WO2014101819A1 - 一种智能办公系统及管理方法 - Google Patents

一种智能办公系统及管理方法 Download PDF

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Publication number
WO2014101819A1
WO2014101819A1 PCT/CN2013/090651 CN2013090651W WO2014101819A1 WO 2014101819 A1 WO2014101819 A1 WO 2014101819A1 CN 2013090651 W CN2013090651 W CN 2013090651W WO 2014101819 A1 WO2014101819 A1 WO 2014101819A1
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Prior art keywords
office
smart device
split circuit
glass
sensor
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PCT/CN2013/090651
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English (en)
French (fr)
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方科峰
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Fang Kefeng
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Publication of WO2014101819A1 publication Critical patent/WO2014101819A1/zh

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
    • H04L12/2803—Home automation networks
    • H04L12/2816—Controlling appliance services of a home automation network by calling their functionalities
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
    • G06Q10/10—Office automation; Time management
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
    • G16H40/60—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices
    • G16H40/63—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the operation of medical equipment or devices for local operation
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L12/00—Data switching networks
    • H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
    • H04L12/2803—Home automation networks
    • H04L2012/2847—Home automation networks characterised by the type of home appliance used
    • H04L2012/285—Generic home appliances, e.g. refrigerators

Definitions

  • the invention relates to a smart office system and a management method.
  • the intelligent office system of the invention comprises: an office component; an optical transceiver integrated module, or a split circuit integrated with an optical transceiver integrated module, or a smart device with a separate circuit; a sensor; a power supply;
  • the office component passes through the optical transceiver integrated module or through the split circuit;
  • the split circuit provides a network connection for the smart device and the office component, and manages the sensor;
  • the office component is a smart device that is placed in a separate circuit; and/or an optical transceiver integrated module; or a split circuit that is powered by a power source;
  • the split circuit is designed to be the same specification and can be replaced by different smart devices
  • the optical transceiver integrated module or the split circuit can be connected to the wired network through the network port, and the middleware is UBS/network port; UBS Connected to the split circuit, the network port is connected to the optical transceiver integrated module;
  • Optical transceiver integrated module, or split circuit can be connected to the wireless network through radio, middleware is baseband chip - RF chip / Light detection diodes; or optical power control circuits / baseband chips - RF chips, which enable the exchange of wireless or optical signals.
  • the office components are constructed of glass materials, the glass substrate is made of photovoltaic glass, and the surface is a composite material of electrically heated glass, which constitutes the surface material of the office component;
  • the base material is a conductive glass
  • the surface is a composite material of a glass display panel, which constitutes a surface material of the office component
  • the base material is a glass fiber layer, and the surface is a composite material of photovoltaic glass, which constitutes a surface material of an office component;
  • the base material is a conductive glass
  • the middle layer is a glass fiber layer
  • the surface is a composite material of 'invisible glass' which reduces the glare, and constitutes a surface material of the office component.
  • the sensor triggers the self-use of the office components, which can be the association of the habitual behavior, which leads to the chain reaction; it is also the induction of the application requirements, which leads to the simplified recognition of the self-aware process.
  • the user pushes open the door or unlocks the sensing door with the split circuit, and activates the sensor to activate and manage the indoor temperature, humidity, ventilation, light, smart device and electrical appliance; when going out, the door is pulled or the circuit is sensed.
  • the closing of the locking door activates the sensor to terminate the management of indoor temperature, humidity, ventilation, light, smart equipment and electrical appliances.
  • the user walks into the use space, pulls or sits down the seat, and triggers the activation of the office equipment by himself; similarly, when leaving or pushing into the seat, the user is triggered to terminate the office system.
  • the sensing detection section of the office equipment is activated for the triggering sensor; or the sliding opening and closing of the office space door is used to activate the sensing detection section of the indoor electrical appliance for the triggering sensor.
  • the user is aware of the standby state of the application request according to the behavioral habits during working hours or temporary out-of-office status; or prompt 5 Within minutes, the use of indoor appliances or office equipment is turned off and approved by the user.
  • the user uses the split circuit, and the smart device passes through the software built in the split circuit or the display interface of the smart device, and the hospital needs to be registered for treatment;
  • the intelligent device is connected to the network through the split circuit, and activates the information related to the individual's medical history, family genetics, and medication reaction contraindications to activate the hospital management terminal, and the user selects the medical treatment item, and transmits the medical information and the patient data in both directions during the medical treatment; Transparency of information between patients, and effective time management.
