero）”在本领域通常意味着可以忽略不计的短时间，与“为零”在技术效果上无实质性差异，因此直接公开了技术特征P。其作用是当寻呼时机完全处于上行链路时，立即停止监测以省电。 |
| **技术特征Q：《直接公开》**<br>基于确定所述服务小区信号包括COT结构指示符来确定所述延迟时间包括：确定是否在基于同步信号块SSB的测量定时配置持续时间期间接收到所述COT结构指示符；确定下行链路突发持续时间或信道占用持续时间与在所述COT结构指示符中指示的基于SSB的测量定时配置持续时间的重叠是否小于阈值；以及响应于确定所述下行链路突发持续时间或信道占用持续时间与所述基于SSB的测量定时配置持续时间的重叠小于所述阈值，确定所述延迟时间包括寻呼时机的剩余部分。 | [0010] In some implementations, determining the delay time based on the determination that the serving cell signal includes the COT structure indicator may include determining whether the COT structure indicator is received during a SSB-based measurement timing configuration duration, determining whether overlap of a downlink burst duration or channel occupancy duration with the SSB-based measurement timing configuration duration indicated in the COT structure indicator is less than a threshold, and determining that the delay time includes a remainder of a paging occasion in response to determining that overlap of the downlink burst duration or channel occupancy duration with the SSB-based measurement timing configuration duration is less than the threshold. | 对比文件[0010]段直接、明确地记载了技术特征Q的完整内容。其作用是处理在SSB测量定时配置期间收到COT-SI，且下行链路/信道占用时间与SSB测量时间重叠较小时的延迟时间确定场景。 |
| **技术特征R：《直接公开》**<br>基于确定所述服务小区信号包括COT结构指示符来确定所述延迟时间包括：确定是否在基于SSB的测量定时配置持续时间期间接收到所述COT结构指示符；以及基于将不与所述基于SSB的测量定时配置持续时间重叠的寻呼信号监测时机的数量来确定所述延迟时间。 | [0010] In some implementations, determining the delay time based on the determination that the serving cell signal includes the COT structure indicator may include determining whether the COT structure indicator is received during a SSB-based measurement timing configuration duration, and determining the delay time based on a number of paging signal monitoring occasions that to not overlap with the SSB-based measurement timing configuration duration. | 对比文件[0010]段直接、明确地记载了技术特征R的完整内容。其作用是根据不与SSB测量时间重叠的监测时机数量来确定延迟时间。 |
| **技术特征S：《直接公开》**<br>基于确定所述服务小区信号包括COT结构指示符来确定所述延迟时间包括：确定是否在基于SSB的测量定时配置持续时间期间接收到所述COT结构指示符；以及基于在同步序列突发之后发生的寻呼信号监测时机的数量来确定所述延迟时间。 | [0010] In some implementations, determining the delay time based on the determination that the serving cell signal includes the COT structure indicator may include determining whether the COT structure indicator is received during a SSB-based measurement timing configuration duration, and determining the delay time based on a number of paging signal monitoring occasions that occur after a synchronization sequences burst. | 对比文件[0010]段直接、明确地记载了技术特征S的完整内容。其作用是根据同步序列突发（即SSB突发）之后的监测时机数量来确定延迟时间。 |
| **技术特征T：《隐含公开》**<br>在所确定的延迟时间期满之时或之后停止对所述寻呼信号的监测包括：从所述小区接收指示所述无线设备能够停止对所述寻呼信号的监测的消息；以及响应于接收到指示所述无线设备能够停止对所述寻呼信号的监测的所述消息而停止对所述寻呼信号的所述监测。 | [0133] In some implementations, the base station may send a P-RNTI message (such as P-RNTI downlink channel information (DCI)) without an associated Physical Downlink Shared Channel (PDSCH) message. In such implementations, the P-RNTI DCI may indicate that no PDSCH message is scheduled... In some implementations, such signaling from the base station to the wireless device may function as a “go to sleep” message for paging monitoring operations by the wireless device. | 对比文件[0133]段描述了基站发送不调度PDSCH的P-RNTI DCI，并且这种信令可以充当寻呼监测操作的“进入睡眠”消息。虽然未明确使用“指示无线设备能够停止监测”的表述，但本领域技术人员可以合理推断，“进入睡眠”消息的功能就是指示无线设备可以停止当前的寻呼监测操作。因此，该段落隐含公开了技术特征T。其作用与目标专利中相同，即通过显式消息触发停止监测。 |
| **技术特征U：《直接公开》**<br>指示所述无线设备能够停止对所述寻呼信号的监测的所述消息包括寻呼无线电网络临时标识符P‑RNTI消息。 | [0133] In some implementations, the base station may send a P-RNTI message (such as P-RNTI downlink channel information (DCI)) without an associated Physical Downlink Shared Channel (PDSCH) message. In such implementations, the P-RNTI DCI may indicate that no PDSCH message is scheduled... such signaling from the base station to the wireless device may function as a “go to sleep” message for paging monitoring operations by the wireless device. | 对比文件[0133]段明确将“P-RNTI消息（例如P-RNTI DCI）”描述为可以起到“进入睡眠”消息作用的具体消息类型。这直接公开了技术特征U。其作用是指明用于触发停止监测的具体信令。 |
| **技术特征V：《隐含公开》**<br>响应于接收到指示所述无线设备能够停止对所述寻呼信号的监测的所述消息而停止对所述寻呼信号的所述监测包括：响应于接收到指示所述无线设备能够停止对所述寻呼信号的监测的所述消息而停止对一个或多个PDCCH监测时机中的所述寻呼信号的监测。 | [0133] ...such signaling from the base station to the wireless device may function as a “go to sleep” message for paging monitoring operations by the wireless device. | 对比文件[0133]段指出P-RNTI消息可作为“进入睡眠”消息。结合整个文件描述的寻呼监测是在PDCCH监测时机上进行的事实（例如[0006]段提及PDCCH监测时机），本领域技术人员可以合理推断，响应于该“进入睡眠”消息而停止的监测操作，自然包括停止在PDCCH监测时机上对寻呼信号的监测。因此，该段落隐含公开了技术特征V。其作用与目标专利中相同，即具体化停止监测的时机。 |
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