TWM474968U - The building instrumentation system device - Google Patents

Abstract

The Building Instrumentation System Device refers to buildings gas pipe, water pipe or wire system of the instrument measurement data delivery system apparatus, comprising: a measurement instrument, a data wireless transmitter, a solar cell, a wireless reception, that instrument measuring a building using the energy flow through the meter measured data information to be receive by the wireless reception and for use, To contribute to the information passed to the purpose of automation. Data wireless transmitter made from its Solar power chip to provide electricity, can have environmental protection and energy efficiency savings.

Description

Building pipeline instrument system device

The present invention relates to a building pipeline instrumentation system device, in particular to a wireless communication device that transmits meter measurement data information wirelessly without a personnel meter reading, and then receives and uses it by a wireless receiver. This achieves the purpose of instrumentation information delivery automation. At the same time, it is powered by a photo-generated power chip, which can realize the environmental protection and energy-saving automatic building pipeline instrument system device. It can also use optical camera devices to find out the data measured by the meter.

The previous instrumentation of energy used in buildings, the data of which was previously copied by the meter reading staff and then returned to the registration one by one, the operation process is inefficient, especially the meter reading staff entering and leaving the household often interferes with the privacy of the household, or the meter reading staff goes up and down the stairs. Or the household is located in a remote and inconvenient transportation, or the pipeline instrument is dirty and difficult to identify or the household is not at home and needs to go to work again, which makes the operation inconvenient, inefficient and uneconomical.

The data on the energy use of buildings is generally copied by the meter reading staff and then returned to the registration one by one. The operation process is inefficient and uneconomical.

The present invention provides a building pipeline instrument system device, comprising: a meter, a wireless transmitter, a photo-generated chip, a wireless receiver, a camera device, and the wireless transmitter can transmit the meter information wirelessly. . The wireless transmitter is connected to the camera device Placed on the meter, the camera device is equipped with a CCD photoelectric sensor, so that the camera device can be used to take in the data information measured by the building using the energy flowing through the meter, wirelessly transmitted through the wireless transmitter, and then wirelessly received. Receiver, thereby forming a device with a building pipeline instrumentation system capable of having the function of information transfer automation. The camera device has a CCD photoelectric sensor capable of ingesting its instrument data by using optical technology, and then transmitting its meter measurement data information through its wireless transmitter. The camera device is provided with a light, which can provide light to the camera device to clearly capture the image. A light-sensing chip is attached to the meter or wireless transmitter to provide power to the wireless transmitter or its camera. Its wireless transmitters and cameras can provide power by photo-sensing chips to save energy and have no fear of power outages.

The present invention provides a building line instrumentation system device, wherein the wireless transmitter is provided with a battery, and the battery is preferably a secondary battery capable of storing the power provided by the photo-generated power chip. The metering device used in buildings can be generally classified into household electricity meters, water meters and gas meters. The instrument is set up with a telecommunication identification code, and the wireless transmitter is configured with a telecommunication identification code, so that the system terminal of the wireless receiver can distinguish a large number of different instruments and different user information transmitted from the front end of the system. Be properly organized. Its instrument, wireless transmitter and photo-generated chip are the front end of the system. The instrument or wireless transmitter at the front end of the system is equipped with a telecommunication identification code to distinguish different instruments and different user information at the front end of the system; its wireless receiver It is a system terminal, and the system terminal has a computer to cooperate with the operation. The system front-end devices are product classification devices that can be separated from the system terminals respectively, and the system front-end system can be a large number of devices. If the system terminal receives the information too far, it can be relayed by the communication station. The relay station to the system terminal can achieve the effect and purpose of the communication by wireless communication, cable transmission or network. When the instrument is a meter, it can also use the power of the meter. The power should be changed to match the wireless transmitter and camera. Suitable voltage for the device. The metering data of the meter can be digital, bar code or analog signal or digital signal in the form of telecommunication. It should be converted into digital signal only when the system terminal computer works together. The camera device is fixed to the wireless transmitter by a bracket, and the CCD photoelectric sensor is aligned with the data or code displayed on the meter. The camera unit can also be fixed at other locations on the meter. The types of photovoltaic cells used in the photovoltaic cells are single crystal germanium, amorphous germanium, polycrystalline germanium, a-Si thin film, and CdTe. Its photo-generated wafers can be combined or separated into any suitable space at the front end of the system. The general telecommunication identification code is set in such a manner as to be a mobile phone internal code or other byte code. An identification code that can be read by an optical scan such as a bar code or other digital and graphical code. The imaging device is a camera, a camera, and a scanner that can convert photoelectric signals using a CCD photoelectric sensor. The laser scanner can also meet the scanning function of its camera device, and its cost and quality and different uses can be considered as factors for the product device.

01‧‧‧ instruments

02‧‧‧Wired Transmitter

03‧‧‧Photovoltaic Wafer

04‧‧‧Wireless Receiver

05‧‧‧ Camera

05a‧‧‧CCD photoelectric sensor

05b‧‧‧Lights

05c‧‧‧ bracket

06‧‧‧Battery

Figure 1 is a perspective view of the creation.