  • the user uses the split circuit, and the smart device passes through the software built in the split circuit or the display interface of the smart device, and the school is required to attend the school;
  • the smart device is connected to the network through the split circuit, and activates the individual course, the electronic textbook, and the test-related materials.
  • the user selects the course materials, downloads the teaching points, prepares the drafts, and lecture materials on the way to the school; Place virtualization.
  • the purpose of the present invention is to provide an intelligent office system innovation idea that can be applied to different network environments and applications based on smart device-based split circuits.
  • Figure 1 is a schematic view of the structure of the present invention.
  • the intelligent office system of the present invention comprises: an office component; an optical transceiver integrated module, or a split circuit integrated with an optical transceiver integrated module, or a smart device with a separate circuit; a sensor; a power supply;
  • the office component passes through the optical transceiver integrated module or through the split circuit;
  • the split circuit provides a network connection for the smart device and the office component, and manages the sensor;
  • the office component is a smart device that is placed in a separate circuit; and/or an optical transceiver integrated module; or a split circuit that is powered by a power source;
  • the split circuit 3 is designed for the same specification and can be replaced by 4 different smart devices;
  • Optical transceiver integrated module 2, or split circuit 3 can be connected to the wired network through the network port, the middleware is UBS / network port; UBS Connected to the split circuit 3, the network port is connected to the optical transceiver integrated module 2;
  • Optical transceiver integrated module 2, or split circuit 3 can be connected to the wireless network through radio, the middleware is the baseband chip - RF chip / Light detection diodes; or optical power control circuits / baseband chips - RF chips, which enable the exchange of wireless or optical signals.
  • This design is intended to link the application of visible light to the office components of smart devices in order to improve the deficiencies of existing networks; or to be an inspiration.
  • the smart device that is placed in the split circuit can also be a smart device that is implanted in the split circuit. Even smart devices are the local application elements of office components.
  • Office components 1 Constructed from glass material the glass substrate is made of photovoltaic glass, and the surface is a composite material of electrically heated glass, which constitutes the surface material of office components; the surface material of such office components can be electrically heated when the indoor temperature is cold.
  • the applicable temperature can protect the health of the body; the photovoltaic glass can supply electricity to the electric heating glass, or can generate a certain current through the photovoltaic effect during non-office hours, and connect with the indoor power grid; or, the electrically heated glass is the photovoltaic glass.
  • One of the upper and lower base materials are the upper and lower base materials.
  • the base is conductive glass
  • the surface is a composite material of glass display, which constitutes the surface material of the office component; the conductive glass can supply power to the glass display, and the conductive glass is connected to the mains.
  • the base material is a glass fiber layer
  • the surface is a composite material of photovoltaic glass, which constitutes the surface material of the office component; in this case, the color control circuit of the glass fiber layer can generate different colors, which is associated with the time from Monday to Sunday. , for the electronic action calendar.
  • the base is conductive glass
  • the middle layer is a fiberglass layer
  • the surface is a 'invisible glass' that reduces the glare.
  • the 'invisible glass' that reduces the glare is characterized by a shininess of only 0.08 of the incident light. %, with back-to-glare opacity, straight face and strong light, small reflection, is an excellent tool for transmission display.
  • the circuit board substrate bus of the split circuit is divided into a communication RF chip, a baseband chip specification module, a micro processor, an antenna, an external interface, and a SIM Card slot or integrated SIM card, optical transceiver integrated module, and applied to the following technical solutions:
  • optical transceiver integrated module Or micro processor, optical transceiver integrated module.
  • the communication RF chip and the baseband chip specification module of the split circuit select the chip that applies the following communication standards:
  • the communication standards are TD-SCDMA, TD-SCDMA to HSPA, TD MBMS to TDD LTE, WCDMA, HSDPA, CDMA20001 ⁇ EV-DO, UMB, UWB, Wimax 802.16d ⁇ e ⁇ m, LTE ⁇ SAE , Wapi, compatible with Wlan Wifi 802.11b ⁇ g ⁇ n ⁇ aq, Mimo ofdm, IGRS technology, Bluetooth or McWiLL; applicable working wireless band is 400mhz, 450 ⁇ 470mhz, 698mhz ⁇ 806mhz, 900mhz, 1110mhz, 1800mhz, 1900mhz , 2100mhz, 2300 to 2400mhz, 2,500 to 2,690mHz, 3300mhz, 3400 to 3600mhz, 3650-3700MHz band.
