KR200414576Y1 - A Home Elevator Calling System And A Home Elevator Calling System Connected With Home-Network System - Google Patents

Abstract

The present invention relates to a generation elevator calling system and a home network linked generation elevator calling system. Generation elevator call system according to the present invention, the call control device for exchanging control signals and information signals with the elevator call device in each generation, and generates a lift operation control signal; A landing button for calling a specific elevator linked with the call control device; A driving information generating device for generating elevator driving information and exchanging driving information with the call control device, wherein the in-house elevator calling device specifies a driving direction corresponding to the landing button to enable elevator calling. Input means; And a notification means for receiving and notifying the elevator driving state from the output port of the call control device according to the operation of the key input means.

Call, Generation, Lift, Home Network, Interworking

Description

Generation Elevator Calling System and Home Network Interlocking Generation Elevator Calling System and A Home Elevator Calling System Connected With Home-Network System

1 is an exemplary control configuration of a generation elevator call system of the present invention.

2 is an exemplary view of a generation elevator call device according to the present invention.

3 is a control configuration diagram of a generation elevator call system that operates in conjunction with a home network of the present invention.

4 is an exemplary flowchart of a home network-linked generation elevator calling system of the present invention.

Figure 5 is an exemplary control configuration of a home network interworking generation elevator call system according to another embodiment of the present invention.

Figure 6 is an exemplary control configuration of a home network interworking generation elevator call system according to another embodiment of the present invention.

7 is an exemplary control configuration diagram of a home network interworking generation elevator calling system of another embodiment of the present invention

* Description of the symbols for the main parts of the drawings *

100 ....... Generation Elevator Calling System 110 ........ Generation Elevator Calling System

111 ....... Key input means 115 ........ Notification means

117 ....... Speaker 120 ........ call control

121 ....... Output port 123 ........ Input port

130 ............ Driving button 140 ........ Operation information generator

150 ....... Control Panel 160 ........ Elevator Server

170 ....... Control panel

200 ....... Home network lift elevator call device

210 ....... Home Server 230 ........ Home Network Management Server

231 ....... CCTV 233 ..

Elevator monitoring means 250 ....... Mode control means

The present invention relates to a generation elevator call system, and more particularly, to a generation elevator call system that operates a lift operation system independently or in conjunction with a home network to enable a lift call within a generation to promote user convenience and safety. It is about.

In buildings where existing officetels, large buildings, multi-unit houses, and other elevators are installed, people who have not obtained any elevator information within the household should come out to the platform and press the platform button to register their destination.

Therefore, unnecessary waiting time until the elevator arrives at the platform is generated, resulting in inconvenience for the passengers.

Even in a large building equipped with a state-of-the-art home network system, there is a problem that the operation of the elevator cannot be performed within the household by interlocking with the home network system. Also, when the elevator operation is automatically linked with the home network system, the user may experience unexpected inconvenience. There is a concern that the operation of the elevator may be disrupted due to the communication failure of the home network system.

It is an object of the present invention to implement a generation elevator calling system that enables elevator calls within a household so that passengers do not waste time on the platform.

Another object of the present invention is to implement a network-linked generation elevator call system for promoting the user's convenience and occupant safety by allowing the generation elevator call system to operate in conjunction with the home network.

Still another object of the present invention is to implement a network-linked generation elevator call system that facilitates the user's convenience and safety by selecting and controlling the elevator operating system and the network interworking state.

Generation elevator call system according to the present invention for achieving the above object is provided in each generation and the elevator call device in the generation to enable the elevator call; A call control device for exchanging control signals and information signals with the elevator call device in each generation, and generating a lift operation control signal; A landing button for calling a specific elevator linked with the call control device; And a driving information generating device for generating elevator driving information and exchanging driving information with the call control device.

The in-house elevator calling device includes key input means for enabling a lift call by designating a driving direction corresponding to the landing button; And a notification means for receiving and notifying the elevator driving state from the output port of the call control device according to the operation of the key input means.

The notification means is characterized in that it comprises a visual display means and a voice notification means.

