KR101114145B1 - Apparatus for a providing elevator ten key operation guide - Google Patents

Abstract

The elevator tenkey operation guide device according to the present invention is an elevator tenkey operation guide device having a ten key input method, and a display unit for outputting the ten key usage when there is an input of a guide button for commanding the tenkey usage guide and the guide button or By including the voice output unit, it is possible to easily provide the tenkey usage to the user, particularly the deaf or visually impaired.

Elevator, Tenkey, Display, Voice, Tenkey Usage, Tactile

Description

Elevator tenkey operation guidance device {APPARATUS FOR A PROVIDING ELEVATOR TEN KEY OPERATION GUIDE}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an elevator tenkey operation guide device. More specifically, the present invention relates to an elevator tenkey operation guide device of a tenkey input method that provides a user with a tenkey usage so that the user can operate the tenkey more easily.

In general, elevators are elevators that are installed in high-rise apartments or buildings, such as elevators, which can be used to conveniently move between floors, and passengers who ride inside the elevator by using operation panels installed on one side of the elevator. Will be selected.

The operation panel inside the elevator is generally equipped with a target floor button to which a numeric key indicating each floor is applied. As the number of high-rise buildings increases, it becomes difficult to have the target floor buttons as many as the number of building floors.

Accordingly, in recent years, a ten key input operation panel capable of inputting a target layer by combining numbers from 0 to 9 has been mainly applied.

However, the tenkey input method does not have a uniform standard, and thus different usages are applied to each manufacturer, and thus the user cannot easily understand the tenkey input method for each manufacturer.

In particular, in such a reality, it is more difficult for a user who is visually impaired to perceive Tenkey to select a desired target layer accurately by combining several buttons.

In addition, even if the hearing impaired or the elderly who are not familiar with the tenkey input method, there is a difficulty in inputting according to the tenkey input method because usage is different for each manufacturer.

Accordingly, it is necessary to easily inform the user, in particular, the visually impaired or the hearing impaired, how to use the ten key input panel.

An object of the present invention is to provide an elevator tenkey operation guide device of a tenkey input method capable of guiding tenkey usage according to an input of a predetermined button.

Technical problems to be achieved by the present invention are not limited to the above-mentioned technical problems, and other technical problems not mentioned above will be clearly understood by those skilled in the art from the following description. Could be.

In order to achieve the above object, the elevator tenkey operation guide device according to the present invention is an elevator tenkey operation guide device of a tenkey input method, and when there is an input of a guide button for instructing a tenkey usage guide and an input of the guide button. It may include a voice output unit for outputting a usage voice.

In addition, the elevator tenkey operation guide device according to the present invention is an elevator tenkey operation guide device of a ten key input method, a display for outputting a ten key usage when a guide button for commanding a tenkey usage guide and an input of the guide button are present. It may include wealth.

In addition, the elevator tenkey operation guide device according to the present invention is an elevator tenkey operation guide device of a ten key input method, a display button for commanding a ten key usage guide, and a display for outputting the ten key usage when the guide button is input. And a voice output unit configured to output a tenkey usage as a voice when the unit and the guide button are input.

In this case, the guide button may be a push button type processed in Braille.

In addition, the guide button may be disposed at the same height as the hall button portion of the elevator platform.

In addition, the guide button may be arranged at a universal setting position of the elevator elevator.

The display unit may end the tenkey usage output by re-input of the guide button.

The voice output unit may terminate the tenkey usage output by re-input of the guide button.

The voice output unit may output an input operation button as a voice and terminate driving by re-input of the guide button.

The display unit may terminate the output of the tenkey usage when the target layer is normally selected once after the guide button is input.

The voice output unit may output the input operation button as a voice and terminate driving when the target layer is normally selected once after the guide button is input.

The voice output unit may output a control button input as a voice to the last floor of the driving direction when the guide button is input. Here, the audio output unit may end the drive when the final layer arrives.

Meanwhile, the elevator according to the present invention is an elevator provided with an operation panel of a ten key input method, and an elevator operating unit provided with a guide button for instructing the usage of the tenkey and a display unit for outputting the tenkey usage when the guide button is input. And a hall hall button unit provided with a hall voice output unit for outputting a ten key usage as a voice when there is an input of a platform guide button for instructing a tenkey usage guide and the platform guide button.

