Abstract: A method and a platform for detecting an immunogenicity of a tumor neoantigen are provided. Specifically, the detection method includes the following steps: culturing human peripheral blood monocytes ex vivo for 13 days, adding an antigenic peptide fragment of human influenza virus and stimulating and activating cytokines, antigenic peptides, and immunoadjuvants during the 13 days, and finally conducting enzyme-linked immunospot (ELISPOT) chromogenic reaction and instrument-based scanning, counting, and analysis to detect the immunogenicity of tumor neoantigen. An application of the detection method and platform in biomedicine is provided. Compared with the prior art, the detection method and platform have advantages and characteristics of a short detection period, high convenience, low consumption of experimental cells, and low detection cost. Therefore, the detection method and platform can be used for ex vivo high-throughput assay for the immunogenicity of the tumor neoantigen.

Abstract: An apparatus for obtaining a vital sign of a subject includes: an image sensor and a vital sign processor. The image sensor is employed for capturing a video of the subject to generate a plurality of first video frames. The vital sign processor is employed for processing the plurality of first video frames to generate a vital sign signal. Additionally, the vital sign processor adjusts a first parameter set for configuring the image sensor to make the plurality of first video frames suitable for obtaining the vital sign of the subject.

Abstract: A wireless access apparatus comprises a memory, a connection interface, a microcontroller, and a network interface. The memory is configured for storing a firmware data, and the connection interface is configured for receiving firmware data to be upgraded. The microcontroller is configured for controlling a process of storing the firmware data to be upgraded in the memory, and the network interface is connected to the microcontroller.

Abstract: A detecting method and architecture thereof for malicious codes is provided, which is applicable to a computer system having at least a host. Each host executes at least a process. The method is implemented with a system call interposition module and an analysis module for malicious codes. The system call module intercepts all system calls of process calls and all related arguments of the system calls. The analysis module for malicious codes analyzes the input data of pre-determined system calls, and executes the suspicious malicious codes. Once the same behaviors between the analysis module and the suspicious malicious codes are found, a system-intrusion warning is immediately triggered. The method is not required to maintain huge signature databases, and can detect unknown attack-skills in a manner of high correct rate and low incorrect ruling.

Abstract: A detecting method and architecture thereof for malicious codes is provided, which is applicable to a computer system having at least a host. Each host executes at least a process. The method is implemented with a system call interposition module and an analysis module for malicious codes. The system call module intercepts all system calls of process calls and all related arguments of the system calls. The analysis module for malicious codes analyzes the input data of pre-determined system calls, and executes the suspicious malicious codes. Once the same behaviors between the analysis module and the suspicious malicious codes are found, a system-intrusion warning is immediately triggered. The method is not required to maintain huge signature databases, and can detect unknown attack-skills in a manner of high correct rate and low incorrect ruling.

Abstract: A locking device for collapsable stroller is located at the gripping portion of handle. The locking device comprises a housing, a pair of meshed driving members in the housing pivotal in opposite directions a push button engaged with driving members, and a pair of steel cables coupled to the driving members. Whereby press push button to pull steel cables toward the center of gripping portion, thereby unlocking the latches so as to unfold the stroller. The stroller further comprises a safety mechanism at the upper side of one driving member. Safety mechanism comprises a pawl-like member blocks the push button in the locked state of the stroller, thus preventing latches from accidentally being unlocked.

Abstract: A locking device for collapsable stroller is located at the gripping portion of handle. The locking device comprises a housing, a pair of meshed driving members in the housing pivotal in opposite directions a push button engaged with driving members, and a pair of steel cables coupled to the driving members. Whereby press push button to pull steel cables toward the center of gripping portion, thereby unlocking the latches so as to unfold the stroller. The stroller further comprises a safety mechanism at the upper side of one driving member. Safety mechanism comprises a pawl-like member blocks the push button in the locked state of the stroller, thus preventing latches from accidentally being unlocked.

Abstract: A wheel assembly for a stroller includes a wheel base including a sleeve having an inner periphery containing a passage and an outer periphery transversely containing a cavity connecting to the passage, and an extension having a first end portion extending from the outer periphery of the sleeve and having an inner wall containing a receiving space connecting to the cavity. A wheel is rotatably mounted on a second end portion of the extension. A biasing member is pivotally received in the receiving space and includes a first end portion pressing on the inner wall containing the receiving space and a second end portion formed with a locking hook extending through the cavity into the passage.

Abstract: A stroller includes two push handles each having a first end portion and a second end portion, a handlebar having two end portions each connected to the first end portion of one of the two corresponding push handles, two release devices each slidably and securely mounted on one of the two corresponding push handles, two first legs each having a first end portion fixedly mounted on one of the two corresponding release devices and a second end portion, two second legs each having a first end portion pivotally mounted on one of the two corresponding release devices, a mediate portion and a second end portion, and a supporting frame including two sides each having a first portion pivotally connected with the second end portion of one of the two corresponding push handles and a second portion pivotally connected with the mediate portion of one of the two corresponding second legs.

Abstract: A stroller includes two front legs each having an upper end portion and a lower end portion, two push handles each having an upper end portion, a mediate portion and a lower end portion detachably secured to the upper end portion of one of the two front legs, two rear legs each having an upper end portion pivotally connected to the mediate portion of one of the two push handles and a lower end portion, two release devices each mounted between one of the two front legs and one of the two push handles for detaching the lower end portion of the push handle from the upper end portion of the front leg, a substantially U-shaped handlebar having two end portions each fixedly mounted on the upper end portion of one of the two push handles and a mediate portion formed with a supporting rod, and a driving device mounted on the supporting rod of the handlebar and connected with each of the two release devices for driving each of the two release devices to detach the lower end portion of the push handle from the upper en