CN203288027U - Household safety comprehensive monitoring early warning device of Internet of things - Google Patents
Household safety comprehensive monitoring early warning device of Internet of things Download PDFInfo
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- CN203288027U CN203288027U CN2013201749136U CN201320174913U CN203288027U CN 203288027 U CN203288027 U CN 203288027U CN 2013201749136 U CN2013201749136 U CN 2013201749136U CN 201320174913 U CN201320174913 U CN 201320174913U CN 203288027 U CN203288027 U CN 203288027U
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Abstract
The utility model relates to a household safety comprehensive monitoring early warning device of the Internet of things. Currently, the household safety accidents such as fire hazards, intoxication, and other hidden troubles happen occasionally, and the inevitable losses of the households and the society can be caused. The device comprises a host, an air quality monitoring module, a water quality monitoring module, a gas monitoring management module, a power distribution monitoring management module, a vital sign monitoring module, a household appliance control modules, a communication network, a communication tool, a server, and a client. The device can be used for the automatic monitoring and the automatic early warning of the concentration of the household harmful gas, the household water quality, and the operation parameters of the household devices can be carried out, and the remote control and management of the household appliances can be realized, the safety hidden troubles can be discovered and treated timely, and the occurrence of the accidents can be effectively prevented. The early warning device is advantageous in that the query basis can be provided for the occurred cases, the evidences can be fixed, and the application is wide; the installation, the operation, and the use can be convenient and smart; the great economic benefits and the social benefits can be provided, and the popularization can be facilitated.
Description
Technical field
The utility model relates to security protection electronic product field, is specifically related to a kind of Internet of Things home safety comprehensive monitoring source of early warning.
Background technology
Existing home safety accident happens occasionally, as aging in electric wire or electrical short-circuit is on fire cause fire failure, harmful gas concentration to exceed standard to cause poisoning generation, old man to be in die no one how many days know, go out or go to work at home in electrical equipment or lamp forget and turn off the waste that causes the energy or, for disaster hides some dangers for etc., cause inevitable loss for for these reasons house and society.
The utility model content
The purpose of this utility model is to provide a kind of Internet of Things home safety comprehensive monitoring source of early warning, when the concentration of domestic harmful gas, at home the operational factor of quality of water, housed device surpass the value that sets in advance just early warning at once be transferred on communicating terminal and show; Vital signs does not reach predefined value and shows to communicating terminal with regard to early warning within the regular hour within home; Owner can be long-range to house household electrical appliance Long-distance Control and management at home; Adopt the Internet of Things mode to connect and communication between the detector of this equipment and main frame; This equipment can manage by remote terminal; This just notifies the related personnel when there being the people to adopt equipment to prevent air interference to this equipment at once.
The utility model consists of main frame, air quality monitoring module, water quality monitoring module, gas monitoring module, monitoring power distribution administration module, vital signs monitoring modular, household electrical appliance control module, communication network, communication tool, server, client, when the parameter of above module monitors surpass default value just early warning immediately show on client and communication tool.
Main frame consists of MCU-A, early warning communication module, collection communication module-A, power module-A, MCU-A carries out communication (comprising wireless telecommunications and wire communication) by the collection communication module that gathers communication module-A and each monitoring modular, just by early warning communication module, communication network, be transferred to server if the data that MCU-A gathers by acquisition module-A surpass default value, then show on client and communication tool; Power module-A passes through wire or circuit is powered to MCU-A, early warning communication module, collection communication module-A, when power module in power failure-A powers to MCU-A, early warning communication module, collection communication module-A by wire or the seamless cut-in stand-by battery of circuit.
The air quality monitoring module consists of MCU-B, air detectors, collection communication module-B, power module-B; MCU-B is connected with air detectors by circuit, and the data of MCU-B Real-Time Monitoring air detectors just upload to main frame by gathering communication module-B immediately when data surpass certain value; Power module-B by wire or circuit to MCU-B, air detectors, collection communication module-B, power supply, as power module in power failure-B by wire or the seamless cut-in stand-by battery of circuit to MCU-B, air detectors, collection communication module-B power supply.