In this case, the hall hall button unit may further include a hall display unit for outputting the tenkey usage when the hall guide button is input.

In addition, the guide button may further include a tactile guide line extending from the elevator elevator entrance.

The elevator operating unit may further include a voice output unit configured to output the tenkey usage as a voice when the guide button is input.

In addition, the guide button and the platform guide button may be a push button type processed in Braille.

The platform voice output unit may terminate the tenkey usage output by re-entering the platform guide button.

As described above, the elevator tenkey operation guide device according to the present invention can easily guide the tenkey usage by outputting the tenkey usage through the display unit when the guide button is input.

Furthermore, the tenkey usage may be output through the voice output unit for the visually impaired.

In addition, it is possible to further improve the convenience of the visually impaired by further providing means for guiding with the guide button.

In addition, by providing a means for guiding the usage of Tenkey through the display unit and the audio output unit at the same time, it is possible to facilitate the convenience of the hearing impaired as well as the visually impaired.

EMBODIMENT OF THE INVENTION Hereinafter, the elevator tenkey operation guide apparatus which concerns on this invention is demonstrated in detail with reference to drawings.

1 is a block diagram showing an elevator tenkey operation guide device related to the present invention.

The elevator tenkey operation guide device shown in FIG. 1 is an elevator tenkey operation guide device of a tenkey input method, and outputs a tenkey usage when there is an input of a guide button 710 for commanding a tenkey usage guide and an input of the guide button. The display unit 730 is included.

The guide button 710 is an element for commanding a tenkey usage output, and internally, the guide button is selected and pressed to generate a voltage / current of a predetermined value, and the tenkey usage guide is detected by a controller in the elevator. Is performed. At this time, the controller visually displays the usage of the tenkey stored in the memory on the display unit and provides the voice guidance to the user through the voice output unit. The control unit may visually output the tenkey usage through a display unit inside the elevator through a memory unit (not shown) disposed in a control panel (CP) 606 and may output the tenkey usage through a voice output unit. . The control unit may be the control unit 600 of FIG. 8, and may be formed in a control panel CP that performs flashing control, elevator operation control, and elevator position control of the platform operation panel. Data for guiding the tenkey usage may be stored in the memory 601 of FIG. 8. In addition, when control is performed in the control panel, a separate memory for storing the tenkey usage may be used in the control panel. When control is performed in the control panel, communication is performed through a communication module 605 including RS485, RS232, or wireless LAN.

The guidance on how to use the tenkey is different from the case where the registration button (702 of FIG. 2) is provided and the case where the registration button is not provided, so that the appropriate tenkey usage stored in the memory is output.

According to the above, as the guide button is pressed, the operation method of the ten key control panel in the elevator in which the user boards is output through the display unit. The ten-key input method requires a driving information display unit for checking whether a combination of numeric keys is normally performed. Therefore, the display unit may be integrally formed with the driving information display unit.

On the other hand, if there is an input of the guide button may further include a voice output unit 750 for outputting the tenkey usage as a voice. Alternatively, only a voice output unit that outputs the tenkey usage by voice may be disposed without a display unit that visually outputs the tenkey usage according to the input of the guide button. Of course, the operation panel of the ten key input method is provided with a driving information display unit for outputting the input operation button, but even when the guide button is input, the usage of the ten key may not be visually output. Alternatively, depending on the setting, the usage of the tenkey may be output to only the display unit, the audio output unit, or both.

The voice output unit includes a voice storage unit for storing the ten-key usage to be output as voice, a voice processor for converting the data according to the voice output, and a speaker (602 of FIG. 8) for outputting the converted data. The loudspeakers may be equipped together on the control panel but are generally formed separately inside the elevator.

The voice output unit configured as described above may provide the tenkey usage guide in an audible manner and may be set to simultaneously guide (output) the tenkey usage output through the display unit. Through such a voice output unit, the user (rider) can more easily obtain the Tenkey usage. In addition, when the key is too small, it is difficult to visually recognize how to use the Tenkey, such as a child or a visually impaired person who has a visual impairment.

