摘要：【中文】本发明提供了一种智能终端的屏幕组件、智能终端、屏幕压感检测方法及计算机可读存储介质，屏幕组件，包括显示屏、屏幕盖板、传感器组及支撑壳体，传感器组包括至少四个压力传感器，分别设于屏幕盖板的四条侧边的下方，且每条侧边的下方至少设有一个压力传感器；每一压力传感器的一端面与屏幕盖板连接，另一端面与支撑壳体连接，当屏幕盖板接收一按压操作时，压力传感器检测按压操作的压力大小；显示屏的一端面贴设在屏幕盖板的下方，另一端面与支撑壳体间具有一间隙，且当按压操作实施时，显示屏与支撑壳体隔绝。采用上述技术方案后，通过无需在显示屏下布设压力传感器的方式，避免出现压感的盲区，从而实现全面屏压力感应。 【EN】The invention provides a screen assembly of an intelligent terminal, the intelligent terminal, a screen pressure detection method and a computer readable storage medium, wherein the screen assembly comprises a display screen, a screen cover plate, a sensor group and a supporting shell, the sensor group comprises at least four pressure sensors which are respectively arranged below four side edges of the screen cover plate, and at least one pressure sensor is arranged below each side edge; one end face of each pressure sensor is connected with the screen cover plate, the other end face of each pressure sensor is connected with the supporting shell, and when the screen cover plate receives a pressing operation, the pressure sensors detect the pressure of the pressing operation; one end face of the display screen is attached to the lower portion of the screen cover plate, a gap is formed between the other end face of the display screen and the supporting shell, and when the pressing operation is carried out, the display screen is isolated from the supporting shell. After the technical scheme is adopted, the dead zone of pressure sensing is avoided by a mode of not arranging the pressure sensor under the display screen, so that the pressure sensing of the whole screen is realized.

摘要：【中文】本申请实施例公开了一种虚拟资源转移方法、装置、设备及可读存储介质；本申请实施例可以接收虚拟资源转移请求；根据所述虚拟资源转移请求，获取发送所述虚拟资源转移请求的终端对应的用户在至少一个维度上的历史虚拟资源转移行为特征；基于所述至少一个维度上的历史虚拟资源转移行为特征，得到所述用户的目标用户类型；获取所述目标用户类型对应的目标虚拟资源转移参考信息；基于所述目标虚拟资源转移参考信息进行虚拟资源转移。该方案能够根据用户的历史虚拟资源转移行为特征对用户进行合理分类，并对不同类型的用户显示不同的虚拟资源转移参考信息，以便基于虚拟资源转移参考信息实现虚拟资源转移，从而提高虚拟资源转移的准确性。 【EN】The embodiment of the application discloses a virtual resource transfer method, a device, equipment and a readable storage medium; the embodiment of the application can receive a virtual resource transfer request; acquiring historical virtual resource transfer behavior characteristics of a user corresponding to a terminal sending the virtual resource transfer request on at least one dimension according to the virtual resource transfer request; obtaining a target user type of the user based on the historical virtual resource transfer behavior characteristics on the at least one dimension; acquiring target virtual resource transfer reference information corresponding to the target user type; and performing virtual resource transfer based on the target virtual resource transfer reference information. According to the scheme, the users can be reasonably classified according to the historical virtual resource transfer behavior characteristics of the users, and different virtual resource transfer reference information is displayed for different types of users, so that the virtual resource transfer is realized based on the virtual resource transfer reference information, and the accuracy of the virtual resource transfer is improved.

摘要：【中文】公开了一种虚拟资源转移方法、装置及设备。虚拟资源转移方法包括：获取待转移的初始虚拟资源的信息，其包括初始虚拟资源的资源类别；获取转移后的目标虚拟资源的信息，其包括目标虚拟资源的资源类别；获取虚拟资源的转移渠道的信息；基于待转移的初始虚拟资源的信息、目标虚拟资源的信息、以及转移渠道的信息中的至少一项，确定虚拟资源转移方案；以及按照所确定的虚拟资源转移方案进行虚拟资源转移。 【EN】A virtual resource transfer method, device and equipment are disclosed. The virtual resource transfer method comprises the following steps: acquiring information of initial virtual resources to be transferred, wherein the information comprises the resource types of the initial virtual resources; acquiring information of the transferred target virtual resource, wherein the information comprises the resource type of the target virtual resource; acquiring information of a transfer channel of the virtual resource; determining a virtual resource transfer scheme based on at least one item of information of the initial virtual resource to be transferred, information of the target virtual resource and information of a transfer channel; and transferring the virtual resources according to the determined virtual resource transfer scheme.

摘要：【中文】本公开提供了一种跨域虚拟资源流转控制方法、装置、电子设备及存储介质，所述方法包括：接收处于第一域内的请求方发送的虚拟资源转移请求，所述虚拟资源转移请求用于请求将处于所述第一域内的第一虚拟资源转移至第二域中的目标账户；根据所述虚拟资源转移请求，从备用资源系统中获取与所述第一虚拟资源相匹配的属于所述第二域的第二虚拟资源；将所述第二虚拟资源发送至所述目标账户。本公开实施例能够降低跨域虚拟资源流转控制的时延。 【EN】The present disclosure provides a cross-domain virtual resource flow control method, apparatus, electronic device and storage medium, the method comprising: receiving a virtual resource transfer request sent by a requester in a first domain, wherein the virtual resource transfer request is used for requesting to transfer a first virtual resource in the first domain to a target account in a second domain; acquiring a second virtual resource which is matched with the first virtual resource and belongs to the second domain from a standby resource system according to the virtual resource transfer request; and sending the second virtual resource to the target account. The embodiment of the disclosure can reduce the time delay of cross-domain virtual resource flow control.

摘要：【中文】本发明公开了一种基于水位的水电站功率控制方法、装置，所述方法包括：获取各个区域的发电数据和用电数据，确定各个区域的区域控制偏差；根据区域控制偏差和预设偏差限值，确定各个区域的功率调节模式，以及不同功率调节模式下参与调节的水电站的发电机组；将实际水位和预设水位限值进行比对，确定属于功率调节例外的特定发电机组；根据参与调节的发电机组，以及特定发电机组，确定各个发电机组的目标功率，水电站的各个发电机组按照目标功率进行功率输出。采用上述方案，考虑到水位在发电过程中的影响，实现某些情况下，避免对于水能资源的浪费或者无水能资源可用的情况。 【EN】The invention discloses a hydropower station power control method and device based on water level, wherein the method comprises the following steps: acquiring power generation data and power utilization data of each region, and determining region control deviation of each region; determining power regulation modes of each region and generator sets of the hydropower stations participating in regulation in different power regulation modes according to the region control deviation and a preset deviation limit value; comparing the actual water level with a preset water level limit value, and determining a specific generator set which belongs to the exception of power regulation; and determining the target power of each generator set according to the generator sets participating in the regulation and the specific generator sets, and outputting the power of each generator set of the hydropower station according to the target power. By adopting the scheme, the influence of the water level in the power generation process is considered, and the waste of water energy resources or the condition that no water energy resources are available is avoided under certain conditions.