The water quality monitoring module consists of MCU-C, water quality detector, collection communication module-C, power module-C; MCU-C is connected with the water quality detector by circuit, and the data of MCU-C Real-Time Monitoring water quality detector just upload to main frame by gathering communication module-C immediately when data surpass certain value; Power module-C by wire or circuit to MCU-C, water quality detector, gather communication module-C, power supply, as power module in power failure-C by wire or the seamless cut-in stand-by battery of circuit to MCU-C, water quality detector, gather communication module-C power supply.
The gas monitoring administration module is become by MCU-D, gas detector, collection communication module-D, power module structure-D; MCU-D is connected with gas detector by circuit, and the data of MCU-D Real-Time Monitoring water quality detector just upload to main frame by gathering communication module-D immediately when data surpass certain value; Power module-D by wire or circuit to MCU-D, gas detector, collection communication module-D, power supply, as power module in power failure-D by wire or the seamless cut-in stand-by battery of circuit to MCU-D, gas detector, collection communication module-D power supply.
The monitoring power distribution administration module consists of MCU-E, current/voltage detector, power consumption control module, collection communication module-E, power module-E; MCU-E is connected with the current/voltage detector with wire by circuit, MCU-E Real-Time Monitoring current/voltage detector is to the circuit image data in Domestic distributing box, and the current and voltage data on the circuit in panel box surpasses certain value and just uploads to main frame by gathering communication module-E immediately; Power module-E connects to MCU-E, current/voltage detector, gathers communication module-E power supply by wire or circuit, when power module in power failure-E powers to MCU-E, current/voltage detector, collection communication module-E by wire or the seamless cut-in stand-by battery of circuit.
The vital signs monitoring modular consists of MCU-F, vital signs detector, collection communication module-F, power module-F; MCU-F is connected with the vital signs detector by circuit, and the data of MCU-F Real-Time Monitoring vital signs detector just upload to main frame by gathering communication module-F immediately when data surpass certain value; Power module-F passes through wire or circuit is powered to MCU-F, vital signs detector, collection communication module-F, when power module in power failure-F powers to MCU-F, vital signs detector, collection communication module-F by wire or the seamless cut-in stand-by battery of circuit.
The household electrical appliance control module consists of MCU-G, electrical equipment manager, collection communication module-G, power module-G; MCU-G is connected with the electrical equipment manager by circuit, and the data of MCU-G Real-Time Monitoring electrical equipment manager just upload to main frame by gathering communication module-G immediately when data surpass certain value; Power module-G passes through wire or circuit is powered to MCU-G, electrical equipment manager, collection communication module-G, when power module in power failure-G powers to MCU-G, electrical equipment manager, collection communication module-G by wire or the seamless cut-in stand-by battery of circuit.
Server is monitored the ruuning situation of every main frame by communication network, main frame is sent out a heartbeat packet by network to server in the interval time that arranges, heartbeat packet comprises all information of main frame and detector, do not receive in setup times that when server the heartbeat packet that main frame sends just is judged as network failure, send the mainframe network failure message by network to client and communication tool at once.
Client is the software of reception and telemanagement main frame, just by communication network, server, be transferred to client when host supervision surpasses default value to each monitoring modular shows at once, client is mounted on terminal device on (PC, mobile phone, flat board, notebook), when client is received early warning or warning message just with sound, vibrations, picture cues.
The utility model has the advantage of can automatic monitoring data when surpassing default value, on-the-spot and long-rangely transmit early warning and alarming information by communication network and show to receiving terminal immediately, and with image, sound, mode of vibration prompting.Potential safety hazard can be in time found in early warning, notifies the related personnel in time to process, and effectively prevents the generation of event; Can provide the inquiry foundation for the case that occurred, fixedly evidence, of many uses, and installation, operation, easy to use and flexible have larger economic and social benefit, are beneficial to popularization.