The content of the voice guidance output through the voice output unit becomes the output content of the display unit. That is, the voice guidance referred to herein is not an audio guidance for the elevator driving state such as the number of floors that have arrived, but a voice guidance for the operation state of the elevator tenkey operation guide device such as a number indicated by the floor number button pressed when the floor number button is pressed. The voice guidance is for a user who is difficult to visually recognize Tenkey or visually impaired how to use the Tenkey input method. Therefore, since the possibility of recognition of the said guide button is also low, it is preferable that the said guide button is braille-processed. Braille is a letter notation that is recognized through contact of body parts, so it may be unreasonable to apply it to a touch screen operating through body contact. Therefore, the guide button is preferably configured as a push button type. Of course, the floor number button can also be configured as a push button type, and the user's convenience can be achieved by adding braille. The position of the braille may be on a push button type key, but may be adjacent to the guide button (up, down, left, and right) as in the guide button 710 of FIG. 2.

However, even when the guide button and the floor number button processed in Braille are provided in this way, it may not be easy for the visually impaired to find the location of the guide button. Thus, the guide button is advantageously placed in a position that can be expected by the user without visual recognition. For example, the guide button may be disposed at the same height as the hall button unit disposed in the elevator platform. In order to use an elevator, first, find a hall button part consisting of an up button and a down button in an elevator platform of a building in which an elevator is installed, and press a button of a desired direction. Therefore, by guiding the guide button at the same height as the hall button portion disposed in the elevator platform, the user who recognizes the height of the hall button portion can be easily induced to recognize the guide button. Of course, the same height does not need to coincide completely with the hall button portion, and is a concept including a human hand size and a certain range in consideration of the movement of the hand during movement. The predetermined range ⓐ may be set from 10 cm below the bottom of the down button in the hall button part 790 to 10 cm above the top of the up button as shown in FIG. 4.

For reference, when a separate elevator tenkey operation guide device for the disabled is disposed in the elevator, the guide button may be installed at 0.8 m or more and 1.2 m or less according to the installation standard of the elevator ten key operation guide device for the disabled.

As another example, the guide button may be disposed at a universal setting position of the elevator elevator. In the above, the installation of the guide button at the same height as the hole button part has been described. Even in this case, the installation height has a certain range, and the horizontal arrangement position in the elevator elevator (when looking at the entrance of the elevator elevator, Installed on the right side, etc.). Therefore, the user (visually handicapped person) wastes a certain level of resources to recognize the guide button. Therefore, the user can easily recognize the guidance button by arranging the guidance button at a constant position (general setting position) at all times through maintenance of laws and the like. Of course, some degree of mastery is required, but after mastery, the user can easily select the guide button.

As illustrated in FIG. 2, the guide button 710 may be disposed close to various operation buttons 720 such as a floor number button. Figure 2 is a schematic diagram showing a specific state of the elevator tenkey operation guide device related to the present invention, floor number button 701, registration button 702, underground button 704, reference floor button 707, cancel button 708, The emergency call button 709, the open button 705, the close button 706, the speaker / microphone 703, the guide button 710, and the display unit 730 are included. The registration button 702 can also be deleted in the tenkey operation panel where the registration button 702 is not required. Each button is configured as a push button type that is pressed by pressure, and braille for the visually impaired is formed on the contact surface or around the button of each button.

The reference floor button 707 stores the most used floor in a building equipped with an elevator so that the floor can be designated with one touch. In this case, the registration button may or may not be requested. If the reference layer button stores a plurality of layers, the stored layers may be sequentially selected by pressing repeatedly. Of course, in such a case, it is necessary to press the registration button to complete the input to the target floor. The floor stored in the reference floor can be changed according to the business purpose of the building owner. The cancel button 708 can be used in a different manner than previously discussed. In the example of FIG. 2, the reserved floor display unit 302 of FIG. 6 may not exist. In this case, the cancel button may be used for canceling / deleting a floor number being input when inputting a target floor. That is, when '15' is inputted incorrectly when '16' is inputted, the user can perform re-entry by pressing the cancel button before selecting the registration button. In this case, the re-input made by selecting the cancel button may be a method of erasing all input characters, for example, a method of erasing the entire input '16', and deleting from the last input floor number by the number of times the cancel button is pressed. For example, if '16' is inputted, pressing the cancel button once deletes '6' so that only '1' is displayed, and if pressed again, it is possible to delete up to '1'. If the reservation floor is to be canceled, the reservation floor can be set to be cancelable by entering the reservation floor again and pressing the registration button. The speaker / microphone is driven by the selection of the emergency call button in an emergency situation and serves as a microphone and a speaker. In the case of the speaker may be integrated with the speaker for the voice guidance of the elevator, it is preferable that it is provided separately for accurate recognition of the output voice.