The driving information generating apparatus inputs the floor where the elevator is located to the call control means when the operating elevator is a single elevator, and inputs the position of the elevator close to the call floor as the call control means when the elevator is in parallel. In the case of a group of elevators, the output information of the hall lantern for service reservation is input to the call control means.

It is characterized in that it is provided with a means for releasing the button blockage by monitoring the signal input state in a specific household and automatically canceling the service when a certain time has elapsed.

Home network linked generation elevator call system according to the present invention for achieving the above object, the generation elevator call system; A home server interface for interworking the in-house elevator calling device with a home server; A home network management server which manages a plurality of home servers and controls elevator operation by exchanging signals with the call control device; And optionally, mode control means for controlling an interworking state between the home network management server and the call control device.

The mode control means includes an automatic interlocking mode in which the user can control the elevator operation only in association with the home network management server; A manual interlocking mode capable of controlling both elevator operation linked with the home network management server and elevator operation control by manual operation; It is characterized in that it is not possible to control through the home network and to select one of the non-interlocked modes that enables the elevator operation control only by manual operation.

When the mode selected by the mode control means is the automatic interlocking mode, access is restricted except for a specific floor according to the recognition state of the passenger.

When the call elevator approaches the called floor, the arrival fact of the elevator is notified through the generation elevator call device.

Home network-linked generation elevator call system according to the present invention for achieving the above object, Elevator operation system for operating the elevator up and down; A network interface for connecting the elevator driving system to a home network system to enable exchange of control information signals; Elevator monitoring means for retrieving the driving status of the elevator operating through the network interface and displaying on the display device of the home server; When any one of the elevators displayed on the home server display device is called and registered, the signal is transmitted to the elevator operating system via the home server and a network interface, and the elevator operating system is called to the reserved floor to the reserved floor. Network elevator calling means for moving; Elevator destination moving means for opening the door when the elevator reaches the reserved floor by the network elevator calling means and closing the door and moving to a target floor after a predetermined time or when the passenger inputs a signal; It characterized in that it comprises a mode control means for allowing the elevator operating system to be selectively linked with the home network system or manually controlled.

The mode control means includes an automatic interlocking mode which can be controlled by an elevator operating user only in association with a home network system; A manual interlocking mode capable of controlling both elevator operation by the home network system and elevator operation control by manual operation; It is characterized in that it is not possible to control through the home network and to select one of the non-interlocked modes that enables the elevator operation control only by manual operation.

The present invention can be called by designating the direction and time of the elevator in the household by the configuration as described above, it is possible to promote the convenience and safety of occupant users.

Hereinafter, a configuration of a preferred embodiment according to the present invention having the configuration as described above will be described in detail with reference to the accompanying drawings.

1 is an exemplary control configuration diagram of a generation elevator call system of the present invention, Figure 2 is an exemplary view of a generation elevator call device according to the present invention. 3 and 4 is an exemplary control configuration and flowchart of a generation elevator call system that operates in conjunction with the home network of the present invention. 5 to 7 are exemplary control configuration diagrams of the home network-linked generation elevator calling system according to another embodiment of the present invention.

The elevator call system 100 of the present embodiment shown in FIG. 1 generates a lift operation control signal by exchanging control signals and information signals with a generation elevator call device 110 and each generation elevator call device 110. The call control device 120, the call button device 130 and the landing button 130 for calling a specific lift interlocked, and the operation information generating device 140 for generating elevator operation information.

In FIG. 2, the elevator call apparatus 110 according to the embodiment of the present invention designates a driving direction corresponding to the landing button 130 to enable the elevator call, and the call control device 120 to display the elevator driving state. It includes a notification means 115 for receiving the notification from the output port 121 of the).

The generation elevator call device 110 of the present embodiment is provided with a key input means 111 corresponding to the landing button 130 and the elevator operation panel 150 to select the direction and the target floor to move. In addition, by the operation of the key input means 111, the call control device 120 can receive and display the elevator operation information received from the driving information generating device 140 or notify by voice.

