Other

Huawei Technologies Co., Limited

Choon Nang Electrical Appliance Mfy., Ltd.

Mgi Tech Co., Ltd.

Shenzhen New Industries Biomedical Engineering Co., Ltd.

Xu, Hong

Wan, Jimmy

Hong Xu

Tat Nin Lui

Zhitang Chen

Georgios Trimponias

Yong Zhang

Sheng Wang

Jing Wang

Fei Liu

Jiahong Wei

Wei Rao

Yong Cao

Ming Ni

Qin Li

Jianmin Song

Xiquan Zhang

Wu Li

Tinghua Li

Joon Mo Yang

Jinyun Yuan

Wenyu Zhang

Teresa Woo

Yong Gan

Huan Zheng

Ping Mei

Jimmy Wan

Xiaosheng Guan

Hancha Liu

Weijie Dai

Jinqiu Fu

Chi Hung Jimmy Wan

Songzhen Zhang

Daxi Tan

Chongchong Dai

A flow cell includes a flow cell body. The flow cell body includes a frame and a fluid chamber defined in the flow cell body. The fluid chamber includes a reaction region allowing a fluid flow. A liquid inlet, a liquid outlet, and two exhaust holes connected to the fluid chamber are in the frame. Fluid into the liquid inlet flows through the reaction region in the fluid chamber and flows out through the liquid outlet. The exhaust holes discharge gas generated in the fluid chamber during the fluid flow. A flow cell with integral sealing rings and a biochemical substance reaction device are also disclosed.

Flow cell and biochemical substance reaction device using the flow cell

A network service transmission method includes obtaining network topology information and network service information, and determining a node centrality of each node in a set of other nodes; determining at least one segment node in the set of other nodes, determining at least one transmission path used to transmit each network service; and determining traffic of a network service that is to be transmitted on the at least one transmission path used to transmit the network service. After the segment node is determined, traffic of a network service transmitted on each transmission path is determined, and the transmission paths of the network services share the same segment node.

Network service transmission method and system

This application provides a latency-based transmission path control method, an apparatus, and a system. Device latencies of network node devices on an active transmission path, device latencies of network node devices on a standby transmission path, latencies of links between the network node devices on the active transmission path, and latencies of links between the network node devices on the active transmission path are obtained, and calculation is performed based on the respective device latencies and link latencies to obtain an active transmission path latency and a standby transmission path latency. Then, based on a latency-based switching mechanism, when the active transmission path latency is greater than a switching threshold and the standby transmission path latency is less than the switching threshold, an active-to-standby path switching command is generated.

Latency-based transmission path control method, network controller, and system

A data packet forwarding method and apparatus, where the method includes collecting, by a source switch according to a preset sampling period, congestion extents of d sampling paths in n paths, storing congestion extent indication information of each sampling path, where d is less than n, selecting, according to the congestion extent indication information, a first target sampling path with a smallest congestion extent at a first time point, forwarding a first data packet using the first target sampling path, storing an identifier of a first data flowcell to which the first data packet belongs forwarding a second data packet using the first target sampling path when an identifier of a second data flowcell to which the second data packet belongs is the same as the identifier of the first data flowcell.

Data packet forwarding method and apparatus

A fresh water generator utilizing air () comprises a main body bracket (), a water making system, a water purifying system and a water distributing device (). Both sides and the rear side of the main body bracket () are provided with panels, on which ventilating grilles () are provided for sucking and exhausting air. The water making system is arranged inside the main body bracket () and particularly comprises a condenser/evaporator unit (), an exhaust fan () and a water collecting tank (), wherein the water collecting tank () is arranged on the main body bracket () and positioned at the lower end of the condenser/evaporator unit (), and the exhaust fan () is arranged between the condenser/evaporator unit () and the ventilating grates (). The water purifying system is arranged inside the main body bracket () and particularly comprises a pump () and a filtration device (). One end of the pump () is connected with the water collecting tank () through a pipeline, and the other end of the pump () is connected with the filtration device () through a pipeline. The water distributing device () is arranged on the main body bracket () and connected to a water outlet of the filtration device () through a pipeline. The fresh water generator utilizing air () only needs one water collecting tank (), and water is directly delivered to the water distributing device () after being filtered without storage and can be used instantly for drinking, which completely solves the problem of pollution and bacterial growth when pure water is stored and use for drinking later.