When the various operation buttons are separated from the guide button, even if the user finds the guide button, it may be difficult to find the operation button and thus may have difficulty in operating the elevator. Therefore, the guide button is preferably disposed close to the operation button, and when the position of the guide button is determined as described above, it is preferable to arrange the operation button near the guide button. In summary, the guide button is preferably included in the operation button.

The display unit 730 visually outputs the tenkey usage when the guide button is input. In the case of an elevator tenkey operation guide device of a tenkey input method, it is necessary to confirm whether input through the floor number button is normally performed because a combination of numbers is required. Accordingly, the driving information display unit 202 of FIG. 5 is disposed. In FIG. 2, the driving information display unit and the display unit are integrally formed, but the display unit may be formed separately from the driving information display unit.

An example of how to use the tenkey output through the display unit is illustrated in FIG. 3. Looking at it, the Tenkey usage is displayed, such as 'Press 1 and 5 to go to the 15th floor'. It is of course also possible to graphically present the operation buttons and fingers.

After that, if there is a registration button, a guide such as 'Please press the registration button when the input is completed' is provided. If there is no registration button, a guide such as 'Please wait after completing the input' is provided. do. If the user presses the operation button while the ten key usage is output through the display unit, the ten key usage output is immediately terminated and the user operated button is displayed.

An audio output unit may be provided for an audio guidance of the tenkey usage. That is, the voice output unit (not shown) outputs the tenkey usage output through the display unit as a voice to provide the user with the tenkey usage in an audible manner.

The voice output unit outputs the operation state of the elevator ten key operation guide device as voice, such as the number indicated by the floor number button pressed when the floor number button is pressed. For example, when the user presses the '1' floor number button, the '5' floor number button, and the registration button in order to enter the 15th floor, the voice output unit outputs a voice as 'day' when the '1' floor number button is pressed. If the '5' floor number button is pressed, 'O' voice is output. After that, if the registration button is pressed (if there is a registration button) or there is no additional input for a certain time (the registration button is absent), a voice is output as 'Fifteenth floor' or 'Fifteenth floor'. If necessary, he chose the fifteenth floor. If you want to operate, please press the registration button again. ' In this case, the user can check once again whether the desired floor is normally selected, and is given an opportunity for modification.

Such a voice output unit is particularly advantageous for a user who is visually impaired in using the tenkey and having difficulty in understanding the operation buttons.

The voice output unit may include a voice providing unit (not shown) for extracting and combining voice data corresponding to the output content of the display unit and a speaker for audibly outputting the extracted and combined voice data when the guide button is selected. have. The voice provider may be included in the controller of FIG. 8, and the speaker may be separately configured or may be integrally formed with the speaker 203 of FIG. 5.

In the above, the ten key input type operation apparatus provided with the button type operation button to which braille was added was examined. In the case of the ten-key input method, an operation button is provided using a touch screen method, which will be described.

FIG. 5 is a block diagram of an elevator control panel related to the present invention, FIG. 6 shows a screen state when the touch screen shown in FIG. 5 is in a normal operation mode, and FIG. A screen state of a driving information display unit for displaying information is shown.

The elevator operating panel 200 illustrated in FIG. 5 is installed below the elevator operating panel 200 to select an operation mode (normal operation mode or inspection mode) or lift operation of the elevator, and a touch button display area unit 309 is formed. The screen 201 and the operation information display unit 202 installed on the upper part of the elevator operating panel 200 to display elevator operation information in real time are basically provided. The driving information display unit 202 is configured of a TFT_LCD, but may also be configured as an LED or the like.

In addition, a speaker 203 and a call button 204 that allow communication with the outside are provided at the center of the elevator operating panel 200.

On the other hand, the extended touch screen 205 is selectively installed on one side of the elevator for the case of a large elevator or disabled or children, has the same function as the touch screen 201.

Similarly, the extended driving information display unit 206 or 207 is a display unit selectively installed on one side of the elevator when the elevator is large and has the same function as the driving information display unit 202. The extended driving information display unit 206 or 207 is for a disabled person or a child using a wheelchair and may be disposed at an appropriate position.