Description of drawings
Fig. 1 is one-piece construction schematic diagram of the present utility model;
Fig. 2 is main machine structure schematic diagram of the present utility model;
Fig. 3 is air quality monitoring modular structure schematic diagram of the present utility model;
Fig. 4 is water quality monitoring modular structure schematic diagram of the present utility model;
Fig. 5 is gas monitoring administration module structural representation of the present utility model;
Fig. 6 is monitoring power distribution administration module structural representation of the present utility model;
Fig. 7 is vital signs monitoring modular structural representation of the present utility model;
Fig. 8 is household electrical appliance control module structural representation of the present utility model.
in figure, 1 is the household electrical appliance control modules, the 2nd, the vital signs monitoring modular, the 3rd, the monitoring power distribution administration module, the 4th, the gas monitoring module, the 5th, the water quality monitoring module, the 6th, the air quality monitoring module, the 7th, main frame, the 8th, communication network, the 9th, server, 10 clients, the 11st, communication tool, the 12nd, gather communication module-A, the 13rd, MCU-A, the 14th, power module-A, the 15th, the early warning communication module, the 16th, gather communication module-B, the 17th, MEU-B, the 18th, power module-B, the 19th, air detectors, the 20th, gather communication module-C, the 21st, MCU-C, the 22nd, power module-C, the 23rd, the water quality detector, the 24th, gather communication module-D, the 25th, MCU-D, the 26th, power module-D, the 27th, gas detector, the 28th, gather communication module-E, the 29th, MCU-E, the 30th, power module-E, the 31st, the current/voltage detector, the 32nd, the power consumption control module, the 33rd, gather communication module-F, the 34th, MCU-F, the 35th, power module-F, the 36th, the vital signs detector, the 37th, gather communication module-G, the 38th, MCU-G, the 39th, power module-G, the 40th, controller.
Embodiment
The utility model is described in further details with most preferred embodiment below in conjunction with accompanying drawing:
The utility model consists of main frame (7), air quality monitoring module (6), water quality monitoring module (5), gas monitoring administration module (4), monitoring power distribution administration module (3), vital signs monitoring modular (2), household electrical appliance control module (1), communication network (8), communication tool (11), server (9), client (10), when the parameter of above module monitors surpass default value just early warning immediately to client (10) and the upper demonstration of communication tool (11).Main frame (7) is to carry out discriminatory analysis by the data of Internet of Things wireless mode collection household electrical appliance control modules (1), vital signs monitoring modular (2), monitoring power distribution administration module (3), gas monitoring module (4), water quality monitoring module (5), air quality monitoring module (6) whether by public's communication network (8), to pass to communication tool (11) and server (9); Communication network (8) is the Wireless Data Transmission medium of main frame (7) and server (9) and communication tool (11); Server (9) is to preserve, analyze the data of main frame (7) by public's communication network (8) transmission, according to authority, the data of response is transferred to client (10) by public network simultaneously and shows; Communication tool refers to PC, mobile phone, panel computer, is for the data that show, preserve, prompting main frame (7) transmits by public's communication network (8).
main frame (7) is by MCU-A (13), early warning communication module (15), gather communication module-A (12), power module-A (14) forms, MCU-A (13) gathers communication module-A (14) by serial port circuit and (12) to be connected, MCU-A (13) is connected with early warning communication module (15) by serial port circuit, MCU-A (13) is that circuit is connected with power module-A (14), power module-A (14) is by circuit and gather communication module-A (12), early warning communication module (15) is connected, MCU-A (13) processes the data that gather communication module-A (12), judging whether needs to upload or notify on default communication tool by early warning communication module (15), gathering communication module-A (12) is household electrical appliance control module (1), vital signs monitoring modular (2), monitoring power distribution administration module (3), gas monitoring module (4), water quality monitoring module (5), air quality monitoring module (6) to be set up communication connect, early warning communication module (15) is that the data transmission that MCU-A (13) need to upload is upward pointed out to server (9), communication tool (11), power module-A (14) gives and gathers communication module-A (12), MCU-A (13), early warning communication module (15) power supply.
