CN214540441U - Modularized RCU host with multi-branch interface - Google Patents

Abstract

The utility model discloses a modularization RCU host computer of many branch circuit interfaces, including RCU, the forceful electric power module, the light current module, switching power supply, zero line is arranged, the ground wire is arranged, ethernet port and RS485 port, the forceful electric power module is connected to the light current module through the bridging mode, RCU sets up on the light current module, the light current module still includes switch panel port and signal port, switch panel port and signal port are connected to RCU respectively electrically, zero line is arranged and the ground wire is arranged and is connected to the heavy current module respectively electrically, switching power supply is connected to RCU and supplies power, ethernet port and RS485 port set up the side at modularization RCU host computer respectively, ethernet port and RS485 port are connected to RCU respectively electrically; this host computer has avoided influencing each other between forceful electric power module and the light current module, can the separate control, has realized carrying out the multichannel control of real-time regulation to the environment in the hotel room, controls the multichannel circuit of forceful electric power module and light current module respectively, and the practicality is strong.

Description

Modularized RCU host with multi-branch interface

Technical Field

The utility model relates to a wisdom hotel technical field particularly, relates to modularization RCU host computer of many branch interfaces.

Background

The intelligent hotel means that the hotel has a set of perfect intelligent system, realizes the digital information service technology of the hotel through digitalization and networking, and has the applications of the hotel light control system, the hotel air-conditioning control system and the like. The intelligent hotel is the intelligent hotel. The intelligent hotel is an information network system which uses a new communication technology and a computer intelligent information processing technology and uses a broadband interactive multimedia network technology as a core, can provide a comprehensive, convenient and comfortable and appetizing service for consumers, meets the requirements of the consumers on 'personalized service and informatization service', and is a direction for the development of the hotel industry in the new economic age of the 21 st century.

The main machine of the intelligent hotel in the prior art does not have a multi-way control modular structure for separating strong current from weak current, and can not realize respective control of multi-way circuits.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a modularization RCU host computer of many branch circuit interfaces, it has avoided influencing each other between forceful electric power module and the weak current module, can the separate control, has realized carrying out the multi-path control that adjusts in real time to the environment in the hotel room, controls respectively the multi-path circuit of forceful electric power module and weak current module, and the practicality is strong.

The embodiment of the utility model is realized like this:

the modularization RCU host computer of many branch circuit interfaces, it includes RCU, the forceful electric power module, the light current module, switching power supply, the zero line is arranged, the ground wire is arranged, ethernet port and RS485 port, the forceful electric power module is connected to the light current module through the bridging mode, RCU sets up on the light current module, the light current module still includes switch panel port and signal port, switch panel port and signal port are connected to RCU respectively electricity, zero line is arranged and the ground wire is arranged the electricity respectively and is connected to the strong electric power module, switching power supply is connected to RCU and supplies power, ethernet port and RS485 port set up the side at modularization RCU host computer respectively, ethernet port and RS485 port are connected to RCU respectively.

The utility model discloses in the embodiment of the preferred, above-mentioned forceful electric power module includes light live wire port, light null wire port, socket live wire port, socket null wire port, air conditioner wind speed port, air conditioner control port, solenoid valve port, (window) curtain motor port and the lamp port of being connected with the RCU electricity respectively, and light null wire port and socket null wire port electricity are connected to the null wire respectively and are arranged.

The utility model discloses in the embodiment of preferred, above-mentioned air conditioner wind speed port and air conditioner control port are connected to the air conditioner in the hotel room respectively, and the solenoid valve port electricity is connected to the total electric brake in the hotel room, and (window) curtain motor port electricity is connected to the motor of the intelligent (window) curtain in the hotel room.

The utility model discloses in the embodiment of preferred, above-mentioned lamp port includes reading lamp port, bathroom lamp port, corridor lamp port, night-light port, passageway lamp port, desk lamp port and television lamp port, reading lamp port connects the lamp that is used for reading in the hotel room, bathroom lamp port is connected to the lamp of the bathroom in the hotel room, corridor lamp port is connected to the outside of the lamp outside the hotel, night-light port is connected to the lamp that the head of a bed is used for night, corridor lamp port is connected to the lamp in the passageway in the hotel room, desk lamp port is connected to the lamp on the desk in the hotel room, television lamp port is connected to the lamp before the television in the hotel room.

In the preferred embodiment of the present invention, the switch panel port is electrically connected to a plurality of switch control panels for switches in hotel rooms, and the switch panel port is electrically connected to the switching power supply.