The touch screen 201 is different from the display state according to the state of the elevator, that is, the normal mode or the check mode.

First, in the normal mode in which the elevator operates normally, the touch screen 201 displays a driving display unit displaying buttons related to operation of the elevator (see FIG. 6).

The driving display unit includes a floor number display area unit 301 displaying Arabic numerals 0 to 9, an underground floor display area unit 304 for displaying an underground floor, and a floor number selected from the floor number display area unit 301. Registration display area portion 307 for registering (Enter), door open display area portion 305 for opening the door of the elevator, door closed display area portion 306 for closing the door of the elevator, and floor number display The reservation reserved floor display unit 300 which displays the floor number selected in the area unit 301 in real time, and the reservation selected in the floor number display area unit 301 and finally registered by the registration display area unit 307. A reservation layer display section 302,303 for displaying the floor and a reservation button display area section 309 are provided.

Although FIG. 6 illustrates a ten key provided with a registration button, if there is no additional input for a predetermined time after pressing a certain key without a registration button, reservation registration may be completed.

The reservation button display area unit 309 induces the tenkey usage output when an input is made like the reservation button described above.

The tenkey usage output is made through display units such as the driving information display unit 202 and the expanding driving information display units 206 and 207.

Accordingly, the user can be provided with the tenkey usage even in the touch screen type elevator tenkey operation guide device.

FIG. 7 illustrates a driving information display unit 202 installed above the elevator control panel 200 to display information on the operating state of the elevator, that is, information on how many floors the elevator is currently passing through or how many floors have been reached. The screen state is shown.

The driving information display unit 202 is a display that displays only the driving information of the elevator, unlike the above-described touch screen 201 that uses a touch input method.

As illustrated in FIG. 7, the driving information display unit 202 may include a direction display unit 501 in which arrows indicating whether an elevator in operation is rising or falling, and a floor display unit in which a current position of an elevator in operation is displayed. 502, and an information display unit 503 for displaying information about the elevator itself, commercial advertisements, or the like.

FIG. 8 illustrates how the touch screen 201, which is an element of the elevator control panel described with reference to FIGS. 5 to 7, and a display unit 202 for displaying driving information and the like are organically connected and operated. It is a figure for demonstrating. Of course, it is also applicable to the operation apparatus of the ten-key input system demonstrated in FIG.

As shown in FIG. 8, information input through the input unit 604 (touch screen or push button type operation button) is input to the control unit 600. The control unit 600 stores the input information in the memory 601 and simultaneously transmits the input information to the driving information display unit 603 displaying the driving information so that the corresponding information is displayed on the screen of the driving information display unit 603. do.

Hereinafter, the operation of the elevator using the elevator operation panel described so far will be described.

The passenger touches the registration button after inputting a floor number button corresponding to the target floor to be reached by using the floor number display area unit 301 displayed from 0 to 9.

The floor number touched by the passenger is displayed on the temporary reservation floor display unit 300 in real time, and when the registration button is touched (if there is no additional key input for a certain time when there is no registration button), the reservation floor display units 302 and 303 are displayed. The target floor is registered and displayed.

In the reservation floor display unit 302, 303, the other destinations registered by the passengers are classified in the order of the lowest floor to the higher floor. When the new destination is newly registered, the registered destination and the new destination are automatically lowered. Reclassify from layer to high layer order.

In order to cancel an incorrectly registered destination floor due to a mistake or mischief of a child, the destination floor registered in the reserved floor display units 302 and 303 may be touched. Therefore, there is an advantage that can cut off in advance the power that can be unnecessarily consumed for the operation of the elevator.

On the other hand, when a predetermined password is input and registered through the floor number display area unit 301 displayed from 0 to 9, the screen of the touch screen is switched to the inspection mode.

When the elevator is in the inspection mode, the inspector performs the inspection operation on the elevator while touching the inspection button of a predetermined function displayed on the screen of the touch screen.

