Abstract: An adaptive control device includes one or more processors; one or more sensors coupled to the one or more processors; and one or more power sources coupled to the one or more processors. The one or more power sources are coupled to a display panel. The one or more sensors include a plurality of photosensors configured to detect ambient light intensities at a plurality of sampling orientations with respect to one or more view zones, respectively; and one or more position sensors configured to detect a reference angular position of the adaptive control device. The one or more processors are configured to determine a true orientation from which ambient light intensity signals are detected at a respective time point based on information on the plurality of sampling orientations with respect to one or more view zones, respectively, and the reference angular position of the adaptive control device.

Abstract: The present disclosure provides a control system including: a module-group drive state monitor, a module-group drive controller and a module-group drive state regulator. The module-group drive state monitor is configured to obtain drive state parameters of a display module-group, wherein the drive state parameters reflect a drive state of the display module-group. The module-group drive controller is configured to: determine a current drive state of the display module-group based on the drive state parameters, and select a drive strategy for the display module-group based on the current drive state. The module-group drive state regulator is configured to: drive the display module-group based on the drive strategy that is selected. The present disclosure also relates to a control method that can be applied to the control system, and to a device that can perform the control method.

Abstract: An imaging adjustment apparatus (10) and method, a wearable device and a storage medium are provided. The imaging adjustment apparatus (10) includes a light-emitting device (101), a photoelectric conversion device (102), a control apparatus (103) and a drive apparatus (104), wherein the light-emitting device (101) is configured to emit first light, such that the first light irradiates eyes of a user; the photoelectric conversion device (102) is configured to perform photoelectric conversion on the basis of second light reflected by the eyes of the user to generate an electrical signal, and provide the generated electrical signal to the control apparatus (103); the control apparatus (103) is configured to determine the state of the eyes of the user on the basis of the electrical signal, and control, according to the state of the eyes of the user.

Abstract: A sectional type card feeding mechanism and method. The mechanism includes: a rear section mechanism including a rear section frame and a rear section belt, the rear section belt being movably connected to the rear section frame in a lengthwise direction of the rear section frame to convey cards; and a front section mechanism including a front section frame which is connected to an end of the rear section frame, the rear section belt driving the cards to be transferred to the front section frame to be discharged. The process of card feeding is divided into two sections. Cards are placed on the rear section belt of the rear section mechanism, and after the rear section belt conveys the cards to one end of the front section frame, the cards are sent to the other end of the front section frame to be discharged.

Abstract: A sectional type card feeding mechanism and method. The mechanism includes: a rear section mechanism including a rear section frame and a rear section belt, the rear section belt being movably connected to the rear section frame in a lengthwise direction of the rear section frame to convey cards; and a front section mechanism including a front section frame which is connected to an end of the rear section frame, the rear section belt driving the cards to be transferred to the front section frame to be discharged. The process of card feeding is divided into two sections. Cards are placed on the rear section belt of the rear section mechanism, and after the rear section belt conveys the cards to one end of the front section frame, the cards are sent to the other end of the front section frame to be discharged.

Abstract: Disclosed are a remote control method for multi-terminal device, and a related apparatus and system. The method comprises: receiving, by a user terminal, a first switching instruction sent by a main remote controller via a forwarding device; responding to the first switching instruction, and displaying an identifier of a first slave remote controller pre-added to a remote controller list; and sending key value information about the first slave remote controller stored in a database to the main remote controller via the forwarding device, so that the main remote controller refreshes the key value information about the key layout of the main remote controller according to the key value information about the first slave remote controller, and performs a remote control operation on a terminal device corresponding to the first slave remote controller.

Abstract: Disclosed are a remote control method for multi-terminal device, and a related apparatus and system. The method comprises: receiving, by a user terminal, a first switching instruction sent by a main remote controller via a forwarding device; responding to the first switching instruction, and displaying an identifier of a first slave remote controller pre-added to a remote controller list; and sending key value information about the first slave remote controller stored in a database to the main remote controller via the forwarding device, so that the main remote controller refreshes the key value information about the key layout of the main remote controller according to the key value information about the first slave remote controller, and performs a remote control operation on a terminal device corresponding to the first slave remote controller.