CN210270628U

CN210270628U - Energy internet monitoring device

Info

Publication number: CN210270628U
Application number: CN201921704131.2U
Authority: CN
Inventors: 余益民; 赵昆; 陈韬伟; 张明宇
Original assignee: Yunnan University of Finance and Economics
Current assignee: Yunnan University of Finance and Economics
Priority date: 2019-10-12
Filing date: 2019-10-12
Publication date: 2020-04-07
Anticipated expiration: 2029-10-12

Abstract

The utility model discloses an energy internet monitoring device, which comprises an electricity utilization monitoring component, an air utilization monitoring component and a water utilization monitoring component, wherein the electricity utilization monitoring component comprises a current sensor, a relay and a first main control device, and a first battery, a first WiFi transmitting module, a first WiFi receiving module, a 3G/4G communication module and a first controller are installed in the first main control device; the gas utilization monitoring assembly comprises a gas sensor, an automatic flow stopping device and a second main control device; the water consumption monitoring assembly comprises a water flow sensor, an automatic flow stopping device and a third main control device. The utility model discloses can be through the power consumption, the gas consumption and the water consumption condition at cell-phone APP real time monitoring family to can control outage, gas and cut off the water supply, effectively prevent the waste and the dangerous production of resource.

Description

Energy internet monitoring device

Technical Field

The utility model relates to a house energy monitoring technology field, in particular to energy internet monitoring device.

Background

At present, electricity, gas and water are indispensable for most families, but when going out, the household appliances are likely to forget to be turned off, electricity is always consumed, unnecessary electricity is wasted, danger also occurs, water leakage occurs, gas leakage occurs, resources are wasted, danger is easy to occur, and therefore real-time monitoring on the electricity, gas and water for the families is needed, and waste of the resources and danger are prevented.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an energy internet monitoring device can be through the power consumption, with gas and the water condition in cell-phone APP real time monitoring family to can control outage, gas and cut off the water supply, effectively prevent the waste and the dangerous production of resource.

The above technical purpose of the present invention can be achieved by the following technical solutions: an energy internet monitoring device comprises an electricity utilization monitoring component, an electricity utilization monitoring component and a water utilization monitoring component, wherein the electricity utilization monitoring component comprises a current sensor, a relay and a first main control device, a first battery, a first WiFi transmitting module, a first WiFi receiving module, a 3G/4G communication module and a first controller are installed in the first main control device, and the current sensor, the relay, the first battery, the first WiFi transmitting module, the first WiFi receiving module and the 3G/4G communication module are all electrically connected with the first controller;

the gas monitoring assembly comprises a gas sensor, an automatic flow stopping device and a second main control device, wherein a second battery, a second WiFi transmitting module, a second WiFi receiving module and a second controller are installed in the second main control device;

the water monitoring assembly comprises a water flow sensor, an automatic flow stopping device and a third main control device, a third battery, a third WiFi transmitting module, a third WiFi receiving module and a third controller are installed in the third main control device, the water flow sensor, the automatic flow stopping device, the third battery, the third WiFi transmitting module and the third WiFi receiving module are all electrically connected with the third controller, the third WiFi transmitting module is in wireless communication with the first WiFi receiving module, and the third WiFi receiving module is in wireless communication with the first WiFi transmitting module.

By adopting the technical scheme, a user downloads an appointed APP on the mobile phone, a first controller of the power consumption monitoring assembly is communicated with the APP on the mobile phone through a 3G/4G communication module, a current sensor monitors the power consumption condition in the house constantly and transmits data to the first controller, the first controller transmits the data to the mobile phone APP, the user can check the power consumption condition of each period in the house at any time through the mobile phone APP, when the user is not at home, the power failure in the house is controlled through the mobile phone APP when the power consumption in the house is abnormal, a signal is transmitted to the 3G/4G communication module, the 3G/4G communication module transmits the data to the first controller, the first controller controls the relay to be disconnected, the main power in the house is disconnected, the first battery starts to be charged when being connected into a circuit, and the main power of the house can still be connected through the mobile phone APP;

after a gas sensor of the gas monitoring assembly detects gas, a signal is transmitted to the second controller, the second controller is transmitted to the first WiFi receiving module through the second WiFi transmitting module, the first WiFi receiving module is transmitted to the first controller, the first controller is transmitted to the mobile phone APP through the 3G/4G communication module, the mobile phone APP can remind a user every time gas is detected, when a user is not at home and finds that gas leaks, the gas is controlled to be closed through the mobile phone APP, signals are transmitted to the first controller, the first controller is transmitted to the second WiFi receiving module through the first WiFi transmitting module, the second WiFi receiving module transmits the signals to the second controller, the second controller controls the automatic flow stopping device to close the gas, the second battery starts to be charged when being connected to a circuit, and the automatic flow stopping device can still be controlled to close the gas through the mobile phone APP when power is off;

