Abstract: Disclosed are a double-body trigger keyswitch structure and a gamepad. The double-body trigger keyswitch structure includes: a seat body; a movable member movably mounted at the seat body and provided with a first state and a second state that are movably switched, and the movable member being provided with a magnetic portion; a magnetic positioning member relatively fixed to the seat body, a magnetic force of the magnetic positioning member acting on the magnetic portion to limit the movable member to the first state or the second state; a trigger key mounted at the seat body and provided with a digital trigger portion and an analog trigger portion; a digital switch and an analog switch both configured to be electrically connected to the main control board, and at least one of the digital switch and the analog switch being mounted at the movable member.

Abstract: A method for displaying a virtual character includes: displaying the virtual character, a first character part on the virtual character including a first clothes component and a first body component that are associated with each other; obtaining a second clothes component in response to a clothes component replacement instruction, the first clothes component and the second clothes component being corresponding to a same clothes part; updating display to perform a clothes component replacement, the first character part on the virtual character including the second clothes component and a second body component that are associated with each other. The first clothes component is different from the second clothes component in length, the first body component is different from the second body component in length, and a length of the first character part remains unchanged or changes by a value less than a threshold.

Abstract: The present disclosure provides a gamepad lever and a gamepad. The gamepad lever includes a lever body, a mounting member connected with a gamepad main body, a limiting component, and an assembling component, wherein a first connection thread is formed in the lever body; a second connection thread is formed in the mounting member; the first connection thread and the second connection thread are matched with each other; the lever body rotates on the mounting member to adjust a height of the lever body extending out of the mounting member; the first connection thread on the lever body and the second connection thread on the mounting member are matched with each other, so that the lever body can rotate relative to the mounting member.

Abstract: The present disclosure provides a housing of a gamepad and a gamepad, and relates to the technical field of game machine accessories. The housing includes housing bodies, a lifting platform and resetting members. The housing bodies include main bodies and limiting portions arranged on the main bodies. The lifting platform is slidably connected to the main bodies. A mounting space for fixing an electronic device such as a mobile phone is formed between the lifting platform and the limiting portions. The resetting members are connected to the lifting platform and the main bodies.

Abstract: A three-dimensional (3D) object scanning method includes: controlling, when an invisible light source is off, a first camera device to capture a first image of the target object; and controlling, when the invisible light source is on, a second camera device to capture second images of the target object from a plurality of viewing angles. The target object is painted with invisible markers that are invisible to the first camera device when the invisible light source is off. The invisible markers are visible to the second camera device upon absorbing a light emitted by the invisible light source. The second images are used to determine 3D information of the target object.

Abstract: An apparatus and a method for testing a multi-channel high-speed low-latency interconnect interface (HLII) for a silicon interposer are provided. The apparatus includes: a standard test port configured to exchange a test instruction; an asynchronous bypass port configured to directly access an input/output (I/O) port of a channel of a physical layer of the interconnection interface; a built-in self-test (BIST) engine configured to implement inter-level loopback testing and data verification; a redundant data channel configured to repair a damaged data channel; and a delay chain testing circuit configured to test a function and linearity of a delay chain. The apparatus embeds test and repair logic into the physical layer and a link layer, achieving internal test control without any external controller. In this way, a sample can be tested and quickly screened to ensure its performance.

Abstract: A method for displaying a virtual character includes: displaying the virtual character, a first character part on the virtual character including a first clothes component and a first body component that are associated with each other; obtaining a second clothes component in response to a clothes component replacement instruction, the first clothes component and the second clothes component being corresponding to a same clothes part; updating display to perform a clothes component replacement, the first character part on the virtual character including the second clothes component and a second body component that are associated with each other. The first clothes component is different from the second clothes component in length, the first body component is different from the second body component in length, and a length of the first character part remains unchanged or changes by a value less than a threshold.

Abstract: A three-dimensional (3D) object scanning method includes: controlling, when an invisible light source is off, a first camera device to capture a first image of the target object; and controlling, when the invisible light source is on, a second camera device to capture second images of the target object from a plurality of viewing angles. The target object is painted with invisible markers that are invisible to the first camera device when the invisible light source is off. The invisible markers are visible to the second camera device upon absorbing a light emitted by the invisible light source. The second images are used to determine 3D information of the target object.

Abstract: A method for displaying a virtual character includes: displaying the virtual character, a first character part on the virtual character including a first clothes component and a first body component that are associated with each other; obtaining a second clothes component in response to a clothes component replacement instruction, the first clothes component and the second clothes component being corresponding to a same clothes part; updating display to perform a clothes component replacement, the first character part on the virtual character including the second clothes component and a second body component that are associated with each other. The first clothes component is different from the second clothes component in length, the first body component is different from the second body component in length, and a length of the first character part remains unchanged or changes by a value less than a threshold.

Abstract: A three-dimensional (3D) object scanning method includes: controlling, when an invisible light source is off, a first camera device to capture a first image of the target object; and controlling, when the invisible light source is on, a second camera device to capture second images of the target object from a plurality of viewing angles. The target object is painted with invisible markers that are invisible to the first camera device when the invisible light source is off. The invisible markers are visible to the second camera device upon absorbing a light emitted by the invisible light source. The second images are used to determine 3D information of the target object.

Abstract: An apparatus and a method for testing a multi-channel high-speed low-latency interconnect interface (HLII) for a silicon interposer are provided. The apparatus includes: a standard test port configured to exchange a test instruction; an asynchronous bypass port configured to directly access an input/output (I/O) port of a channel of a physical layer of the interconnection interface; a built-in self-test (BIST) engine configured to implement inter-level loopback testing and data verification; a redundant data channel configured to repair a damaged data channel; and a delay chain testing circuit configured to test a function and linearity of a delay chain. The apparatus embeds test and repair logic into the physical layer and a link layer, achieving internal test control without any external controller. In this way, a sample can be tested and quickly screened to ensure its performance.

Abstract: The present disclosure provides a housing of a gamepad and a gamepad, and relates to the technical field of game machine accessories. The housing includes housing bodies, a lifting platform and resetting members. The housing bodies include main bodies and limiting portions arranged on the main bodies. The lifting platform is slidably connected to the main bodies. A mounting space for fixing an electronic device such as a mobile phone is formed between the lifting platform and the limiting portions. The resetting members are connected to the lifting platform and the main bodies.

Abstract: The present disclosure provides a gamepad lever and a gamepad. The gamepad lever includes a lever body, a mounting member connected with a gamepad main body, a limiting component, and an assembling component, wherein a first connection thread is formed in the lever body; a second connection thread is formed in the mounting member; the first connection thread and the second connection thread are matched with each other; the lever body rotates on the mounting member to adjust a height of the lever body extending out of the mounting member; the first connection thread on the lever body and the second connection thread on the mounting member are matched with each other, so that the lever body can rotate relative to the mounting member.

Abstract: A method for displaying a virtual character includes: displaying the virtual character, a first character part on the virtual character including a first clothes component and a first body component that are associated with each other; obtaining a second clothes component in response to a clothes component replacement instruction, the first clothes component and the second clothes component being corresponding to a same clothes part; updating display to perform a clothes component replacement, the first character part on the virtual character including the second clothes component and a second body component that are associated with each other. The first clothes component is different from the second clothes component in length, the first body component is different from the second body component in length, and a length of the first character part remains unchanged or changes by a value less than a threshold.