CN220191086U

CN220191086U - Medical factory building lamps and lanterns control system and medical factory building

Info

Publication number: CN220191086U
Application number: CN202321301973.XU
Authority: CN
Inventors: 陈智; 李建军; 陈鹤; 余涛; 张纹阳; 张元�
Original assignee: Sino Pharmengin Corp
Current assignee: Sino Pharmengin Corp
Priority date: 2023-05-23
Filing date: 2023-05-23
Publication date: 2023-12-15
Anticipated expiration: 2033-05-23

Abstract

The utility model relates to the technical field of medical factory building lamp management, and provides a medical factory building lamp control system which comprises an illumination transmitter for detecting an illumination value of an illumination lamp, a communication manager for transmitting data detected by the illumination transmitter to an upper computer, the upper computer for receiving data fed back by the communication manager and analyzing the data, and an infrared mobile detector for detecting whether a person exists in a station or not, wherein the infrared mobile detector is in communication connection with the communication manager. The medical factory building comprises a plurality of lamps arranged on a ceiling, and further comprises the medical factory building lamp control system, wherein the medical factory building lamp control system controls illumination of each lamp. The utility model can accurately judge the fault condition of the lighting lamp in time, reminds maintenance personnel to clean or replace the lamp, ensures the normal lighting state of the industrial factory building, and can adjust the opening and closing of the lamp at the side of the window according to the natural light change so as to achieve the effect of fully utilizing the natural light to save energy.

Description

Medical factory building lamps and lanterns control system and medical factory building

Technical Field

The utility model relates to the technical field of medical factory building lamp management, in particular to a medical factory building lamp control system and a medical factory building.

Background

The existing medical industry factory building has more large-area working areas, operators are insensitive to illumination change of the working environment because of working in the environment for a long time, when dust and dirt are attached to the surface of a lamp, or the illumination of the working environment is reduced due to reasons such as local lamp faults, the maintainers in the factory area cannot know fault information timely, fault points are determined, the workers work in the environment with poor illumination for a long time, the working efficiency and the operation accuracy of the workers are reduced, and the production danger is increased.

In addition, a large amount of production line operation conditions exist in the medical industry factory building, and in the electrical design stage of a general lighting system, lighting loops can be arranged in a segmented and regional mode according to the distribution conditions of the production line. When the whole assembly line is not produced, the lighting lamp of the production line can be selectively turned off, so that the energy-saving effect is achieved. In the traditional design, whether the assembly line work needs to be started or not is judged manually, so that the lighting loop is switched on and off on site, the intelligent degree is not high, and the conditions of missed switching-off and incorrect switching-off exist.

Disclosure of Invention

The utility model aims to provide a medical factory building lamp control system and a medical factory building, which at least can solve part of defects in the prior art.

In order to achieve the above object, the embodiment of the present utility model provides the following technical solutions: the utility model provides a medicine factory building lamps and lanterns control system, is including being used for detecting the illuminance changer of illumination lamps and lanterns, be used for with the data transmission that illuminance changer detected is to the communication manager of host computer, be used for receiving the data of communication manager feedback and carry out the infrared removal detector of analysis and be used for detecting whether the station is someone, infrared removal detector with communication manager communication connection.

Further, the illumination transmitter is installed on an upright post in the factory building.

Further, the number of the illumination transmitters is multiple, and the distance between adjacent illumination transmitters is 6-10 m.

Further, the system also comprises an infrared movement detector for detecting whether a person exists at the station, and the infrared movement detector is in communication connection with the communication manager.

Further, the communication manager is in communication connection with the upper computer through the switch.

Further, the lighting device also comprises a relay for controlling the on-off of the lighting loop of the lighting lamp.

The embodiment of the utility model also provides the following technical scheme: the medical factory building comprises a plurality of lamps arranged on a ceiling, and further comprises the medical factory building lamp control system, wherein the medical factory building lamp control system controls illumination of each lamp.

Further, part of the lamps form a plurality of illumination channels, and each illumination channel is arranged on the ceiling at intervals in parallel.