In a preferred embodiment of the present invention, the signal port includes a sensor port electrically connected to the RCU, a door sensor port, a power switch port, a do not disturb port, a cleaning port, a call-later port, a service port, a check-out port, a safe port, an SOS port, and a doorbell port.

In the preferred embodiment of the present invention, the sensor port is connected to an infrared sensor, a door sensor, a light sensor, a temperature sensor and a humidity sensor which are disposed in the hotel room.

The utility model has the advantages that:

the utility model discloses a divide into forceful electric power module and weak current module with the RCU host computer to according to each parameter and the operating condition of forceful electric power module and the weak current module that RCU collected, feed back and send the instruction to forceful electric power module and weak current module again, adjust the circuit, export and provide route and signal for electrical equipment through the forceful electric power module, collect the data of each electrical equipment and electronic components in the hotel room through the weak current module; this RCU host computer has avoided influencing each other between forceful electric power module and the weak current module, can the separate control, has realized carrying out the multichannel control of adjusting in real time to the environment in the hotel room, controls the multichannel circuit of forceful electric power module and weak current module respectively, and the practicality is strong.

Drawings

To more clearly illustrate the technical solutions of the embodiments of the present invention, the drawings that are required to be used in the embodiments will be briefly described below, and it should be understood that the following drawings only illustrate some embodiments of the present invention, and therefore should not be considered as limiting the scope.

Fig. 1 is a schematic diagram of a modular RCU host of the multi-branch interface of the present invention;

fig. 2 is a schematic diagram of the multi-branch interface modular RCU host of the present invention;

icon: 1-RCU; 2-a strong current module; 21-light fire wire port; 22-light zero line port; 23-socket fire wire port; 24-a receptacle zero port; 25-air conditioner wind speed port; 26-air conditioning control port; 27-solenoid valve port; 28-curtain motor port; 29-lamp port; 3-a weak current module; 31-switch panel port; 32-a signal port; 4-a switching power supply; 5-zero line row; 6-ground line row; 7-Ethernet port; 8-RS485 port.

Detailed Description

In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention. The components of embodiments of the present invention, as generally described and illustrated in the figures herein, may be arranged and designed in a wide variety of different configurations.

Thus, the following detailed description of the embodiments of the present invention, presented in the accompanying drawings, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts belong to the protection scope of the present invention.

First embodiment

Referring to fig. 1, the present embodiment provides a modular RCU host with multiple circuit interfaces, which includes an RCU1, a strong current module 2, a weak current module 3, a switching power supply 4, a zero line row 5, a ground line row 6, an ethernet port 7, and an RS485 port 8, where the strong current module 2 is connected to the weak current module 3 in a bridge connection manner, the RCU1 is disposed on the weak current module 3, the weak current module 3 further includes a switch panel port 31 and a signal port 32, the switch panel port 31 and the signal port 32 are electrically connected to the RCU1, the zero line row 5 and the ground line row 6 are electrically connected to the strong current module 2, the switching power supply 4 is connected to the RCU1 for supplying power, the ethernet port 7 and the RS485 port 8 are disposed on a side surface of the modular RCU host, and the ethernet port 7 and the RS485 port 8 are electrically connected to the RCU 1; through dividing into forceful electric power module 2 and weak current module 3 with the RCU host computer, influence each other between forceful electric power module 2 and the weak current module 3 has been avoided, can the separation control, and according to each parameter and the operating condition of forceful electric power module 2 and the weak current module 3 that RCU1 collected, feed back and send instruction to forceful electric power module 2 and weak current module 3 again, adjust the circuit, realized carrying out the multichannel control of adjusting in real time to the environment in the hotel room, control respectively strong electric power module 2 and weak current module 3's multichannel circuit, therefore, the clothes hanger is strong in practicability.