In addition, the notification means not only displays the direction and the position of the elevator, but also checks the elevator status by the operation of the key input device or automatically displays the status of failure, inspection, restarting, reservation registration, etc. on the display device or separately checks. It is possible to display by providing a lamp.

The signal input from the elevator call device 110 provided in each generation is input to the call control device 120 through an input port 123 corresponding to each generation, allowing the elevator call or information request, and output port 121 The elevator driving information acquired from the driving information generating device 140 is transmitted to the elevator calling device 110 of each generation.

When the elevator operation information is requested by the operation of the key input means 111, the call control device receives the position of the elevator that is to pass through the generation from the operation information generation device 140 and receives information through the output port 121. To the device in the requested household.

The driving information generating apparatus 140 notifies the floor and the direction in which the corresponding elevator is located in the case of a single elevator operating system, and notifies the position and the direction of the lift adjacent to the called floor in the case of two parallel operation. And, in the case of a system in which a group of elevators are operated, the position information of the elevator determined by the hall lantern for service reservation is notified.

When the user who has been informed of this information inputs a signal for calling the elevator, it is possible to make a voice notification when the elevator reaches the floor, and a speaker 117 or a lighting lamp may be provided for this purpose. .

That is, when the call signal is input by setting the elevator movement direction to the key input means 111, the signal is transmitted to the call control device 120 through the input port 123, and the call control device 120 again moves the lift button. A signal is input to 130 to reserve the call of the elevator. In addition, it is possible to designate the elevator destination floor when calling the elevator. In this case, when the passenger boards the elevator, the elevator automatically moves to the reserved destination floor.

 The call control device 120 of the present embodiment preferably monitors the signal input state in each household and automatically cancels the service when a predetermined time has elapsed. In other words, many households can call the elevator within each generation to facilitate the user's convenience, but because the landing button 130 frequently occurs, such as button clogging, causing great inconvenience and waste energy In order to solve this problem by monitoring the status of the signal input from each generation at any time.

In addition, the call control device 120 of the present embodiment may be formed integrally with the elevator operating server for operating a group of elevators, and may be provided separately from the elevator operating server to handle generation elevator call control. Depending on the example, various changes are possible. In addition, in the case of single elevator operation or two parallel operations, the elevator control panel may be integrated with the call control device.

The generation elevator call system 100 of the present embodiment as described above can be operated in conjunction with the home network system. In the home network-linked generation elevator calling system 200 of the present embodiment, the home server 210 and the generation elevator calling device 110 within the household are connected, and the call control device 120 is the home network management server 230 of the home network system. Signal exchange is performed.

For example, when the elevator user inputs a signal for requesting elevator monitoring to the generation elevator calling device 110, the signal is transmitted to the home network management server 230 through the home server 210, and the home network management server 230. ) Receives the elevator driving control status from the call control device 120 and transmits it to the home server 210. The home server 210 again transmits the driving information to the generation elevator calling device 110 for display or voice notification.

The user can recognize the displayed information or voice notification and input a signal for calling the elevator by specifying the driving direction. When the lift call signal is input, the signal is transmitted to the call control device 120 through the home server 210 and the home network management server 230, and the call control device 120 transmits the call signal to the landing button 130. It is a configuration that can register the lift call by passing it to.

When the elevator is approached by the call, the information signal generated by the elevator driving information generating device 140 is transmitted to the generation elevator calling device 110 via the call control device 120 and the home network system and displayed. Or voice notification is performed.

The elevator moves to the registered floor and the door is opened, and when the passenger moves to the boarding area to enter a signal or when a certain time elapses, the elevator door is closed and the registered elevator is configured to move to the destination floor.

In this embodiment, the mode control means 250 for controlling the interworking state of the elevator driving system and the home network is provided. Mode control means 250 of the present embodiment, the automatic linkage mode that the user can control the lift operation only in conjunction with the home network, the manual linkage mode capable of both control and manual operation of the lift operation linked to the home network, and It is possible to select one of the non-interlocking modes in which the elevator can be operated only by manual operation.