Further, the infrared movement detector is arranged on each illumination channel in the middle.

Further, the illumination channels on both sides are arranged by windows.

Further, the illumination sensor comprises surrounding walls, wherein the illumination sensor is arranged on the walls.

Compared with the prior art, the utility model has the beneficial effects that: in the great place of current medicine factory building large bay and dust, lamps and lanterns surface is piled up ash layer etc. easily, result in production area operation face illuminance to descend obviously, operating personnel is in the low illuminance environment during operation for a long time, easily cause personnel fatigue and work efficiency to descend, can increase production danger simultaneously, and can in time be accurate judge the trouble condition of illumination lamps and lanterns after adopting this system, remind maintainer to wash or change lamps and lanterns, guaranteed the normal illumination state of industrial factory building, in addition can be according to natural light change, adjust the opening and shutting of face window side lamps and lanterns, reach the energy-conserving effect of make full use of natural light.

Drawings

Fig. 1 is a schematic diagram of a control system for a lamp of a medical factory building according to an embodiment of the present utility model;

fig. 2 is a schematic plan layout view of a medical factory building according to an embodiment of the present utility model;

1-an illuminance transmitter; 2-an infrared motion detector; 3-a communication manager; 4-an upper computer; 5-relay; 6-a distribution box; 7-a switch; 8-a lamp; 9-an illumination channel; 10-window.

Detailed Description

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Referring to fig. 1 and 2, an embodiment of the present utility model provides a control system for a medical factory building lamp 8, which includes an illuminance transmitter 1 for detecting an illuminance state of the illumination lamp 8, and a communication manager 3 for transmitting data detected by the illuminance transmitter 1 to the communication manager 3, wherein the communication manager 3 implements RS485 to TCP/IP communication protocol conversion, and an upper computer 4 receives data fed back by the communication manager 3 and performs logic judgment, and the upper computer 4 outputs a signal outwards. In this embodiment, the fault condition of the illumination lamp 8 can be timely and accurately judged, maintenance personnel are reminded to clean or replace the lamp 8, the normal illumination state of an industrial factory building is guaranteed, and in addition, the opening and closing of the lamp 8 at the window side can be adjusted according to the natural light change, so that the effect of fully utilizing the natural light to save energy is achieved. Preferably, the use condition of the lighting lamp 8 is a condition that dust and stains are more attached to the lamp 8 and/or a condition that a local lamp 8 is failed. The illuminance transmitter 1 is installed on an upright post in a factory building. The number of the illumination transmitters 1 is multiple, and the adjacent illumination transmitters 1 are spaced by 6-10 m. The illuminance transmitter 1 is further configured to detect outdoor illumination, and transmit detected data to the communication manager 3, the communication manager 3 transmits the acquired data to the upper computer 4, and the upper computer 4 controls the on/off of the lighting lamp 8 according to the data fed back by the illuminance transmitter 1. The system also comprises an infrared movement detector 2, wherein the infrared movement detector 2 is used for detecting whether a person exists at a station, and the infrared movement detector 2 also transmits data to the communication manager 3. The communication manager 3 is communicated with the upper computer 4 through a switch 7. After the configuration software of the upper computer 4 judges according to the acquired data, an instruction signal is output to the communication manager 3, the communication manager 3 realizes the function of converting TCP/IP into RS485, and the communication manager 3 utilizes a communication protocol to control the opening and closing of each loop relay 5 of the intelligent illumination output relay 5, so that the on-off of an illumination loop is controlled. The upper computer 4 can adopt the existing LabView configuration software, the configuration software is the existing mature software, and the embodiment utilizes the software to edit the human-computer interaction interface of the upper computer 4 and realize logic control.

Specifically, referring to fig. 1 and 2, the system mainly comprises a lighting fixture 8, an illuminance transmitter 1, a communication line, a communication manager 3, an intelligent lighting output relay 5, an intelligent infrared movement detector 2 and an upper computer 4.