Referring to fig. 2, the strong current module 2 and the weak current module 3 of this embodiment are connected by a bridge, and a relay module is disposed at the bridge, where the relay module performs circuit on/off and current magnitude adjustment on each port of the strong current module 2, the strong current module 2 includes a light fire wire port 21, a light zero wire port 22, a socket fire wire port 23, a socket zero wire port 24, an air conditioner air speed port 25, an air conditioner control port 26, an electromagnetic valve port 27, a curtain motor port 28 and a lamp port 29, which are respectively electrically connected to the RCU1, the light zero wire port 22 and the socket zero wire port 24 are respectively electrically connected to the zero wire bank 5, so as to use the zero wire bank 5 to store and arrange multiple wires, and the light fire wire port 21, the light zero wire port 22, the socket fire wire port 23, the socket zero wire port 24, the air conditioner air speed port 25, the air conditioner control port 26, the electromagnetic valve port 27, and the light fire wire port 21, The curtain motor port 28 and the lamp port 29 are respectively and electrically connected to the relay module, the air-conditioning air speed port 25 and the air-conditioning control port 26 are respectively and electrically connected to an air conditioner in a hotel room, the electromagnetic valve port 27 is electrically connected to a general electric brake in the hotel room, and the curtain motor port 28 is electrically connected to a motor of an intelligent curtain in the hotel room; the lamp ports 29 comprise a reading lamp port 29, a toilet lamp port 29, a corridor lamp port 29, a night lamp port 29, a corridor lamp port 29, a desk lamp port 29 and a television lamp port 29, the reading lamp port 29 is connected with a lamp used for reading in a hotel room, the bathroom lamp port 29 is connected with a lamp of the toilet in the hotel room, the corridor lamp port 29 is connected with the outside of the lamp outside the hotel, the night lamp port 29 is connected with a lamp used at night at the bed head, the corridor lamp port 29 is connected with a lamp in the corridor of the hotel room, the desk lamp port 29 is connected with a lamp on the desk in the hotel room, and the television lamp port 29 is connected with a lamp in front of the television in the hotel room; the socket fire wire port 23 is connected to a socket in a hotel room and provides power for an air conditioner, a television and a voice sound box, the solenoid valve port 27 is connected to a general electric brake in the hotel room, the power in the hotel room is adjusted through a solenoid valve, the air conditioner high-speed port, the air conditioner medium-speed port and the air conditioner low-speed port are respectively and electrically connected to the air conditioner, the wind power of the air conditioner is adjusted through the three ports, each switch in the hotel room is further provided with a low dimming lamp port 29, a middle dimming lamp port 29 and a high dimming lamp port 29 which are used for adjusting light, and the three ports respectively provide three different degrees of light brightness for each light; the light zero line port 22 provides the wiring positions of the zero lines for the toilet lamp port 29, the corridor lamp port 29, the exhaust fan port, the night lamp port 29, the corridor lamp port 29, the desk lamp port 29 and the television lamp port 29, respectively.

The weak current module 3 of this embodiment includes a switch panel port 31 and a signal port 32, the switch panel port 31 is electrically connected to a plurality of switch control panels for switches in hotel rooms, the switch panel port 31 is electrically connected to the switch power supply 4, an annular translucent rubber ring is arranged at the edge of each switch on the switch control panel, an LED lamp is arranged in the rubber ring, the switch panel port 31 is an LED lamp connected to each opening control panel, thus providing backlight for different switch control panels through the switch panel port 31; the signal ports 32 include a sensor port, a door sensor port, a power switch port, a do not disturb port, a clean up port, a please later port, a service port, a check out port, a safe port, an SOS port, and a doorbell port that are electrically connected to the RCU 1; the sensor port is connected to an infrared sensor, a door magnetic sensor, a light sensor, a temperature sensor and a humidity sensor which are arranged in a hotel room; the infrared sensor is used for sensing the condition that a guest in a hotel room enters and exits the room, the door magnetic sensor is used for sensing the door magnetic arranged on the door of the hotel room, so that the opening and closing of the door of the hotel room are sensed, the door magnetic port is connected to the door magnetic arranged on the door of the hotel room, the light condition outside the hotel room is sensed through the light sensor, a curtain motor arranged in the hotel room is used for pushing and pulling a curtain, so that the light in the hotel room is controlled, the temperature in the hotel room is sensed through the temperature sensor, so that the temperature of an air conditioner is adjusted, the humidity in the hotel room is sensed through the humidity sensor, and whether the dehumidification of the air conditioner is opened or not is adjusted; the light port is connected to a guest room lamp of a hotel room, the output port of the controlled socket is connected to the controlled socket, when a client enters the hotel room, the door sensor senses the door magnet to be switched off and transmits a signal to the RCU, the RCU transmits an instruction to the electromagnetic valve connected with the main electric brake, the lamp of the hotel room and the controlled socket through the electromagnetic valve port 27, the light port and the output port of the controlled socket respectively, the main electric brake is switched on through the electromagnetic valve, the illumination is switched on through the lamp of the hotel room, the intelligent equipment is controlled through the controlled socket, and the controlled socket is connected with an intelligent voice sound box, an intelligent push-pull curtain and a music player; the do-not-disturb port, the cleaning port, the please-later port, the service port and the check-out port are respectively connected to a display screen or a background management part arranged at a hotel door, the no-disturbance port prompts people outside the hotel room to not disturb, the cleaning port prompts the background management department that the room needs to be cleaned, by prompting personnel outside the hotel room to wait later through the port, prompting the room at the background management department to need service through the service port, the room returning condition at the background management position is prompted through the returning port, the safe box port is connected to the safe box in the hotel, the safe port provides the service of storing safe articles for the client, the SOS port is connected with the alarm bell of the background management department, the security guarantee is provided for guests in hotel rooms through the SOS port, the doorbell port is connected to a doorbell of a hotel door, and the condition that people exist outside the guest room in the hotel room is prompted through the doorbell port.