Figure 2 is a plan view of the creation.

Figure 3 is an exploded view of the creation.

Figure 4 is a side view of the creation.

Figure 5 is a plan view of a prior art device.

Referring to the first, second, third and fourth figures, the present invention provides a building pipeline instrument system device comprising: a meter 01, a wireless transmitter 02, a photo-generated wafer 03, a wireless The receiver 04, a camera device 05, and the wireless transmitter 02 can wirelessly transmit the meter 01 information. The wireless transmitter 02 is connected to the camera device 05 and disposed on the meter 01. The camera device 05 is provided with a CCD photosensor 05a, so that the camera device 05 picks up the building. The data information measured by the energy flowing through the meter 01 can be wirelessly transmitted through the wireless transmitter 02, and then received by the wireless receiver 04, thereby forming a device with a building pipeline instrument system capable of having information transmission automation. The function. The imaging device 05 has a CCD photosensor 05a capable of taking in the meter 01 data by optical technology, and then transmitting the meter 01 measurement data information via the wireless transmitter 02. The imaging device 05 is provided with a lamp 05b capable of providing light to the imaging device 05 to clearly capture the image. The meter 01 or the wireless transmitter 02 is provided with a photo-power generating chip 03 for supplying power to the wireless transmitter 02 or the camera 05. The wireless transmitter 02 and the camera device 05 are powered by the photo-generated power generating chip 03 to provide energy saving benefits without fear of power outage.

Please refer to the first figure, the third figure and the fifth figure. The present invention provides a building pipeline instrument system device, wherein the wireless transmitter 02 is provided with a battery 06, and the battery 06 should use a secondary battery to store its sensitization. The power supplied by the power generation chip 03. Its instrument 01 device is used in buildings, and can be divided into household electric meters, water meters and household gas meters. The fifth figure is a conventional prior meter device 07, however the device requires manual meter reading. In this creation, the instrument 01 has a telecommunication identification code, and the wireless transmitter 02 has a telecommunication identification code, so that the system terminal of the wireless receiver 04 can distinguish a large number of different instruments 01 and different from the front end of the system. User information is properly organized. The instrument 01, the wireless transmitter 02 and the photo-generated power chip 03 are system front ends, and the electronic device telecommunication identification code is set in the instrument 01 or the wireless transmitter 02 at the front end of the system to distinguish different instruments 01 and different user information. The wireless receiver 04 is a system terminal, and the system terminal needs to have a computer to cooperate with the operation. The system front-end device is a product classification device that can be separated from the system terminal respectively. The system front-end system can become a large number of devices. The system terminal can receive the information if the distance is too long, and the relay station can be relayed to the system terminal. Wireless communication, cable communication or network communication can achieve the effect and purpose of communication. Its instrument When the 01 series is an electric meter, the power supply of the electric meter can also be used, and the electric power should be transformed so as to conform to the suitable voltage of the wireless transmitter 02 and the camera 05. The metering data of the meter 01 can be digital, bar code or analog signal or digital signal in the form of telecommunication, and should be converted into a digital signal only when the system terminal computer cooperates with the operation. The camera unit 05 is fixed to the wireless transmitter 02 by a holder 05c, and its CCD photosensor 05a is aligned with the data or code displayed on the meter 01. The imaging device 05 can also be fixed to other positions of the meter 01. The photo-generated power generation chip 03 has a single crystal germanium, an amorphous germanium, a polycrystalline germanium, an a-Si thin film, and CdTe in the types of solar cells. Its photo-generated wafer 03 can be combined or separated into any suitable space at the front end of the system. The setting of the telecommunication identification code is set, for example, by means of a mobile phone internal code or other byte code. An identification code that can be read by an optical scan such as a bar code or other digital and graphical code. The imaging device 05 is a camera, a camera, a scanner, and the like that can be used for photoelectric conversion using the CCD photosensor 05a. The laser scanner can also meet the scanning function of its camera device 05, and its cost and quality and different uses can be considered as factors for the product device.

01‧‧‧ instruments

02‧‧‧Wired Transmitter

03‧‧‧Photovoltaic Wafer

04‧‧‧Wireless Receiver

05‧‧‧ Camera

05a‧‧‧CCD photoelectric sensor

05b‧‧‧Lights

05c‧‧‧ bracket

06‧‧‧Battery

Claims (6)

A building pipeline instrument system device comprises: a camera device, a wireless transmitter, and a wireless transmitter connected to the camera device and disposed on the meter. The building pipeline instrument system device according to claim 1, wherein the wireless transmitter is connected to a camera device and disposed on the meter, and the camera device is provided with a CCD photoelectric sensor. The building line instrument system device according to claim 2, wherein the meter or the wireless transmitter is provided with a photo-generated power chip or is powered by the photo-generated power chip. For example, in the building pipeline instrument system device described in claim 2, the instrument or the wireless transmitter is configured to have a telecommunication identification code. The building instrument automation device according to claim 1, wherein the wireless transmitter is provided with a battery. The building instrument automation device according to claim 1, wherein the camera device is provided with a lamp.