Air quality monitoring module (6) is comprised of MCU-B (17), power module-B (18), collection communication module-B (16), air detectors (19); Single MCU-B (17) is connected with collection communication module-B (16) by serial port circuit, MCU-B (17) changes circuit by electric current to be connected with air detectors (19), power module-B (18) is connected with MCU-B (17), collection communication module-B (16), air detectors (19) by circuit, the data of MCU-B (17) Real-Time Monitoring air detectors (19), just be transferred to main frame (7) by collection communication module-B (16), collection communication module-A (12) immediately when data surpass default value; Power module-B (18) gives MCU-B (17), collection communication module-B (16), air detectors (19) power supply.
Water quality monitoring module (5) is comprised of MCU-C (21), power module-C (22), collection communication module-C (20), water quality detector (23); MCU-C (21) by serial port circuit be connected communication module-C (20) and connect, MCU-C (21) is connected 23 by current loop circuit with the water quality detector) connect, power module-C (22) is connected 21 by circuit with MCU-C), gather communication module-C (20), water quality detector (23) connects, the data of MCU-C (21) Real-Time Monitoring water quality detector (23), just be transferred to main frame by collection communication module-C (20), collection communication module (12) immediately when data surpass default value; Power module-C (22) gives MCU-C (21), collection communication module-C (20), water quality detector (23) power supply.
Gas monitoring module (5) is comprised of MCU-D (25), power module-D (26), collection communication module-D (24), gas detector (27); MCU-D (25) by serial port circuit be connected communication module-D (24) and connect, MCU-D (25) is connected 27 by current loop circuit with gas detector) connect, power module-D (26) is connected 25 by circuit with MCU-D), gather communication module-D (24), gas detector (27) connects, the data of MCU-D (25) Real-Time Monitoring gas detector (27), just be transferred to main frame by collection communication module-D (24), collection communication module (12) immediately when data surpass default value; Power module-D (26) gives MCU-D (25), collection communication module-D (24), gas detector (27) power supply.
monitoring power distribution administration module (3) is comprised of MCU-E (29), power module-E (30), collection communication module-E (28), current/voltage detector (31), power consumption control module (32), MCU-E (29) is by serial port circuit and gather communication module-E (28), current/voltage detector (31) connects, MCU-E (29) is connected 32 by circuit with the power consumption control module) connect, power module-E (30) is by circuit and MCU-E (29), gather communication module-E (28), current/voltage detector (31), power consumption control module (32) connects, the data of MCU-E (29) Real-Time Monitoring current/voltage detector (31), just notify immediately power consumption control module (32) to disconnect the electrical appliance power supply and pass through to gather communication module-E (28) when data surpass default value, gather communication module (12) and be transferred to main frame, power module-E (30) gives MCU-E (29), collection communication module-E (28), current/voltage detector (31), power consumption control module (32) power supply.
Vital signs monitoring modular (2) is comprised of MCU-F (34), power module-F (35), collection communication module-F (33), vital signs detector (36); MCU-F (34) gathers communication module-F (33) by serial port circuit and connects, MCU-F (34) connects by current loop circuit vital signs detector (36), power module-F (35) is connected 34 by circuit with MCU-F), gather communication module-F (33), vital signs detector (36) connects, the data of MCU-F (34) Real-Time Monitoring vital signs detector (36), just be transferred to main frame by collection communication module-F (33), collection communication module (12) immediately when data surpass default value; Power module-F (35) gives MCU-F (34), collection communication module-F (33), vital signs detector (36) power supply.
Household electrical appliance control module (1) is comprised of MCU-G (38), power module-G (39), collection communication module-G (37), controller (40); MCU-G (38) by serial port circuit be connected communication module-G (37) and connect, MCU-G (38) is connected 40 by circuit with controller) connect, power module-G (39) is by circuit with by MCU-G (38), gather communication module-G (37), controller (40) connects, MCU-G (38) real-time inspection and control device (40), when client (10) or communication tool (11) need to open or close domestic electric appliance, just by server (9), communication network (8), main frame (7), gather communication module (12), gather communication module-G (37) and be transferred to MCU-G (38) control controller (40), power module-G (39) gives MCU-G (38), gathers communication module-G (37), controls controller (40) power supply.