To sum up, the embodiment of the utility model divides the RCU host into a strong current module and a weak current module, and according to the parameters and working conditions of the strong current module and the weak current module collected by the RCU, the RCU feeds back and sends instructions to the strong current module and the weak current module, so as to adjust the circuit, output the RCU host to the outside through the strong current module, provide a path and a signal for electrical equipment, and collect data of the electrical equipment and electronic components in hotel rooms through the weak current module; this RCU host computer has avoided influencing each other between forceful electric power module and the weak current module, can the separate control, has realized carrying out the multichannel control of adjusting in real time to the environment in the hotel room, controls the multichannel circuit of forceful electric power module and weak current module respectively, and the practicality is strong.

This description describes examples of embodiments of the invention, and is not intended to illustrate and describe all possible forms of the invention. It will be appreciated by those of ordinary skill in the art that the embodiments described herein are intended to assist the reader in understanding the principles of the invention, and it is to be understood that the scope of the invention is not limited to such specific statements and embodiments. Those skilled in the art can make various other specific modifications and combinations based on the teachings of the present invention without departing from the spirit of the invention, and such modifications and combinations are still within the scope of the invention.

Claims (7)

1. The modularized RCU host with the multiple-branch interfaces is characterized by comprising an RCU, a strong current module, a weak current module, a switching power supply, a zero line row, a ground line row, an Ethernet port and an RS485 port, wherein the strong current module is connected to the weak current module in a bridging mode, the RCU is arranged on the weak current module, the weak current module further comprises a switching panel port and a signal port, the switching panel port and the signal port are electrically connected to the RCU respectively, the zero line row and the ground line row are electrically connected to the strong current module respectively, the switching power supply is connected to the RCU and supplies power, the Ethernet port and the RS485 port are arranged on the side face of the modularized RCU host respectively, and the Ethernet port and the RS485 port are electrically connected to the RCU respectively.

2. The multi-branch interface modular RCU host of claim 1, wherein the strong current module comprises a light fire wire port, a light zero wire port, a socket fire wire port, a socket zero wire port, an air conditioner air speed port, an air conditioner control port, a solenoid valve port, a curtain motor port, and a light port, which are electrically connected to the RCU respectively, the light zero wire port and the socket zero wire port being electrically connected to the zero wire bank respectively.

3. The multi-drop interface modular RCU host of claim 2, wherein the air conditioner air speed port and the air conditioner control port are each connected to an air conditioner in a hotel room, the solenoid valve port is electrically connected to a master switch in the hotel room, and the curtain motor port is electrically connected to a motor of a smart curtain in the hotel room.

4. The multi-branch interface modular RCU host of claim 3, wherein said light ports comprise a reading light port, a bathroom light port, a corridor light port, a night light port, a corridor light port, a desk light port, and a television light port, said reading light port is connected to a light for reading in a hotel room, said bathroom light port is connected to a light for a bathroom in a hotel room, said corridor light port is connected to an exterior of a light outside of the hotel, said night light port is connected to a light at bed head for night, said corridor light port is connected to a light for a corridor in a hotel room, said desk light port is connected to a light on a desk in a hotel room, said television light port is connected to a light in front of a television in a hotel room.

5. The multi-drop interface modular RCU host of claim 2, wherein the switch panel port is electrically connected to a plurality of switch control panels for switches in a hotel room, the switch panel port being electrically connected to a switching power supply.

6. The multi-branch interface modular RCU host of claim 2, wherein the signal ports comprise a sensor port, a door magnet port, a power switch port, a do not disturb port, a clean up port, a please later port, a service port, a retirement port, a safe port, an SOS port, and a doorbell port electrically connected to the RCU.

7. The multi-drop interface modular RCU host of claim 6, wherein the sensor port is connected to an infrared sensor, a door sensor, a light sensor, a temperature sensor, and a humidity sensor disposed in a hotel room.

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