the water flow sensor of the water consumption monitoring component transmits the detected water flow information to the third controller, the third controller transmits the detected water flow information to the first WiFi receiving module through the third WiFi transmitting module, the first WiFi receiving module transmits the detected water flow information to the first controller, the first controller transmits the detected water flow information to the mobile phone APP through the 3G/4G communication module, a user can check the water consumption condition through the mobile phone APP at any time, when the user is not at home and the discovery water consumption is unusual, close the water main through cell-phone APP control, signal transmission gives first controller, first controller transmits for third wiFi receiving module through first wiFi emission module, third wiFi receiving module transmits the signal for the third controller, the automatic flow stopping device of third controller control closes the water main, the third battery begins to charge when access circuit for still can close the water main through cell-phone APP control automatic flow stopping device when the outage.

The utility model discloses a further set up to: the automatic flow stopping device comprises a connecting pipe and a flow stopping block which is arranged outside the connecting pipe and extends towards one side, a flow stopping sheet movable cavity communicated with the connecting pipe is arranged in the flow stopping block, a flow stopping sheet is connected in the flow stopping sheet movable cavity in a sliding manner, a movable hole communicated with the flow stopping sheet movable cavity is arranged at one end, away from the connecting pipe, of the flow stopping block, a pull shaft connected with the flow stopping sheet is connected in the movable hole in a sliding manner, a blocking sheet is arranged on the outer side, perpendicular to one end, away from the connecting pipe, of the flow stopping sheet, a reset spring installation cavity which is arranged at one side of the flow stopping sheet movable cavity and communicated with the flow stopping sheet movable cavity is arranged in the flow stopping block, a first reset spring is arranged between one end, away from the connecting pipe, of the flow stopping sheet movable cavity and the blocking cavity, and a limiting cavity which is arranged at one end, away from the connecting pipe, of the flow stopping sheet movable cavity and communicated, a limiting notch is formed in one end, close to the flow stopping sheet, of the pull shaft, a limiting iron block which can slide towards one end, far away from the movable hole, and is matched with the limiting notch is arranged in the limiting cavity, an electromagnet is installed at one end, far away from the movable hole, of the limiting cavity, a second reset spring is installed between the limiting iron block and the electromagnet, and the electromagnet is electrically connected with the second controller or a third controller; under the normal state, the limiting iron block is clamped with the limiting notch, so that the separation blade compresses the first reset spring to enable the length of the first reset spring to be compressed to be shortest, and the flow stopping sheet does not block the connecting pipe.

By adopting the technical scheme, when the second controller or the third controller controls the automatic flow stopping device to be closed, the electromagnet is electrified to generate magnetism, the limiting iron block is attracted, the second return spring is compressed, the limiting iron block is released from being clamped with the limiting notch, and the blocking piece drives the flow stopping piece to slide forwards under the action of the first return spring to block the connecting pipe; when the automatic flow stopping device needs to be opened, a user pulls the pull shaft with a hand to pull the flow stopping sheet back, so that the separation blade compresses the first reset spring, and when the limiting notch of the pull shaft moves to be close to the limiting iron block, the limiting iron block is clamped with the limiting notch again under the action of the second reset spring, so that the automatic flow stopping device is opened.

The utility model discloses a further set up to: in the gas monitoring assembly, the gas sensor is mounted on the outer side of the flow stopping block, and in the water monitoring assembly, the water flow sensor is arranged at one end of the connecting pipe and communicated with the connecting pipe.

To sum up, the utility model discloses following beneficial effect has:

firstly, the device can monitor the conditions of domestic electricity, gas and water consumption in real time through the mobile phone APP, and timely know whether the conditions of electricity abnormity, gas leakage and water leakage occur at home;

it is two, can directly close family total electricity, gas, total water through cell-phone APP long-range, in time prevent because the danger that the power consumption produced unusually, prevent that the gas from leaking and taking place danger, prevent to leak and cause the unnecessary loss.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention;

fig. 2 is a diagram mainly showing the internal structures of a first master control device, a second master control device and a third master control device;

FIG. 3 is a partial cross-sectional view of the automatic flow stop device;

FIG. 4 is a view mainly used for showing the connection relationship of the stopper, the pull rod and the baffle;

fig. 5 is a schematic block diagram of the present invention.