  • the optical transceiver module of the split circuit and/or the LED lamp of LI-FI optical communication technology have an optional wavelength range of 850 nm. 1310nm, 1490nm, 1550nm, CWDM, DWDM; enable mode is optical induction start, passive light start, optical sound control combined technology, optical induction mechanical integration module and / Or optional technology options.
  • the split circuit can be designed as an external interface, not limited to one of the following interfaces: USB interface, IEEE1394 interface, parallel interface, PC Card slot interface, card reader interface, serial interface, PCMCIA interface, PS/2 interface, Micro SATA interface, TV-OUT interface, TV-Tuner interface, The S-VIDEO interface, MODEM interface, network card interface, station interface, and Kensington interface are externally connected to the smart device.
  • This office component involves a desk, door, coffee table, seat; the associated sensor can be applied by network technology 5 Implement management to achieve intelligent application requirements;
  • office equipment and sensors 5 It is connected in series to a local area network node and becomes a graphical representation of software control management. It is managed through the integration of smart devices with separate circuits and/or office components of smart devices.
  • the self-use can be the association of habitual behavior, leading to chain reaction; it is also the induction of application requirements, leading to simplified recognition of self-recognized processes.
  • 3 The sensor door is unlocked and activated, and the sensor is activated by itself.
  • 5 For indoor temperature, humidity, ventilation, light, smart device 4, the electrical appliance is enabled and managed; when going out, the door is pulled or the circuit is separated. 3 The induction lock door is closed, and the sensor is activated by itself. 5 For indoor temperature, humidity, ventilation, light, smart equipment 4 The termination management of electrical appliances. The user walks into the use space, pulls or sits down the seat, and triggers the activation of the office equipment by himself; similarly, when leaving or pushing into the seat, the user is triggered to terminate the office system.
  • a smart office system management method for pulling or pushing a seat's active range as a trigger sensor 5 The sensing detection interval of the office equipment is activated; or the sliding opening and closing of the office space door activates the sensing detection interval of the indoor appliance for the trigger sensor 5 . Or the gravity sensor of the seat 5, the user's voice recognition sensor 5 A similar effect can also be achieved.
  • the sensor 5 is as follows: gas sensor, infrared sensor, alarm circuit, voice module, switch anti-theft system, adjusting closed-circuit television lens, temperature, humidity, C0 Sensors, smoke concentration, access control monitoring, water leakage, power safety, building tilt, indoor noise, lightness detectors, sensors connected in series to local area network nodes, become a graphical representation of software control management, through smart devices with split circuits with / or the integration of office components of smart devices is managed.
  • the user is aware of the standby state of the application request according to the behavioral habits during working hours or temporary out-of-office status; or prompt 5 Within minutes, the use of indoor appliances or office equipment is turned off and approved by the user.
  • the user uses the split circuit 3, and the smart device 4 passes the software built in the split circuit 3, or the smart device 4 Display interface, hospital registration required; smart device 4 through the split circuit 3 Linked to the network, the individual's medical history, family genetics, and medication-related contraindications are activated to activate the hospital management department.
  • the user selects the medical treatment item, transmits the medical information and patient data in both directions during the consultation; and improves the transparency of information between doctors and patients. , and effective time management.
  • the registration of the clinic can combine the network application of the smart device with the public medical treatment software to reduce the waiting time for medical treatment and provide a platform for the patient's medical convenience.
  • the patient's smart device is recognized by the sensor in the waiting area, the patient can be further prompted according to the waiting state of the doctor waiting for the actual visit; or when the doctor is idle, the time of misdiagnosis of other suitable patients can be flexibly adjusted.
  • the waiting order of the visit is sent to the associated smart device or split circuit application display.
  • the user uses the split circuit 3, and the smart device 4 passes the software built in the split circuit 3, or the smart device 4 Display interface, school needs to go to school; smart device 4 through the split circuit 3 Linked to the network, the individual courses, electronic textbooks, and exam-related materials are activated, and the user selects the course materials, downloads the teaching points, prepares the drafts, and lectures on the way to the school; and can virtualize the educational venue.
