Abstract: An integrated intelligent building management system includes: a positioning device, recording and uploading a movement information and a device-assigned ID of a target person; an intelligent building kit, computing a tracking information of the target person in a monitoring range based on multiple location coordinates in multiple time periods, and transforming multiple device-assigned IDs to the same kit-assigned ID when multiple device-assigned IDs are determined to be corresponding to the same target person based on the tracking information, and uploading the kit-assigned ID and the movement information; and an intelligent building system, computing the tracking information of the target person in a monitoring range based on the location coordinates in multiple time periods, and establishing an information connection of multiple kit-assigned IDs when the multiple kit-assigned IDs are determined to be corresponding to the same target person based on the tracking information.

Abstract: Disclosed are collection and analysis devices and systems for multiple types of physiological data that collect, manually mark, sampling physiological data for machine learning and AI analyses, all in a single operational background. Physiological data gathered/uploaded by sensing devices of different type and function, described in different formation, recorded at different times and/or pertaining to different patients are processed in one system, to discover and evaluate correlation between a type of physiological data and a certain physiological phenomenon.

Abstract: Disclosed are a multiple physiological data collection device and system that collect, manually mark, sampling—physiological data for machine learning and AI analyses in a single operation background. Physiological data uploaded by sensing devices of different type and function, described in different formation, recorded at different times and/or pertaining to different person can be processed in one system. The invented system comprises a data uploading device, a data storage device and a data edition device and, optionally, an automated data analysis device.

Abstract: An integrated intelligent building management system includes: a positioning device, recording and uploading a movement information and a device-assigned ID of a target person; an intelligent building kit, computing a tracking information of the target person in a monitoring range based on multiple location coordinates in multiple time periods, and transforming multiple device-assigned IDs to the same kit-assigned ID when multiple device-assigned IDs are determined to be corresponding to the same target person based on the tracking information, and uploading the kit-assigned ID and the movement information; and an intelligent building system, computing the tracking information of the target person in a monitoring range based on the location coordinates in multiple time periods, and establishing an information connection of multiple kit-assigned IDs when the multiple kit-assigned IDs are determined to be corresponding to the same target person based on the tracking information.

Abstract: A system and method provisions IPv4 and IPv6 Internet service and load balancer service. An Internet service and load balancer service provisioning module provisions or activates IPv4 or IPv6 Internet service and load balancer service of a VPC environment. A service chain provisioning management unit manages a lifecycle of activating or terminating of the Internet service and load balancer service, and records orders and provisioning processes of a plurality of service nodes. A network resource enablement and setting unit communicates with the service nodes to activate and set each of the service nodes. A network resource management and allocating unit establishes IP resource pools based on different usages of an IPv4 subnet and an IPv6 subnet, and selects the IP resource pools based on usages to obtain a usable IP address. An IPv4 and IPv6 subnets IP resource pools management module manages the IP resource pools.

Abstract: In embodiments, a PCB reflow process may be carried out by the components of an automated system working together to separate PCBs from reflow carriers and transport the reflow carriers back to a previous station of the PCB reflow system. The automated reflow carrier recycling system that is described herein may include a clip unlocking mechanism, a PCB pickup mechanism, a shifter, one or more lifters, and one or more overhead conveyors.

Abstract: A harmonics suppression filter includes a main circuit, a first inner circuit, a first outer circuit, a first inner node and a first outer node. The first inner circuit, the first outer circuit and the main circuit are in the same layer of the base board. Meanwhile, the first inner circuit is located inside of the main circuit. There is an inner gap between the first inner circuit and the main circuit. The first outer circuit is located outside of the main circuit. There is an outer gap between the first outer circuit and the main circuit. The first inner node is located in the inner gap to couple the first inner circuit with the main circuit. The first outer node is located in the outer gap to couple the first outer circuit with the main circuit.

Abstract: In embodiments, a PCB reflow process may be carried out by the components of an automated system working together to separate PCBs from reflow carriers and transport the reflow carriers back to a previous station of the PCB reflow system. The automated reflow carrier recycling system that is described herein may include a clip unlocking mechanism, a PCB pickup mechanism, a shifter, one or more lifters, and one or more overhead conveyors.

Abstract: A harmonics suppression filter includes a main circuit, a first inner circuit, a first outer circuit, a first inner node and a first outer node. The first inner circuit, the first outer circuit and the main circuit are in the same layer of the base board. Meanwhile, the first inner circuit is located inside of the main circuit. There is an inner gap between the first inner circuit and the main circuit. The first outer circuit is located outside of the main circuit. There is an outer gap between the first outer circuit and the main circuit. The first inner node is located in the inner gap to couple the first inner circuit with the main circuit. The first outer node is located in the outer gap to couple the first outer circuit with the main circuit.

Abstract: A dual-band and dual polarization antenna includes a first baseboard and a second baseboard spacing apart from each other. A top surface of the first baseboard includes a first radiation part and a second radiation part. The second radiation part encloses the first radiation part and does not contact the first radiation part. The second baseboard includes a top surface facing the bottom surface of the first baseboard and a bottom surface. The top surface of the second baseboard includes a ground portion and two slot pairs each of which includes two slots. The two slots comprised in each slot pair are symmetrical to each other, and the symmetrical center of each slot pair aligns with the center of the first radiation part. The bottom surface includes a first microstrip line and a second microstrip line for feeding back wireless signals.