Claims (8)
1. Internet of Things home safety comprehensive monitoring source of early warning, it is characterized in that it is by main frame (7), air quality monitoring module (6), water quality monitoring module (5), gas monitoring administration module (4), monitoring power distribution administration module (3), vital signs monitoring modular (2), household electrical appliance control module (1), communication network (8), communication tool (11), server (9), client (10) forms, main frame (7) is to gather household electrical appliance control modules (1) by the Internet of Things wireless mode, vital signs monitoring modular (2), monitoring power distribution administration module (3), gas monitoring module (4), water quality monitoring module (5), the data of air quality monitoring module (6) are carried out discriminatory analysis and whether by public's communication network (8), are passed to communication tool (11) and server (9), communication network (8) is the Wireless Data Transmission medium of main frame (7) and server (9) and communication tool (11), server (9) is to preserve, analyze the data of main frame (7) by public's communication network (8) transmission, according to authority, the data of response is transferred to client (10) by public network simultaneously and shows, communication tool refers to PC, mobile phone, panel computer, is for the data that show, preserve, prompting main frame (7) transmits by public's communication network (8).
2. a kind of Internet of Things home safety comprehensive monitoring source of early warning as claimed in claim 1, it is characterized in that described main frame (7) is by MCU-A (13), early warning communication module (15), gather communication module-A (12), power module-A (14) forms, MCU-A (13) gathers communication module-A (14) by serial port circuit and (12) to be connected, MCU-A (13) is connected with early warning communication module (15) by serial port circuit, MCU-A (13) is that circuit is connected with power module-A (14), power module-A (14) is by circuit and gather communication module-A (12), early warning communication module (15) is connected, MCU-A (13) processes the data that gather communication module-A (12), judging whether needs to upload or notify on default communication tool by early warning communication module (15), gathering communication module-A (12) is household electrical appliance control module (1), vital signs monitoring modular (2), monitoring power distribution administration module (3), gas monitoring module (4), water quality monitoring module (5), air quality monitoring module (6) to be set up communication connect, early warning communication module (15) is that the data transmission that MCU-A (13) need to upload is upward pointed out to server (9), communication tool (11), power module-A (14) gives and gathers communication module-A (12), MCU-A (13), early warning communication module (15) power supply.
3. a kind of Internet of Things home safety comprehensive monitoring source of early warning as claimed in claim 1, it is characterized in that described air quality monitoring module (6) is by MCU-B (17), power module-B (18), gather communication module-B (16), air detectors (19) forms, single MCU-B (17) is connected with collection communication module-B (16) by serial port circuit, MCU-B (17) changes circuit by electric current to be connected with air detectors (19), power module-B (18) is by circuit and MCU-B (17), gather communication module-B (16), air detectors (19) is connected, the data of MCU-B (17) Real-Time Monitoring air detectors (19), when data surpass default value just immediately by gathering communication module-B (16), gather communication module-A (12) and be transferred to main frame (7), power module-B (18) gives MCU-B (17), collection communication module-B (16), air detectors (19) power supply.
4. a kind of Internet of Things home safety comprehensive monitoring source of early warning as claimed in claim 1, it is characterized in that described water quality monitoring module (5) is by MCU-C (21), power module-C (22), gather communication module-C (20), water quality detector (23) forms, MCU-C (21) by serial port circuit be connected communication module-C (20) and connect, MCU-C (21) is connected 23 by current loop circuit with the water quality detector) connect, power module-C (22) is by circuit and MCU-C (21), gather communication module-C (20), water quality detector (23) connects, the data of MCU-C (21) Real-Time Monitoring water quality detector (23), when data surpass default value just immediately by gathering communication module-C (20), gather communication module (12) and be transferred to main frame, power module-C (22) gives MCU-C (21), collection communication module-C (20), water quality detector (23) power supply.
5. a kind of Internet of Things home safety comprehensive monitoring source of early warning as claimed in claim 1, it is characterized in that described gas monitoring module (4) is by MCU-D (25), power module-D (26), gather communication module-D (24), gas detector (27) forms, MCU-D (25) by serial port circuit be connected communication module-D (24) and connect, MCU-D (25) is connected 27 by current loop circuit with gas detector) connect, power module-D (26) is by circuit and MCU-D (25), gather communication module-D (24), gas detector (27) connects, the data of MCU-D (25) Real-Time Monitoring gas detector (27), when data surpass default value just immediately by gathering communication module-D (24), gather communication module (12) and be transferred to main frame, power module-D (26) gives MCU-D (25), collection communication module-D (24), gas detector (27) power supply.