Fresh water generator utilizing air

A cardiac troponin I ultra-sensitive detection reagent kit, a preparation method, and a detection method. The reagent kit comprises at least one first anti-cardiac troponin I antibody marked with a trace marker and at least one second anti-cardiac troponin I antibody coated on magnetic microspheres, the first anti-cardiac troponin I antibody and cardiac troponin I binding site being different from the second anti-cardiac troponin I antibody and cardiac troponin I binding site. The reagent kit may further comprise a diluent capable of significantly reducing non-specific binding in a detection process, so as to further increase the detection accuracy and sensitivity. The method using the reagent kit to detect cardiac troponin I sensitively and accurately detects the amount of cardiac troponin I in a sample, and provides more timely and reliable information for the early diagnosis and treatment of AMI.

Cardiac troponin I ultra-sensitive detection reagent kit, and ultra-sensitive detection method therefor

An external rear view mirror protective cover including a main body made of an elastic material and a trimmed edge arranged at one end of the main body that is folded towards an inside surface of main body. Another end of the main body opposite to the trimmed edge is in the shape of a circular arc. The main body includes a mirror opening, also formed with a trimmed edge, that is arranged to accommodate a rear view mirror. Securing bands are arranged on the trimmed edge. The elastic material is nylon, lycra or latex. The mirror opening is square or elliptic in shape. The protective cover is suitable for various kinds of rear view mirror due to its use of elastic material. The trimmed edge can effectively prevent the cover from sliding from the rear view mirror. The cover can effectively protect the external rear view mirror from external scuffing and damage caused by collision.

Rear view mirror protective cover

A multifunctional continuous phase transition extraction apparatus comprises an extraction system, a desorption system and a solvent recovery system. The extraction system comprises a first heat exchanger and an extraction tank. The desorption system comprises a second heat exchanger, a first desorption tank, a second desorption tank, a first purification column and a second purification column. The solvent recovery system comprises a first condenser, a second condenser, a first solvent tank and a second solvent tank. Two extraction loops can be formed in the present invention. During the overall extraction process, the phase transition process of the extracting agent is real-time and continuous. The extracting agent goes through continuous phase-transitions and is cyclically re-used. The overall process is operated in an airtight and low-pressure condition, and is multifunctional, safe, reliable, and suitable for the extraction for most natural products.

Multifunctional continuous phase transition extraction apparatus

An electric cutting tool has a body, a chuck at an end of the body for attaching a cutting implement having a rear end including a recess, and a drive mechanism for driving the chuck to slide in reciprocation for operating the cutting implement. The chuck has a gap for receiving the rear end of the implement, an internal multi-part fixing mechanism for engaging the recess of the cutting implement in the gap, and an outer cylinder having an inner cam surface for acting upon the fixing mechanism. The cylinder is manually rotatable between a locked position in which the cam surface presses the fixing mechanism tight against the recess in the gap to fix the cutting implement in place and an unlocked position in which the fixing means is released from the cutting mechanism. The fixing mechanism includes two discrete balls.

Electric cutting tool

A holder for holding a tool implement for use with a power tool having a drive output member. The holder includes a pair of first and second supports for connection to the output member, a clamp member located between the supports, and a cam supported between the first support and the clamp member. The cam can be turned between an operative position, urging the clamp member towards the second support to hold the tool implement, and an inoperative position, releasing the clamp member for removal of the tool implement.

Tool holder for power tool

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Shenzhen, China

Hong Xu