In the figure: 1. a current sensor; 2. a relay; 3. a first master control device; 31. a first battery; 32. a first WiFi transmission module; 33. a first WiFi receiving module; 34. a 3G/4G communication module; 35. a first controller; 4. a gas sensor; 5. a second master control device; 51. a second battery; 52. a second WiFi transmission module; 53. a second WiFi receiving module; 54. a second controller; 6. a water flow sensor; 7. a third master control device; 71. a third battery; 72. a third WiFi transmission module; 73. a third WiFi receiving module; 74. a third controller; 8. an automatic flow stopping device; 81. a connecting pipe; 82. a flow stopping block; 821. a movable cavity of the flow stopping sheet; 822. a movable hole; 823. a return spring mounting cavity; 824. a limiting cavity; 91. a flow stopping sheet; 92. pulling the shaft; 93. a baffle plate; 94. a first return spring; 95. a limiting notch; 96. limiting an iron block; 97. an electromagnet; 98. a second return spring.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

In the embodiment, an energy internet monitoring device, referring to fig. 1-4, comprises an electricity utilization monitoring component, an electricity utilization monitoring component and a water utilization monitoring component, wherein the electricity utilization monitoring component comprises a current sensor 1, a relay 2 and a first main control device 3, a first battery 31, a first WiFi transmitting module 32, a first WiFi receiving module 33, a 3G/4G communication module 34 and a first controller 35 are installed in the first main control device 3, the current sensor 1, the relay 2, the first battery 31, the first WiFi transmitting module 32, the first WiFi receiving module 33 and the 3G/4G communication module 34 are all electrically connected with the first controller 35, the electricity utilization monitoring component is connected to a main electric wire of a household power supply, the current sensor 1 is used for detecting electricity utilization conditions in a house, the relay 2 is used for controlling the on and off of the total electricity in the house, and the first controller 35 is communicated with the mobile phone through the 3G/4G communication module 34.

The gas monitoring assembly comprises a gas sensor 4, an automatic flow stopping device 8 and a second main control device 5, a second battery 51 is installed in the second main control device 5, a second WiFi transmitting module 52, a second WiFi receiving module 53 and a second controller 54, the gas sensor 4, the automatic flow stopping device 8, the second battery 51, the second WiFi transmitting module 52 and the second WiFi receiving module 53 are all electrically connected with the second controller 54, the second WiFi transmitting module 52 is in wireless communication with the first WiFi receiving module 33, the second WiFi receiving module 53 is in wireless communication with the first WiFi transmitting module 32, the gas monitoring assembly is installed at a kitchen gas pipe, the automatic flow stopping device 8 is connected between the gas pipes and used for controlling the opening and closing of gas, and the gas sensor 4 is used for detecting whether gas leakage exists in a kitchen.

The water monitoring component comprises a water flow sensor 6, an automatic flow stopping device 8 and a third main control device 7, a third battery 71, a third WiFi transmitting module 72, a third WiFi receiving module 73 and a third controller 74 are installed in the third main control device 7, the water flow sensor 6, the automatic flow stopping device 8, the third battery 71, the third WiFi transmitting module 72 and the third WiFi receiving module 73 are all electrically connected with the third controller 74, the third WiFi transmitting module 72 is in wireless communication with the first WiFi receiving module 33, the third WiFi receiving module 73 is in wireless communication with the first WiFi transmitting module 32, the water monitoring component is installed at a household water main pipe, the automatic flow stopping device 8 is connected between the water main pipes and used for controlling the on and off of water, and the water flow sensor 6 is used for monitoring the household water use condition.

The automatic flow stopping device 8 comprises a connecting pipe 81, a flow stopping block 82 which is arranged outside the connecting pipe 81 and extends towards one side, a flow stopping sheet movable cavity 821 communicated with the connecting pipe 81 is formed in the flow stopping block 82, a flow stopping sheet 91 is connected in the flow stopping sheet movable cavity 821 in a sliding mode, a movable hole 822 communicated with the flow stopping sheet movable cavity 821 is formed in one end, far away from the connecting pipe 81, of the flow stopping block 82, a pull shaft 92 connected with the flow stopping sheet 91 is connected in the movable hole 822 in a sliding mode, a blocking sheet 93 is arranged on two sides, far away from one end of the connecting pipe 81, of each flow stopping sheet 91, two return spring installation cavities 823 located on two sides of the flow stopping sheet movable cavity 821 and communicated with the flow stopping sheet movable cavity 821 are formed in the flow stopping block 82, a first return spring 94 is arranged between one end, far away from the connecting pipe 81, of each return spring installation cavity 823 and the corresponding blocking sheet 93, and one end, located on one side, far away from the connecting pipe 81, of the flow stopping A limiting cavity 824, one end of the pull shaft 92 close to the flow stopping sheet 91 is provided with a limiting notch 95, a limiting iron block 96 which can slide towards one end far away from the movable hole 822 and is matched with the limiting notch 95 is arranged in the limiting cavity 824, one end of the limiting cavity 824 far away from the movable hole 822 is provided with an electromagnet 97, a second return spring 98 is arranged between the limiting iron block 96 and the electromagnet 97, and the electromagnet 97 is electrically connected with the second controller 54 or the third controller 74; in a normal state, the limiting iron block 96 is clamped with the limiting notch 95, so that the blocking piece 93 compresses the first return spring 94 to enable the length of the first return spring to be shortest, and the flow stopping piece 91 does not block the connecting pipe 81.