  • the corresponding courses can be flexibly arranged according to the students' actual teaching comprehension ability to the professor; even, the smart device can be connected to the network through the split circuit, and can reserve the library location, the reading time, and pre-borrow the bibliography; or Entering the classroom or the library, because the scholar's smart device is identified by the sensor in the waiting area, it can be further recorded and managed according to the actual check-in.

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  • Engineering & Computer Science (AREA)
  • Automation & Control Theory (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Power Sources (AREA)
  • Devices For Indicating Variable Information By Combining Individual Elements (AREA)

Abstract

本发明涉及一种智能办公系统，包括办公组件，光收发一体化模块或整合有光收发一体化模块的分置电路，分置电路容置的智能设备，传感器和电源。光收发一体化模块或分置电路连接为办公组件和智能设备提供网络连接，以及对传感器予以管理。办公组件整合分置电路容置的智能设备，和/或光收发一体化模块或分置电路，并由电源供电。传感器触发办公组件、智能设备、电器的启用或关闭。

Description

一种智能办公系统及管理方法
技术领域
本发明涉及一种智能办公系统及管理方法。
背景技术
计算机与网络技术的发展，带来办公条件下的一些思考，比如融入LI-FI 可见光通讯环境下的网络与自动化控制的办公系统改进；以及基于玻璃作为新型材料，可以替换性的应用，带来的使用成本优化；或者基于分置式电路设计的智能设备，可以在随时随地，应工作环境改变，使办公环境迎合使用者习惯的喜好，带来一种革新的思路。
发明内容
本发明的一种智能办公系统，包括：办公组件；光收发一体化模块，或整合有光收发一体化模块的分置电路，或分置电路容置的智能设备；传感器；电源；
办公组件，通过光收发一体化模块，或通过分置电路；分置电路为智能设备、办公组件提供网络连接，对传感器予以管理；
办公组件是分置电路容置的智能设备；和 / 或光收发一体化模块；或分置电路，由电源供电；
分置电路为同一规格设计，可不同智能设备间替换使用；
光收发一体化模块，或分置电路可通过网络端口联入有线网络，中间件为 UBS/ 网络端口； UBS 接分置电路，网络端口与光收发一体化模块相连；
光收发一体化模块，或分置电路可通过无线电联入无线网络，中间件为基带芯片 - 射频芯片 / 光探测二极管；或光功率控制电路 / 基带芯片 - 射频芯片，这样实现无线或光信号的交换。
办公组件由玻璃材料构建，玻璃材料底基为光伏玻璃，表面为电加热玻璃的复合材料，构成办公组件表面材料；
或底基为导电玻璃，表面为玻璃显示屏的复合材料，构成办公组件表面材料；
或底基为玻璃纤维层，表面为光伏玻璃的复合材料，构成办公组件表面材料；
或底基为导电玻璃，中间层为玻璃纤维层，表面为减少反光度的'隐形玻璃'的复合材料，构成办公组件表面材料。
传感器触发办公组件的自行使用，可以是习惯行为的关联，导致锁链反应；也是应用需求的归纳，导致自行认知的流程简化核准。