In this embodiment, the automatic interlocking mode can be executed for the purpose of promoting the safety of the tenant, preventing the invasion of privacy from outsiders, and the purpose of the tenant. In the case of the automatic linkage mode, the operation of the elevator requires the authentication procedure by the home network system when using the household call device or the elevator at the platform. Therefore, the manual operation of the elevator is restricted for outsiders.

In addition, the tenant may not register the call except for the floor or the common entrance where he or she resides, and for the outsider, the elevator may be operated only by the operation of the household pager of the destination household. .

In the case of the manual interlocking mode, the manual operation of the elevator is configured to be able to perform a part of the system, except for some cases requiring the authentication procedure by the home network system, the system capable of manually operating the landing button 130 or the operation panel 150. to be. Such a manual interlocking mode is operated by mitigating the passengers because they may experience great inconvenience due to unforeseen reasons by the automatic interlocking system.

In the non-interlocked mode, the generation elevator calling device 110 and the call control device 120 exchange signals and control elevator operation in a completely separate line from the home network system.

Such a mode change has a great effect on the convenience and safety of the tenant, so it is desirable to make it possible only to those with authority.

In the case of operating in the automatic linkage mode, the elevator can be called automatically through the home server when the tenant or the visitor is authenticated in the common hall, or it can be linked with other services provided by the home network system. .

For example, when there is a visitor, if a call is made at the front door, it is possible to check the visitor by looking into the home server display device, which is recorded and transmitted by CCTV 231 within the household, and the security device at the door is released. At the same time, by designating the destination floor and calling the elevator, it is possible to minimize the waiting time of the visitor and to move to the destination floor without additional manipulation.

 In this case, it is possible to protect the safety and privacy of the tenants by programming the visitor to prevent access to other floors except the target audience.

The following describes the operation of the preferred embodiment according to the present invention having the configuration as described above.

In Fig. 4, when the tenant wants to use the elevator in the home network automatic linkage mode, the key input means of the household calling apparatus is operated (step 10). When a signal for requesting the elevator operation status is input from the generation elevator calling device, the corresponding signal is transmitted to the call control device 120 through the home server 210 and the home network management server 230 (steps 11 and 13). step).

The call control device 120 communicates with the driving information generating device 140 to grasp the elevator driving situation and transmits the information to the home network system through the output port 123, and the corresponding information is transmitted to the household calling device 110 again. Displayed or voiced (step 15, step 17, step 18).

At this time, the operation information generating device 140 detects the elevator state in operation and inputs the corresponding information to the call control device 120. In the case of a single elevator, the operation information generating device 140 inputs the floor where the elevator is located to the call control means 120. In the case of two parallel operating lifts, the position of the lift close to the call floor is inputted to the call control means 120, and in the case of a group of lifts, the output information of the service lantern for the reservation is sent to the call control means 120. Enter it.

When the elevator call signal is input from the tenant who is informed of the elevator operation information from the household elevator call device 110, the signal is input to the call control device 120 by the home server 210 and the home network management server 230. (Step 19). If no elevator call signal is input, the controller returns to the initial state after a predetermined time (step 22).

The call control apparatus 120 receives the elevator call signal through the input port 123 and inputs the corresponding signal to the landing button 130 to register and register the elevator call (steps 21 and 23).

When the registered elevator approaches the floor where the call is made, the director's office is visually notified to the household calling device 110 by voice notification or lighting to the speaker 117, and the occupant is called from the platform and waits for the waiting elevator. You will board.

The elevator door is automatically closed by the signal input by the occupant of the occupant and moves to the target floor (steps 25 and 27).

In the present embodiment, after the elevator call registration, the elevator can reach the target floor or the reservation call registration can be canceled by operating the generation elevator calling device again (step 28). In addition, if the person calling the elevator does not use the elevator, it is common to cancel the reservation call registration by pressing OK. However, in order to prevent an obstacle in the operation of the elevator, the signal is input to correspond to the passenger boarding after moving to the floor where the elevator is called. If it is maintained for a long time without this, it is also possible to automatically cancel the registration.

In the case of operating in the manual interlocking mode, it is possible for the occupant who arrives at the platform to operate the platform button 130 or the operation panel 150 to change the reserved floor or change the elevator to board.