If the illuminance is required to be detected, an illuminance transmitter 1 is arranged in a large workshop or a large dust area, the illuminance transmitter 1 transmits detected signals to a communication manager 3 through a communication line, and the signals are connected to an upper computer 4 after passing through the communication manager 3. The upper computer 4 is provided with a judging logic, the illuminance is obviously weakened, if the surface of the lamp 8 is judged to be more in dust and dirt adhesion or the local lamp 8 is in fault, the upper computer 4 prompts the need of cleaning or replacing the lamp 8 according to the collected data after the logic judgment, and reminds operation and maintenance personnel to maintain and overhaul in time. In the place that needs to carry out illuminance detection, arrange illuminance changer 1, illuminance changer 1 installs on the stand according to the building span, and monomer span is eight meters for example, installs illuminance changer 1 in every eight meters stand, and illuminance changer 1 detects its initial detection illuminance value in different operating modes after the installation is accomplished to set up in host computer 4 and judge logic, according to the illuminance condition of weakening, judge illuminance lamps and lanterns 8 surface pollution or trouble damage. The reminding mode can adopt an alarm to give an alarm or directly send information to an upper computer for display, so that staff is reminded.

In addition, according to different working condition demands and outdoor illumination conditions, the lamps 8 in the illumination channel 9 at one side of the indoor leaning window 10 are controlled to be closed according to control logic, so that the effect of energy conservation by fully utilizing natural light is achieved, and under the condition of fully utilizing the natural light, the lamps 8 are controlled to be lighted in different areas by utilizing the existing intelligent illumination system. In addition, the middle lighting channel 9 corresponds to a production process section in a medical factory building, a plurality of infrared movement detectors 2 are arranged at key parts of the production process section and used for detecting personnel walking and automatically controlling the lighting loop lamps 8 of the production process section to start and stop, specifically, when the process section in the factory is arranged in a zoned mode, the infrared movement detectors 2 are arranged at the top of the process section according to the arrangement condition of stations and used for detecting whether the stations are operated by people, and if no operating personnel exist in the process section, the lighting lamps 8 of the section can be closed, so that the energy-saving effect is achieved.

Referring to fig. 1 and 2, the lighting fixtures 8 are powered in separate loops, wherein the fixtures 8 near the exterior window 10 of the building are powered by a single loop, the fixtures 8 inside the room are powered in separate process segments, and the lighting fixtures 8 in the same process segment are powered by a single loop. The infrared mobile detector 2 is arranged at the main station of the process section in a ceiling manner, and a 24V power supply is used for supplying power to the infrared mobile detector 2.

The intelligent illumination output relay 5 is arranged in the illumination distribution box 6, and the illumination power supply loop supplies power for the illumination lamp 8 loop through the intelligent illumination output relay 5. And according to the number of the illumination loops, multiple output specifications of 4 to 8 paths and the like can be selected.

The illuminance transmitter 1 is installed by a side wall, the illuminance detection range of the illuminance transmitter 1 covers 0-1000 lux, and a 24V power supply is used for supplying power to the illuminance transmitter 1. According to the layout of the detection room, the detection room can be flexibly arranged around, the recommended installation space is not less than 8m, and the installation height is 2.5m.

The device signals of the illumination transmitter 1, the infrared mobile detector 2 and the like are accessed into the communication manager 3 through an RS485 bus by using a Modbus-RTU communication protocol, then accessed into the upper computer 4 through the switch 7, and after being judged according to the control logic, the upper computer 4 outputs signals to the communication manager 3 through the switch 7, and then controls the opening and closing of each loop relay 5 of the intelligent illumination output relay 5 through the RS485 bus by using the Modbus-RTU communication protocol, thereby controlling the on-off of an illumination loop.

The specific lamp 8 control method can be as follows:

the illuminance state of the lighting fixture 8 is detected by the illuminance transmitter 1,

the illuminance transmitter 1 transmits the data detected by the illuminance transmitter 1 to the communication manager 3,

the communication manager 3 transmits the received data to the upper computer 4,

the upper computer 4 judges the service condition of the lighting lamp 8 according to the data fed back by the illuminance transmitter 1 and sends the judged information to operation and maintenance personnel.

