Hydrogen generator for use with cloud monitoring            system, includes monitoring device, hydrogen generating            device, network device and controlling device

	Hydrogen generator for use with cloud monitoring system, includes monitoring device, hydrogen generating device, network device and controlling device
	LIN H ; LIN X ; LIN H Y ; LIN H U
	2018-07-26
Rights Holder	LIN H (LINH-Individual) ; LIN X Y (LINX-Individual) ; LIN H (LINH-Individual) ; LIN H (LINH-Individual) ; LIN H (LINH-Individual) ; LIN X (LINX-Individual) ; LIN H Y (LINH-Individual) ; LIN K (LINK-Individual) ; LIN H Y (LINH-Individual) ; LIN H (LINH-Individual)
Application Date	2018-07-26
Patent Number	US2020030235-A1; JP2020014848-A; EP3605546-A1; CA3050568-A1; AU2019206025-A1; KR2020013224-A; CN110755727-A; IN201924028979-A; VN67883-A; SG10201906675-A1; TW202008279-A; TW685812-B1; RU2019123465-A; AU2019206025-B2; SG10201906675-B; RU2750649-C2; KR2374390-B1; RU2021118128-A; ID202000277-A; RU2776697-C2; JP7184709-B2; US11596604-B2; CA3050568-C; CN110755727-B; VN10038444-B
Abstract	NOVELTY - A hydrogen generator (1) includes a hydrogen generating device (10) comprising a water tank (11), electrolysis cell (12) and a nebulizer; a monitoring device (13) coupled to the hydrogen generating device and configured to detect or display a condition of the hydrogen generating device; a network device (15) electrically coupled to monitoring device; and a controlling device electrically coupled to the network device. The condition signal includes a hydrogen production information, a usage time information, a hydrogen concentration information, a nebulizer atomization rate information or a hydrogen generator temperature information. USE - The hydrogen generator is for use with cloud monitoring system. ADVANTAGE - The cloud monitoring system of the hydrogen generator uses the machine information of the hydrogen generator and the physiological information of the user to perform big data analysis, increases safety of the hydrogen generator, provides a personalized service project and has academic value. DETAILED DESCRIPTION - A hydrogen generator (1) comprises a hydrogen generating device (10), a monitoring device (13), a network device (15) and a controlling device. The hydrogen generating device comprises a water tank (11) for accommodating water to be electrolyzed; an electrolysis cell (12) to electrolyze the water to be electrolyzed to generate a hydrogen gas; and a nebulizer for generating an atomized gas. The nebulizer receives the hydrogen gas and mixes the atomized gas with the hydrogen gas to generate a mixed gas for a user to inhale. The monitoring device is coupled to the hydrogen generating device and configured to detect or display a condition signal of the hydrogen generating device. The condition signal includes a hydrogen production information, a usage time information, a hydrogen concentration information, a nebulizer atomization rate information or a hydrogen generator temperature information. The network device is electrically coupled to monitoring device, and selectively transmitting a machine information including the condition signal to the cloud monitoring system. The controlling device is electrically coupled to the network device, and configured to receive an operating parameter from the cloud monitoring system via the network device and control the hydrogen generating device according to the operating parameter. DESCRIPTION OF DRAWING(S) - The drawing is a block diagram of the cloud monitoring system of the hydrogen generator. Hydrogen generator (1) Hydrogen generating device (10) Water tank (11) Electrolysis cell (12) Monitoring device (13) Network device (15)
IPC Classification Number	A61B-005/00 ; A61B-005/08 ; A61K-009/00 ; G07C-003/02 ; H04L-029/08 ; A61M-016/10 ; G16H-020/00 ; A61M-011/00 ; A61M-099/00 ; C01B-003/00 ; C25B-001/04 ; C25B-015/02 ; C25B-015/08 ; C01B-003/02 ; G16H-040/60 ; H04L-029/02 ; A61M-015/00 ; A61M-016/12 ; G16H-040/67 ; B01J-007/02 ; C01B-003/06 ; G05B-023/02 ; G05B-009/02 ; G05B-019/00 ; C25B-001/02 ; G06Q-050/00 ; H04L-067/12 ; C25B-015/023
Country	俄罗斯
Professional field	医药卫生
Language	英语
Achievement type	专利
Document Type	科技成果
Identifier	http://119.78.100.226:8889/handle/3KE4DYBR/23342
Collection	中国科学院新疆生态与地理研究所
Affiliation	1.LIN H (LINH-Individual) 2.LIN X Y (LINX-Individual) 3.LIN H (LINH-Individual) 4.LIN H (LINH-Individual) 5.LIN H (LINH-Individual) 6.LIN X (LINX-Individual) 7.LIN H Y (LINH-Individual) 8.LIN K (LINK-Individual) 9.LIN H Y (LINH-Individual) 10.LIN H (LINH-Individual)
Recommended Citation GB/T 7714	LIN H,LIN X,LIN H Y,et al. Hydrogen generator for use with cloud monitoring system, includes monitoring device, hydrogen generating device, network device and controlling device. US2020030235-A1; JP2020014848-A; EP3605546-A1; CA3050568-A1; AU2019206025-A1; KR2020013224-A; CN110755727-A; IN201924028979-A; VN67883-A; SG10201906675-A1; TW202008279-A; TW685812-B1; RU2019123465-A; AU2019206025-B2; SG10201906675-B; RU2750649-C2; KR2374390-B1; RU2021118128-A; ID202000277-A; RU2776697-C2; JP7184709-B2; US11596604-B2; CA3050568-C; CN110755727-B; VN10038444-B[P]. 2018.

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