使用者推开门或用分置电路感应门的解锁开启，自行激活传感器对室内温度、湿度、通风、光线、智能设备、电器的启用管理；当出门时，依拉上门或分置电路感应加锁门的关闭，自行激活传感器对室内温度、湿度、通风、光线、智能设备、电器的终止管理。
使用者走入使用空间，拉动或坐下座椅，自行触发启用办公设备；同理，当离开或推入座椅时，自行触发终止办公系统。
在拉动或推动座椅的活动区间，为触发传感器激活办公设备的传感检测区间；或办公空间门的推拉开合，为触发传感器激活室内电器的传感检测区间。
使用者在工作时间或临时外出状态，根据行为习惯分析，自行认知应用需求的待机状态；或提示 5 分钟内对使用室内电器或办公设备关闭，由使用者核准。
使用者使用分置电路，由智能设备通过分置电路内置的软件，或智能设备的显示界面，需医院挂号就诊；
智能设备通过分置电路联入网络，将个人的病史、家族遗传、用药反应禁忌相关的资料激活医院管理端，由使用者选择就诊项目，在就诊途中与医者资料和患者资料双向传输；提高医患之间信息的透明度，和有效的时间管理。
使用者使用分置电路，由智能设备通过分置电路内置的软件，或智能设备的显示界面，需学校就学；
智能设备通过分置电路联入网络，将个人的课程、电子课本、考试相关的资料激活，由使用者选择课程资料，在就学途中与教师的授课要点、备课稿、讲课资料下载；能够使教育场所虚拟化。
本发明的目的是针对上述现状，旨在提供可以适用不同网络环境，基于智能设备的分置电路的应用，带来一种智能办公系统革新的思路。
附图说明
图 1 是本发明的结构示意图。
具体实施方式
参照图 1 ，本发明的一种智能办公系统，包括：办公组件；光收发一体化模块，或整合有光收发一体化模块的分置电路，或分置电路容置的智能设备；传感器；电源；
办公组件，通过光收发一体化模块，或通过分置电路；分置电路为智能设备、办公组件提供网络连接，对传感器予以管理；
办公组件是分置电路容置的智能设备；和 / 或光收发一体化模块；或分置电路，由电源供电；
分置电路 3 为同一规格设计，可不同智能设备 4 间替换使用；
光收发一体化模块 2 ，或分置电路 3 可通过网络端口联入有线网络，中间件为 UBS / 网络端口； UBS 接分置电路 3 ，网络端口与光收发一体化模块 2 相连；
光收发一体化模块 2 ，或分置电路 3 可通过无线电联入无线网络，中间件为基带芯片 - 射频芯片 / 光探测二极管；或光功率控制电路 / 基带芯片 - 射频芯片，这样实现无线或光信号的交换。
这种设计，旨在将可见光的应用与智能设备的办公组件的关联，以便改善现有网络的不足；或者是一种启发。分置电路容置的智能设备，也可是或植入分置电路的智能设备。甚至，智能设备就是办公组件局部应用要素。
办公组件 1 由玻璃材料构建，玻璃材料底基为光伏玻璃，表面为电加热玻璃的复合材料，构成办公组件表面材料；这种办公组件的表面材料，可以在室内气温较冷的时候，可以启用电加热功能，使适用的温度可以保护身体的健康；光伏玻璃可以为电加热玻璃供电，也可以在非办公时间，通过光伏效应，产生一定电流，与室内电网相接；或者，电加热玻璃就是光伏玻璃的上下基底材料之一。
或底基为导电玻璃，表面为玻璃显示屏的复合材料，构成办公组件表面材料；导电玻璃可以为玻璃显示屏供电，导电玻璃联入市电。
或底基为玻璃纤维层，表面为光伏玻璃的复合材料，构成办公组件表面材料；在这种情形，可通过玻璃纤维层的控光电路，产生不同的颜色，与星期一到星期天的时间关联，为电子行动日历。
或底基为导电玻璃，中间层为玻璃纤维层，表面为减少反光度的 ' 隐形玻璃 ' 的复合材料，构成办公组件表面材料。减少反光度的 ' 隐形玻璃 ' 特点在于反光度仅为入射光的 0.08 ％，具有背对强光不透光，直面强光远，反光小，是极好的透射显示的工具。
分置电路的电路板基板总线，分接有通讯射频芯片、基带芯片规范模块、微型处理器、天线、外置接口、 SIM 卡槽或集成 SIM 卡、光收发一体化模块，并应用于以下技术方案组合：
通讯射频芯片、基带芯片规范模块、天线、 SIM 卡槽或集成 SIM 卡、光收发一体化模块；
或微型处理器、光收发一体化模块。
分置电路的通讯射频芯片、基带芯片规范模块，选择适用以下通讯标准的芯片：