In the gas monitoring unit, the gas sensor 4 is attached to the outside of the stopper block 82, and in the water monitoring unit, the water flow sensor 6 is provided at one end of the connection pipe 81 and communicates with the connection pipe 81.

The working principle is as follows: referring to fig. 5, a user downloads a designated APP on the mobile phone, the first controller 35 of the power consumption monitoring component communicates with the APP on the mobile phone through the 3G/4G communication module 34, the current sensor 1 constantly monitors the power consumption at home, and transmits the data to the first controller 35, the first controller 35 transmits the data to the mobile phone APP, the user can check the electricity consumption condition of each time period at home at any time through the mobile phone APP, when the household power utilization is not at home, when the household power utilization is found to be abnormal, the household power failure is controlled through the mobile phone APP, a signal is transmitted to the 3G/4G communication module 34, the 3G/4G communication module 34 is transmitted to the first controller 35, the first controller 35 controls the relay 2 to be switched off, the household total power is switched off, the first battery 31 starts to be charged when being switched in a circuit, and the household total power can still be switched on through the mobile phone APP control relay 2 when the power failure occurs;

after the gas sensor 4 of the gas monitoring assembly detects gas, the signal is transmitted to the second controller 54, the second controller 54 is transmitted to the first WiFi receiving module 33 through the second WiFi transmitting module 52, the first WiFi receiving module 33 is transmitted to the first controller 35, the first controller 35 is transmitted to the mobile phone APP through the 3G/4G communication module 34, the mobile phone APP reminds the user every time gas is detected, when a user is not at home and finds that gas leaks, the gas is turned off under the control of the mobile phone APP, signals are transmitted to the first controller 35, the first controller 35 transmits the signals to the second WiFi receiving module 53 through the first WiFi transmitting module 32, the second WiFi receiving module 53 transmits the signals to the second controller 54, the second controller 54 controls the automatic flow stopping device 8 to turn off the gas, the second battery 51 starts to be charged when being connected to a circuit, and the automatic flow stopping device 8 can still be controlled to turn off the gas through the mobile phone APP when the circuit is powered off;

the water flow sensor 6 of the water consumption monitoring assembly transmits the detected water flow information to the third controller 74, the third controller 74 transmits the detected water flow information to the first WiFi receiving module 33 through the third WiFi transmitting module 72, the first WiFi receiving module 33 transmits the detected water flow information to the first controller 35, the first controller 35 transmits the detected water flow information to the mobile phone APP through the 3G/4G communication module 34, a user can check the water consumption condition through the mobile phone APP at any time, when a user is not at home and water consumption is abnormal, the water main is controlled to be closed through the mobile phone APP, signals are transmitted to the first controller 35, the first controller 35 is transmitted to the third WiFi receiving module 73 through the first WiFi transmitting module 32, the third WiFi receiving module 73 transmits the signals to the third controller 74, the third controller 74 controls the automatic flow stopping device 8 to close the water main, the third battery 71 starts to be charged when the circuit is accessed, and the automatic flow stopping device 8 can still be controlled to close the water main when power is off;

when the second controller 54 or the third controller 74 controls the automatic flow stopping device 8 to be closed, the electromagnet 97 is electrified to generate magnetism, the limiting iron block 96 is attracted, the second return spring 98 is compressed, the limiting iron block 96 is released from being clamped with the limiting notch 95, and the blocking piece 93 drives the flow stopping piece 91 to slide forwards to block the connecting pipe 81 under the action of the first return spring 94; when the automatic flow stopping device 8 needs to be opened, a user pulls the pull shaft 92 with a hand to pull the flow stopping sheet 91 back, so that the blocking sheet 93 compresses the first return spring 94, and when the limiting notch 95 of the pull shaft 92 is close to the limiting iron block 96, the limiting iron block 96 is clamped with the limiting notch 95 again under the action of the second return spring 98, so that the automatic flow stopping device 8 is opened.