6. a kind of Internet of Things home safety comprehensive monitoring source of early warning as claimed in claim 1, it is characterized in that described monitoring power distribution administration module (3) is by MCU-E (29), power module-E (30), gather communication module-E (28), current/voltage detector (31), power consumption control module (32) forms, MCU-E (29) is by serial port circuit and gather communication module-E (28), current/voltage detector (31) connects, MCU-E (29) is connected 32 by circuit with the power consumption control module) connect, power module-E (30) is by circuit and MCU-E (29), gather communication module-E (28), current/voltage detector (31), power consumption control module (32) connects, the data of MCU-E (29) Real-Time Monitoring current/voltage detector (31), just notify immediately power consumption control module (32) to disconnect the electrical appliance power supply and pass through to gather communication module-E (28) when data surpass default value, gather communication module (12) and be transferred to main frame, power module-E (30) gives MCU-E (29), collection communication module-E (28), current/voltage detector (31), power consumption control module (32) power supply.
7. a kind of Internet of Things home safety comprehensive monitoring source of early warning as claimed in claim 1, it is characterized in that described vital signs monitoring modular (2) is by MCU-F (34), power module-F (35), gather communication module-F (33), vital signs detector (36) forms, MCU-F (34) gathers communication module-F (33) by serial port circuit and connects, MCU-F (34) connects by current loop circuit vital signs detector (36), power module-F (35) is by circuit and MCU-F (34), gather communication module-F (33), vital signs detector (36) connects, the data of MCU-F (34) Real-Time Monitoring vital signs detector (36), when data surpass default value just immediately by gathering communication module-F (33), gather communication module (12) and be transferred to main frame, power module-F (35) gives MCU-F (34), collection communication module-F (33), vital signs detector (36) power supply.
8. a kind of Internet of Things home safety comprehensive monitoring source of early warning as claimed in claim 1, it is characterized in that described household electrical appliance control module (1) is by MCU-G (38), power module-G (39), gather communication module-G (37), controller (40) forms, MCU-G (38) by serial port circuit be connected communication module-G (37) and connect, MCU-G (38) is connected 40 by circuit with controller) connect, power module-G (39) is by circuit with by MCU-G (38), gather communication module-G (37), controller (40) connects, MCU-G (38) real-time inspection and control device (40), when client (10) or communication tool (11) need to open or close domestic electric appliance, just by server (9), communication network (8), main frame (7), gather communication module (12), gather communication module-G (37) and be transferred to MCU-G (38) control controller (40), power module-G (39) cheats MCU-G (38), gathers communication module-G (37), controls controller (40) power supply.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2013201749136U CN203288027U (en) | 2013-04-07 | 2013-04-07 | Household safety comprehensive monitoring early warning device of Internet of things |
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| CN2013201749136U CN203288027U (en) | 2013-04-07 | 2013-04-07 | Household safety comprehensive monitoring early warning device of Internet of things |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103198607A (en) * | 2013-04-07 | 2013-07-10 | 景兴发 | Internet of things home security integrated monitoring and early warning system device and implementation method thereof |
| CN103745579A (en) * | 2014-01-15 | 2014-04-23 | 武汉科技大学 | Security and protection monitoring system |
-
2013
- 2013-04-07 CN CN2013201749136U patent/CN203288027U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103198607A (en) * | 2013-04-07 | 2013-07-10 | 景兴发 | Internet of things home security integrated monitoring and early warning system device and implementation method thereof |
| CN103745579A (en) * | 2014-01-15 | 2014-04-23 | 武汉科技大学 | Security and protection monitoring system |
| CN103745579B (en) * | 2014-01-15 | 2016-03-16 | 武汉科技大学 | A kind of safety defense monitoring system |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131113 Termination date: 20150407 |
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| EXPY | Termination of patent right or utility model |