所述的通讯标准为 TD-SCDMA 、 TD-SCDMA 到 HSPA 、 TD MBMS 到 TDD LTE 、 WCDMA 、 HSDPA 、 CDMA20001×EV-DO 、 UMB 、 UWB 、 Wimax 802.16d\e\m 、 LTE\SAE 、 Wapi 、兼容 Wlan 下的 Wifi 802.11b\g\n\aq 、 Mimo ofdm 、闪联技术、蓝牙或 McWiLL ；适用工作无线频段为 400mhz 、 450 ～ 470mhz 、 698mhz ～ 806mhz 、 900mhz 、 1110mhz 、 1800mhz 、 1900mhz 、 2100mhz 、 2300 ～ 2400mhz 、 2,500 ～ 2,690mHz 、 3300mhz 、 3400 ～ 3600mhz 、 3650-3700MHz 频段。
分置电路的光收发一体化模块和 / 或 LI-FI 光通讯技术的 LED 灯，可选波长区间在 850nm ， 1310nm ， 1490nm ， 1550nm ， CWDM ， DWDM ；启用方式是光感应启动、无源光启动、光声控结合技术、光感应机械整合模块的和 / 或可选技术选择。
分置电路可以作为外置接口设计，不限于以下接口之一： USB 接口、 IEEE1394 接口、并行接口、 PC 卡插槽接口、读卡器接口、串行接口、 PCMCIA 接口、 PS/2 接口、 Micro SATA 接口、 TV-OUT 接口、 TV-Tuner 接口、 S-VIDEO 接口、 MODEM 接口、网卡接口、 Station 接口、 Kensington 接口，外接到智能设备。
这种办公组件涉及办公桌、门、茶几、座椅；可以应用网络技术对关联的传感器 5 实施管理，实现应用需求智能化；
或者基于这些办公组件的空间，办公设备与传感器 5 串接成局域网络节点，成为软件控制管理的图示，通过有分置电路的智能设备和 / 或智能设备的办公组件整合予以管理。
传感器 5 触发办公组件 1 的自行使用，可以是习惯行为的关联，导致锁链反应；也是应用需求的归纳，导致自行认知的流程简化核准。
使用者推开门或用分置电路 3 感应门的解锁开启，自行激活传感器 5 对室内温度、湿度、通风、光线、智能设备 4 、电器的启用管理；当出门时，依拉上门或分置电路 3 感应加锁门的关闭，自行激活传感器 5 对室内温度、湿度、通风、光线、智能设备 4 、电器的终止管理。使用者走入使用空间，拉动或坐下座椅，自行触发启用办公设备；同理，当离开或推入座椅时，自行触发终止办公系统。
一种智能办公系统管理方法，在拉动或推动座椅的活动区间，为触发传感器 5 激活办公设备的传感检测区间；或办公空间门的推拉开合，为触发传感器 5 激活室内电器的传感检测区间。或者座椅的重力传感器 5 ，使用者的语音识别传感器 5 也可达到类似效果。
传感器 5 如下：煤气传感器、红外传感器、报警电路、语音模块、开关防盗系统、调节闭路电视镜头、温度、湿度、 C0 传感器、烟雾浓度、门禁监控、水泄漏、电力安全、建筑物倾斜、室内噪声、光亮度探测器，传感器串接成局域网络节点，成为软件控制管理的图示，通过有分置电路的智能设备和 / 或智能设备的办公组件整合予以管理。
使用者在工作时间或临时外出状态，根据行为习惯分析，自行认知应用需求的待机状态；或提示 5 分钟内对使用室内电器或办公设备关闭，由使用者核准。
使用者使用分置电路 3 ，由智能设备 4 通过分置电路 3 内置的软件，或智能设备 4 的显示界面，需医院挂号就诊；智能设备 4 通过分置电路 3 联入网络，将个人的病史、家族遗传、用药反应禁忌相关的资料激活医院管理端，由使用者选择就诊项目，在就诊途中与医者资料和患者资料双向传输；提高医患之间信息的透明度，和有效的时间管理。在此种状态下，就诊的挂号，可以将智能设备的网络应用，与公众性医疗就诊软件结合，减少就诊等候时间，为患者的就医方便提供一种平台。
或者进入就诊等候区，因患者的智能设备，被等候区内的传感器识别，可以进一步根据实际就诊等候的医者候诊状态，给予提示；或者在医者闲时，其他适诊患者误诊时间，可以灵活调整就诊等候次序，并将患者误诊时间信息发送其关联的智能设备或分置电路应用显示。