The present embodiment is only for explaining the present invention, and it is not limited to the present invention, and those skilled in the art can make modifications to the present embodiment without inventive contribution as required after reading the present specification, but all of them are protected by patent laws within the scope of the claims of the present invention.

Claims

1. The utility model provides an energy internet monitoring device, includes power consumption monitoring component, gas consumption monitoring component and water consumption monitoring component, its characterized in that: the electricity utilization monitoring assembly comprises a current sensor (1), a relay (2) and a first main control device (3), wherein a first battery (31), a first WiFi transmitting module (32), a first WiFi receiving module (33), a 3G/4G communication module (34) and a first controller (35) are installed in the first main control device (3), and the current sensor (1), the relay (2), the first battery (31), the first WiFi transmitting module (32), the first WiFi receiving module (33) and the 3G/4G communication module (34) are all electrically connected with the first controller (35);

the gas monitoring assembly comprises a gas sensor (4), an automatic flow stopping device (8) and a second main control device (5), wherein a second battery (51), a second WiFi transmitting module (52), a second WiFi receiving module (53) and a second controller (54) are installed in the second main control device (5), the gas sensor (4), the automatic flow stopping device (8), the second battery (51), the second WiFi transmitting module (52) and the second WiFi receiving module (53) are all electrically connected with the second controller (54), the second WiFi transmitting module (52) is in wireless communication with the first WiFi receiving module (33), and the second WiFi receiving module (53) is in wireless communication with the first WiFi transmitting module (32);

the water monitoring assembly comprises a water flow sensor (6), an automatic flow stopping device (8) and a third main control device (7), a third battery (71), a third WiFi transmitting module (72), a third WiFi receiving module (73) and a third controller (74) are installed in the third main control device (7), the water flow sensor (6), the automatic flow stopping device (8), the third battery (71), the third WiFi transmitting module (72) and the third WiFi receiving module (73) are all electrically connected with the third controller (74), the third WiFi transmitting module (72) is in wireless communication with the first WiFi receiving module (33), and the third WiFi receiving module (73) is in wireless communication with the first WiFi transmitting module (32).

2. The energy internet monitoring device of claim 1, wherein: the automatic flow stopping device (8) comprises a connecting pipe (81) and a flow stopping block (82) which is arranged on the outer side of the connecting pipe (81) and extends towards one side, a flow stopping sheet movable cavity (821) communicated with the connecting pipe (81) is formed in the flow stopping block (82), a flow stopping sheet (91) is connected in the flow stopping sheet movable cavity (821) in a sliding mode, a movable hole (822) communicated with the flow stopping sheet movable cavity (821) is formed in one end, far away from the connecting pipe (81), of the flow stopping block (82), a pull shaft (92) connected with the flow stopping sheet (91) is connected in the movable hole (822) in a sliding mode, a blocking sheet (93) is arranged on the outer side, far away from one end of the connecting pipe (81), of the flow stopping sheet (91) perpendicularly, a return spring installation cavity (823) which is located on one side of the flow stopping sheet movable cavity (821) and communicated with the flow stopping sheet movable cavity (821) is formed in the flow stopping block (82, a first return spring (94) is arranged between one end of the return spring installation cavity (823) far away from the connecting pipe (81) and the baffle plate (93), the flow stopping block (82) is provided with a limiting cavity (824) which is positioned at one end of the flow stopping sheet movable cavity (821) far away from the connecting pipe (81) and is communicated with one side of the movable hole (822), one end of the pull shaft (92) close to the flow stopping sheet (91) is provided with a limiting notch (95), a limiting iron block (96) which can slide towards one end far away from the movable hole (822) and is matched with the limiting notch (95) is arranged in the limiting cavity (824), an electromagnet (97) is arranged at one end of the limiting cavity (824) far away from the movable hole (822), a second return spring (98) is arranged between the limiting iron block (96) and the electromagnet (97), the electromagnet (97) is electrically connected with the second controller (54) or the third controller (74); in a normal state, the limiting iron block (96) is clamped with the limiting notch (95), so that the blocking piece (93) compresses the first return spring (94) to enable the length of the first return spring to be shortest, and the connecting pipe (81) is not blocked by the flow stopping piece (91).

3. The energy internet monitoring device according to claim 2, wherein: in the gas monitoring assembly, the gas sensor (4) is installed at the outer side of the flow stopping block (82), and in the water monitoring assembly, the water flow sensor (6) is arranged at one end of the connecting pipe (81) and communicated with the connecting pipe (81).