On the other hand, the elevator can be used not only for users who are not good at using Tenkey but also for users who are good at using Tenkey. Therefore, it is not preferable to continuously display the Tenkey or use the voice button to output the operation button input after selecting the guidance button. You may not. In particular, the operation button input guidance through the voice output unit may give a sense of rejection to some users. Therefore, it is preferable that the voice output unit outputs the input operation button as voice and terminates the driving by re-input of the guide button. That is, the voice output unit basically outputs the ten key usage, and when there is an operation button input by the user, outputs the voice to the operation button input. Since the voice output of the operation button input continuously may cause inconvenience to other users, re-entering the guide button terminates driving of the voice output unit. The display unit can also terminate the tenkey usage output by re-entering the guide button.

However, in such a case, an additional input of the guide button is required, so another solution may be considered.

For example, when the target layer is normally selected once after the guide button is input, the tenkey usage output may be terminated. The end of the tenkey usage output corresponds to both the display portion and the audio output portion. However, in addition to the use of the tenkey, the voice output unit may also output a manipulation button input by the user as a voice. The voice output is also terminated.

That is, the display unit may end the output of the tenkey usage when the target layer is normally selected once after the guide button is input. The voice output unit may output the input operation button as a voice and terminate driving when the target floor is normally selected once after the guide button is input.

In the case of the voice output unit, when there is an input of the guide button, the operation button input may be output as a voice to the last floor of the driving direction. Specifically, if you are operating in a 15-story building, the 15th floor may be the final floor. If you run only to the eighth floor and descend below, you can set the eighth floor as the final floor. Since the usage of the tenkey provided by inputting the guide button is provided to the user who is boarding the elevator, it is preferable that the final floor is the target floor set through operation of the operation panel inside the elevator. For example, if the target floors entered by elevator occupants are 3, 5, 8 floors, and the user who waits at the elevator platform on the 15th floor enters the platform operation panel, the elevator will run to the 15th floor, but the audio output unit is driven on the 8th floor. You may exit from. That is, the final floor can be limited to the floor input from the elevator.

Even after arriving at the last floor, the voice output unit may output the operation button input as voice, but since the user who pressed the guide button may have already got off, there is no benefit. Therefore, the voice output unit may terminate the driving when the final layer arrives.

For reference, if the tenkey usage output is not terminated by the re-entry of the guide button, it is necessary to consider the processing for the re-entry.

If the guide button is re-entered during the guidance of the tenkey usage by entering the guidance button, the current tenkey usage guide may be interrupted and the tenkey usage may be guided again from the beginning. However, in such a case, the user who first inputs the guide button is undesirably viewed again from the beginning. Therefore, even if the guide button is re-entered during the tenkey usage guide, it is desirable to continuously output the tenkey usage being output. When you want to be provided with Tenkey usage again from the beginning, you must enter the guide button after the current Tenkey usage guide is finished.

11 is a flowchart illustrating the operation of the elevator tenkey operation guide apparatus according to the present invention.

11 shows a case where the operation button audio output is terminated when the guide button is re-entered or arrives at the final floor.

When the guide button is input (S910), the display unit and the voice output unit output the tenkey usage (S920). In addition, the voice output unit outputs an operation button input by the user as voice (S950). Since the voice output of the operation button may have an unwanted user (S 930), or when the guide button is re-input (S 960), the operation button voice output of the voice output unit is terminated (S 940). It is also possible to terminate the output of the tenkey usage by re-entering the guide button.

As described above, the elevator tenkey operation guide device according to the present exemplary embodiment may facilitate the user using the tenkey input type elevator by outputting the tenkey usage through the guide button, the display unit, and the audio output unit. In addition, the operation button input can also be output as a voice, thereby making it easier for the visually impaired. However, in the case of the visually impaired, it may be difficult to search the guide button, so that the convenience of use may be further increased by providing a means for easily finding the guide button.

Another method for easily recognizing the guide button is illustrated in FIG. 9.

9 is a schematic view of the elevator associated with the present invention as viewed from inside an elevator lift.

The elevator shown in FIG. 9 is an elevator provided with an operation panel of a ten key input method, and includes a guide button 710 for instructing the usage of the tenkey, and a display unit for outputting the tenkey usage when the guidance button is input. And a tactile guide line 780 extending from the guide button to the elevator lift inlet.

The guide button 710 and the display unit are the same as the guide button and the display unit of the elevator ten key operation guide device described above. If there is an input of the guide button may further include a voice output unit for outputting the tenkey usage as a voice.