使用者使用分置电路 3 ，由智能设备 4 通过分置电路 3 内置的软件，或智能设备 4 的显示界面，需学校就学；智能设备 4 通过分置电路 3 联入网络，将个人的课程、电子课本、考试相关的资料激活，由使用者选择课程资料，在就学途中与教师的授课要点、备课稿、讲课资料下载；能够使教育场所虚拟化。
这种情况在于可根据学生对教授者的实际教学理解能力，灵活安排相应的课程；甚至，这种智能设备通过分置电路联入网络，可以预约图书馆位置，就读时间，预借书目；或者进入课堂或图书馆，因学者的智能设备，被等候区内的传感器识别，可以进一步根据实际就学的签到，给予记录并管理。

Claims (1)

  1. 1. 一种智能办公系统，包括：办公组件；光收发一体化模块，或整合有光收发一体化模块的分置电路，或分置电路容置的智能设备；传感器；电源；
    办公组件，通过光收发一体化模块，或通过分置电路为智能设备、办公组件提供网络连接，对传感器予以管理；
    办公组件是分置电路容置的智能设备；和/ 或光收发一体化模块；或分置电路，由电源供电;
    分置电路为同一规格设计，可不同智能设备间替换使用；
    光收发一体化模块，或分置电路可通过网络端口联入有线网络，中间件为UBS/网络端口；UBS 接分置电路，网络端口与光收发一体化模块相连；
    光收发一体化模块，或分置电路可通过无线电联入无线网络，中间件为射频芯片- 基带芯片/ 光探测二极管；或光功率控制电路/ 射频芯片- 基带芯片，这样实现无线或光信号的交换。
    2. 根据权利要求1 所述的一种智能办公系统，办公组件(1) 由玻璃材料构建，玻璃材料底基为光伏玻璃，表面为电加热玻璃的复合材料，构成办公组件表面材料；
    或底基为导电玻璃，表面为玻璃显示屏的复合材料，构成办公组件表面材料；
    或底基为玻璃纤维层，表面为光伏玻璃的复合材料，构成办公组件表面材料；
    或底基为导电玻璃，中间层为玻璃纤维层，表面为减少反光度的'隐形玻璃'的复合材料，构成办公组件(1) 表面材料。
    3. 根据权利要求1 所述的一种有分置电路的智能设备管理方法，其特征在于传感器(5) 触发办公组件(1) 的自行使用，可以是习惯行为的关联，导致锁链反应；也是应用需求的归纳，导致自行认知的流程简化核准。
    4. 根据权利要求1或3 所述的一种智能办公系统管理方法，其特征在于使用者推开门或用分置电路(3) 感应门的解锁开启，自行激活传感器(5) 对室内温度、湿度、通风、光线、智能设备(4)、电器的启用管理；当出门时，依拉上门或分置电路(3) 感应加锁门的关闭，自行激活传感器(5) 对室内温度、湿度、通风、光线、智能设备(4)、电器的终止管理。
    5. 根据权利要求3所述的一种智能办公系统管理方法，其特征在于使用者走入使用空间，拉动或坐下座椅，自行触发启用办公设备；同理，当离开或推入座椅时，自行触发终止办公系统。
    6. 根据权利要求4或5 所述的一种智能办公系统管理方法，其特征在于：在拉动或推动座椅的活动区间，为触发传感器(5) 激活办公设备的传感检测区间；或办公空间门的推拉开合，为触发传感器(5) 激活室内电器的传感检测区间。
    7. 根据权利要求1或3 所述的 一种智能办公系统管理方法，其特征在于使用者使用分置电路(3)，由智能设备(4)通过分置电路(3) 内置的软件，或智能设备(4) 的显示界面，需医院挂号就诊；
    智能设备(4) 通过分置电路(3) 联入网络，将个人的病史、家族遗传、用药反应禁忌相关的资料激活医院管理端，由使用者选择就诊项目，在就诊途中与医者资料和患者资料双向传输；提高医患之间信息的透明度，和有效的时间管理。
    8. 根据权利要求1或3 所述的一种智能办公系统管理方法，其特征在于使用者使用分置电路(3)，由智能设备(4)通过分置电路(3) 内置的软件，或智能设备(4) 的显示界面，需学校就学；
    智能设备(4) 通过分置电路(3) 联入网络，将个人的课程、电子课本、考试相关的资料激活，由使用者选择课程资料，在就学途中与教师的授课要点、备课稿、讲课资料下载；能够使教育场所虚拟化。
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