In another embodiment, when the visitor rings the tenant at the common entrance, the tenant checks the visitor photographed through the CCTV 231 and the like, releases the front door security device 233 and at the same time the elevator has the entrance Call the floor to reserve the destination floor.

In this case, in the case of the manual interlocking mode, the operation of the elevator may be performed by the visitor directly at the platform other than the generation elevator call device 110, and the reservation is performed by using another elevator other than the called elevator or after booking a different floor. It is possible.

In the non-interlocked mode, the call of the elevator is performed irrespective of the operation of the front door security device 233, and the visitor can directly operate the elevator operation in addition to the generation elevator call device 110. That is, in this case, the signal connection between the home server 210 and the generation elevator call device is disabled, and the signal connection between the home network management server 130 and the call control device 120 is disabled.

In the non-interlocked mode operation of FIG. 4, when the tenant wants to use the elevator, the household elevator calling device 110 is operated (step 10). The signal generated from the generation elevator call device 110 is directly transmitted to the call control device 120 through the input port 123 (step 30).

The call control device 120 receives the elevator driving information from the driving information generating device 140 and transmits it to the generation elevator calling device 110 using the output port 121 (steps 31 and 33).

When the driving information is transmitted to the generation elevator calling device 110 and displayed or notified, the tenant grasps the elevator driving state and makes a lift call (step 35).

The lift call signal is input to the call control device 120 through the input port 123, and the call control device 120 drives the lift button 130 to reserve the lift call (steps 37 and 38). , Step 23).

In this case, the operation of the driving information generating device 140 is the same as in the case of the automatic linkage mode. If there is no lift call, the system returns to the initial state after a predetermined time (step 39).

The home network-linked generation elevator calling system of the second embodiment of the present invention of FIG. 5 shows an example in which the call control device 120 is controlled only by the home network management server 230 and no separate line is provided.

According to this embodiment, the network interface for connecting the call control server 120 to the home network system, and the elevator mode control means 250 for searching for and displaying the operating status of the elevator on the display device of the home server 210, And a generation elevator calling device 110 for generating an elevator call registration signal.

This embodiment includes both cases where two elevators are operated in parallel and when a group of elevators are operated according to a military management program.

Mode control means for allowing the elevator operating server 160 to selectively operate in conjunction with the home network system in case of two parallel operation or group management operation for a group of elevators is provided. Controlling of elevator operation is possible in any one of automatic linkage mode, manual linkage mode and non-interlocking mode.

And, in the automatic linkage mode, the call of the elevator and the registration of the destination floor are possible only in a limited range for the safety and privacy of the tenant. In this embodiment, since the call control device 120 and the generation elevator call device 110 are not connected by separate lines, the generation call system is possible only through the home network system, and in the manual interlocking mode or the non-interlocking mode. Manual operation of the elevator is possible only by operation of the elevator button 130 and the elevator operating panel 150.

Meanwhile, as shown in FIG. 6, the call control device may form a part of the home network system. In this case, the elevator operating server 160 is interworked with the home network management server 230 through a network interface.

According to this embodiment, the generation elevator calling system can only be linked to the home network system, and in the non-interlocked mode, it is only possible to reserve the platform in the same manner as the operation of the general elevator, and the target floor can be registered through the operation panel.

However, as shown in FIG. 7, the elevator operating server may form part of the home network management server 230. In this case, the home network system is directly connected to the plurality of elevator control panels 170. In this case, all the control of the elevator can be operated only in the automatic linkage mode that works only in conjunction with the home network system, and manual operation by passengers is possible only in a very limited range.

According to the embodiment, the connection state between the home network system, the elevator operating server 160 and the control panel 170, and the operating mode of the interlocking mode may vary, and the present invention is not limited to the above-described embodiments.

The scope of the present invention is not limited to the above embodiments, but is determined by the matters described in the utility model registration claims, and it is obvious that it includes various modifications and adaptations made by those skilled in the art in the ranges equivalent to those described in the claims.