The tactile guide line 780 is a guide line extending from the guide button to the entrance of the elevator elevator, so that the tactile guide line 780 can recognize the tactile sense. For example, as shown in Figure 9 may be formed as a projection arranged at a predetermined interval, it may be formed as a linear line of irregularities. The point is that it extends to the elevator lift entrance so that the user can be guided to the guide button by searching the tactile guideline when boarding the elevator lift. Since the guide button is included in or close to the elevator tenkey operation guide apparatus 700, the user can easily use operation buttons such as a guide button and a floor number button.

Of course, for this purpose, the guide button is preferably processed in Braille. For this purpose, the guide button may be configured as a push button type. An operation button such as a floor number button may also be formed in the same manner as the guide button.

Since the tactile guide line is preferably arranged to be easily searchable by the user at the entrance of the elevator, it may be arranged at a height considering the average height of the user. In addition, in consideration of various keys of the user, the entrance may be disposed in a wide range such as distributed in various directions as shown in FIG. 9, and may be disposed in a narrow range so that the guide button can be accurately selected as the guide button gets closer.

In addition, the tactile guide line may be further extended to the platform operating panel 790 disposed in the elevator platform as shown in FIG. 10. In order to board the elevator, the user finds a platform operation panel in the elevator platform and selects an up and down button. Therefore, when the tactile guideline is extended to the platform operating panel that has already been searched, the user can easily search the guide button inside the elevator elevator along the tactile guideline connected to the platform operating panel.

The platform operation panel may further include an auxiliary audio output unit together with up and down buttons. It may not be easy for a user who is visually impaired, such as a visually impaired, to find a platform operation panel located in an elevator platform. Therefore, it is possible to easily find the board operating panel by providing an auxiliary audio output unit in the board operating panel composed of up and down buttons. At this time, the content output from the auxiliary voice output unit can be variously, but may be music in consideration of the general user.

Meanwhile, the display unit may end the tenkey usage output by re-input of the guide button, and the voice output unit may also terminate driving by re-input of the guide button.

In contrast, the display unit may terminate driving when the target floor is normally selected once after the guide button is input.

The voice output unit may stop driving when the target layer is normally selected once after the guide button is input.

In the case of the voice output unit, when there is an input of the guide button, the operation button input may be output as a voice to the last floor in the driving direction, and the final floor is the same as described above. The voice output unit may terminate driving when the final layer arrives.

12 is a schematic view showing an elevator according to another embodiment according to the present invention.

The elevator illustrated in FIG. 12 is an elevator provided with an operation panel of a ten key input method, and an elevator operating unit provided with a guide button for instructing the usage of the tenkey and a display unit for outputting the tenkey usage when the guide button is input. And a hall hall button unit 890 provided with a platform guide button 810 for instructing a tenkey usage guide and a platform voice output unit 850 for outputting the tenkey usage as a voice when there is an input of the platform guide button. have.

The elevator operation unit may be configured as the elevator tenkey operation guide device described above, and thus the guide button and the display unit are the same as described above. Therefore, it may further include a tactile guide line extending from the guide button to the elevator lift inlet.

In addition, the hall button unit 890 may further include a platform display unit for outputting the ten key usage when the platform guide button is input, so that the ten key usage may be visually output.

That is, the hall hall button unit may include a hall display unit and a hall voice output unit capable of outputting a tenkey usage together with up and down buttons. In the case of the visually impaired or the hearing impaired, there is a difficulty in using the Tenkey. Therefore, the platform guidance button 810 formed in the platform is input in the same time as the user presses the up / down button in the platform and then presses the guide button on the elevator control panel. If you learn how to use the Tenkey through the platform voice output and the platform display, there is no need to output the Tenkey method separately after boarding the elevator has the advantage that people with disabilities can apply the Tenkey in a shorter time. Therefore, by providing a platform voice output unit or a platform display unit in the platform operating panel consisting of the up and down buttons, there is an advantage that you can receive guidance on how to use Tenkey in the platform first.

The boarding point guide button 810 is a means for the guide to guide the usage of the tenkey. Therefore, when the user inputs the platform guidance button in the platform, the platform voice output unit is driven.