In this embodiment, the fault condition of the illumination lamp 8 can be timely and accurately judged, maintenance personnel are reminded to clean or replace the lamp 8, the normal illumination state of an industrial factory building is guaranteed, and in addition, the opening and closing of the lamp 8 at the window side can be adjusted according to the natural light change, so that the effect of fully utilizing the natural light to save energy is achieved.

As an optimization scheme of the embodiment of the present utility model, referring to fig. 1 and 2, after the illuminance transmitters 1 are installed, all the illumination lamps 8 are turned on in a large room at night (without natural light sources), after the illuminance transmitters 1 detect that the illuminance values are stable, the initial illuminance values of the illuminance transmitters 1 are recorded in the software of the upper computer 4, and the illuminance values are used as the initial values of the later data comparison.

When the illumination value of the lamp 8 detected by the illumination transmitter 1 at the side of the window 10 is 30% greater than the initial illumination value during normal working in daytime, the loop power supply of the lamp 8 at the side of the window 10 can be disconnected, and natural light is fully utilized. When the illumination transmitter 1 at the side of the window 10 detects that the illumination value of the lamp 8 is less than 10% of the initial illumination value, the circuit power supply of the lamp 8 at the side of the window 10 is turned on.

The change of the illuminance value in the daytime is greatly influenced by the illumination of the outdoor environment, the change is not used as a judging basis for the pollution and damage of the surface of the lamp 8, when the lamp 8 is completely connected at night, the lamp 8 is indicated to be polluted when the detected illuminance value is less than 20% of the initial value, and the upper computer 4 software reminds maintenance personnel to carry out maintenance cleaning, and resets the initial value of the illuminance after the cleaning is finished. When the illuminance value detected by one illuminance transmitter 1 is reduced by more than 20% compared with the illuminance value at night before, the illuminance transmitter indicates that the area lamp 8 is possibly faulty or damaged, and the upper computer 4 software reminds maintenance personnel to maintain or replace.

When the ceiling infrared movement detector 2 above any station in the same working section detects a personnel movement signal, the lighting lamp 8 of the working section is switched on, and when the ceiling infrared movement detector 2 above all stations in the working section does not detect the personnel movement signal, and after the signal is maintained for 60S, the lighting lamp 8 of the working section is switched off, so that the energy-saving effect is achieved.

Although embodiments of the present utility model have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.

Claims

1. A medical factory building lamps and lanterns control system, its characterized in that: the intelligent illumination system comprises an illumination transmitter for detecting the illumination value of an illumination lamp, a communication manager for transmitting data detected by the illumination transmitter to an upper computer, the upper computer for receiving the data fed back by the communication manager and analyzing the data, and an infrared mobile detector for detecting whether a person exists at a station or not, wherein the infrared mobile detector is in communication connection with the communication manager.

2. The medical factory building lamp control system of claim 1, wherein: the illumination transmitter is arranged on an upright post in the factory building.

3. The medical factory building lamp control system of claim 1, wherein: the number of the illumination transmitters is multiple, and the distance between every two adjacent illumination transmitters is 6-10 m.

4. The medical factory building lamp control system of claim 1, wherein: the communication manager is in communication connection with the upper computer through the switch.

5. The medical factory building lamp control system of claim 1, wherein: the lighting circuit also comprises a relay for controlling the on-off of the lighting loop of the lighting lamp.

6. The utility model provides a medicine factory building, includes a plurality of lamps and lanterns of locating on the ceiling, its characterized in that: the medical plant light fixture control system of any one of claims 1-5, further comprising a medical plant light fixture control system that controls illumination of each of the light fixtures.

7. The pharmaceutical factory building of claim 6, wherein: and part of the lamps form a plurality of illumination channels, and each illumination channel is arranged on the ceiling at intervals in parallel.

8. The pharmaceutical factory building of claim 7, wherein: the infrared movement detector is arranged on each illumination channel in the middle.

9. The pharmaceutical factory building of claim 7, wherein: the illumination channels on both sides are arranged by the windows.

10. The pharmaceutical factory building of claim 6, wherein: the illumination transmitter is arranged on the wall.