According to the present invention, the elevator operation information collection and the elevator call control can be performed within the household, so that the elevator operating efficiency can be improved by making the elevator call in advance after grasping the elevator information in advance.

In addition, it is possible to call the elevator within the household, so that it is possible to minimize the waiting time at the platform, and even if multiple households operate the elevator within the household, the automatic reservation cancellation is performed after a certain time by monitoring. This information also displays only the information related to the call generation, preventing crosstalk and minimizing unnecessary power consumption.

In addition, it enables the alternative operation by the home network interlocking mode and the non-interlocking mode to prepare for the inadvertent situation of the elevator operator, and to facilitate the user's convenience. In addition, by interlocking with the home network system, the security system and the elevator in the building can be linked to promote the safety and privacy protection of the occupants.

Claims (11)

A lift calling device in a generation provided in each generation to enable a lift call; A call control device for exchanging control signals and information signals with the elevator call device in each generation, and generating a lift operation control signal; A landing button for calling a specific elevator linked with the call control device; And a driving information generating device for generating elevator driving information and exchanging driving information with the call control device. The apparatus of claim 1, wherein the in-house lift calling device includes: Key input means for calling a lift by designating a driving direction corresponding to the landing button; And a notification means for receiving and notifying the elevator driving state from the output port of the call control device according to the operation of the key input means. 3. The generation elevator calling system according to claim 2, wherein the notification means comprises a visual display means and a voice notification means. The apparatus of claim 1, wherein the driving information generating device comprises: If the operating elevator is a single elevator, input the floor on which the elevator is located to the call control means; in the case of a parallel elevator, enter the position of the lift close to the call floor as the call control means, and in the case of a group of elevators Generation elevator call system, characterized in that for inputting the output information of the reservation lantern to the call control means. The method according to any one of claims 1 to 4, characterized in that it comprises a means for releasing the button blockage by monitoring the signal input state in a specific household and automatically canceling the service when a predetermined time has elapsed. Generation elevator calling system. A generation elevator calling system according to any one of claims 1 to 4; A home server interface for interworking the in-house elevator calling device with a home server; A home network management server that manages a plurality of home servers and controls a lift operation by exchanging signals with the call control device; And optionally a mode control means for controlling an interworking state between the home network management server and the call control device. The mode control means of claim 6, An automatic interlocking mode in which the user can control the elevator operation only in association with the home network management server; A manual interlocking mode capable of controlling both elevator operation linked with the home network management server and elevator operation control by manual operation; A home network linked generation elevator calling system, characterized in that one of the non-interlocked modes, which is impossible to control through the home network and enables elevator operation control only by manual operation, is selected. 8. The home network interworking generation elevator call system according to claim 7, wherein the mode selected by the mode control means is operated such that access is restricted except for a specific floor according to the recognition state of the passenger. . The home network-linked generation elevator calling system according to any one of claims 1 to 4, wherein when the call elevator approaches the called floor, the arrival arrival of the elevator is notified through the generation elevator calling device. An elevator operating system for operating the elevator up and down; A network interface for connecting the elevator driving system to a home network system to enable exchange of control information signals; Elevator monitoring means for retrieving the driving status of the elevator operating through the network interface and displaying on the display device of the home server; When any one of the elevators displayed on the home server display device is called and registered, the signal is transmitted to the elevator operating system via the home server and a network interface, and the elevator operating system is called to the reserved floor. Network elevator calling means for moving; Elevator destination moving means for opening the door when the elevator reaches the reserved floor by the network elevator calling means and closing the door and moving to a target floor after a predetermined time or when the passenger inputs a signal; And a mode control means for allowing the elevator operating system to selectively interwork with the home network system or to be manually controlled. The method according to claim 10, wherein the mode control means, An automatic interlocking mode which can be controlled by an elevator operating user only in association with a home network system; A manual interlocking mode capable of controlling both elevator operation by the home network system and elevator operation control by manual operation; A home network linked generation elevator calling system, characterized in that one of the non-interlocked modes, which is impossible to control through the home network and enables elevator operation control only by manual operation, is selected.

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