The platform voice output unit 850 outputs the tenkey usage as a voice when the platform guide button is input. The platform voice output unit may be configured in the same manner as the voice output unit described above. However, since the formation of the voice storage unit and the voice processing unit in each layer has a cost problem, the voice storage unit and the voice processing unit may be formed in the control panel CP. Of course, speakers will have to be formed in each layer. At this time, the position of the speaker may be formed in the hall button unit, but may be anywhere in the position of providing a voice recognizable to the user waiting in the platform. Since the tenkey usage output from the platform may give a sense of rejection to the user who does not require the tenkey usage, it is preferable to provide a means for terminating even during the tenkey usage output. For example, the landing voice output unit 850 may terminate the tenkey usage output by re-entering the landing guide button.

In addition, the elevator operation unit may further include a voice output unit for outputting the voice usage of the ten key when there is an input of the guide button.

In addition, the guide button and the platform guide button may be a push button type processed in Braille.

On the other hand, those skilled in the art will appreciate that the present invention can be implemented in other specific forms without changing the technical spirit or essential features. Therefore, the above-described embodiments are to be understood as illustrative in all respects and not as restrictive. The scope of the present invention is shown by the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included in the scope of the present invention. do.

It can be applied to an elevator equipped with an operation panel of a tenkey input method.

1 is a block diagram showing an elevator tenkey operation guide device related to the present invention.

Figure 2 is a schematic diagram showing a specific state of the elevator tenkey operation guide device related to the present invention.

Figure 3 is a schematic diagram showing an example of how to use the tenkey output through the display unit in the elevator tenkey operation guide device related to the present invention.

Fig. 4 is a schematic view showing the installation height of the guide button of the elevator tenkey operation guide device in relation to the landing control panel.

Figure 5 is a block diagram showing an elevator tenkey operation guide device according to another embodiment of the present invention.

Figure 6 is a schematic diagram showing a specific state of the elevator tenkey operation guide device according to another embodiment related to the present invention.

7 is a schematic diagram showing a screen state of a driving information display unit displaying information on a driving state of an elevator;

8 is a block diagram showing the configuration of an elevator tenkey operation guide device according to the present invention;

Figure 9 is a schematic view of the elevator in accordance with the present invention from the inside of the elevator.

10 is a schematic view showing a state in which the tactile guide line of the elevator according to the present invention extends to a platform operating panel.

Fig. 11 is a flowchart showing the operation of the elevator tenkey operating device according to the present invention.

12 is a schematic view showing an elevator of another embodiment related to the present invention.

Description of the Related Art

710 ... Information Button 730 ... Display

780 Tactile Guidelines 790 Platform Operator Panel

890 ... hole button part 810 ... platform guide button

750 ... Voice output section 309 ... Guide button display area section

Operation information display unit

206, 207 ... operation information display (for expansion)

850 ... platform voice output

Claims (19)

In an elevator tenkey operation guide device of a tenkey input system, A guidance button for instructing usage of the tenkey; And At least one of a display unit for outputting the tenkey usage or a voice output unit for outputting the tenkey usage as a voice when the guide button is input, Elevator ten key operation guide device for ending the ten key usage output of the display unit and the audio output unit by re-input of the guide button. delete delete The method of claim 1, The guide button is an elevator ten key operation guide device which is a push button type embossed. The method of claim 1, Elevator guide key operation guide device is disposed at the same height as the hall button portion of the elevator platform. The method of claim 1, An elevator ten key operation guide device, wherein the guide button is disposed at a universal setting position of the elevator elevator. delete delete The method of claim 1, And the voice output unit outputs the input operation button as a voice and terminates driving by re-input of the guide button. The method of claim 1, The display unit is an elevator ten key operation guide device for ending the ten key usage output when the target floor is normally selected once after the guide button is input. The method of claim 1, And the voice output unit outputs the input operation button as a voice and terminates driving when the target floor is normally selected once after the guide button is input. The method of claim 1, And said voice output unit outputs a manipulation button input as a voice to the last floor of the driving direction when there is an input of the guide button. 13. The method of claim 12, Elevator tenkey operation guide device for ending the drive when the audio output unit reaches the final floor. In an elevator equipped with a ten key input panel, A lift operation unit including a guide button for instructing a tenkey usage guide and a display unit for outputting the tenkey usage when a guide button is input, and a voice output unit for outputting the tenkey usage as a voice; And A hall hall button unit including a hall guide button for commanding a tenkey usage guide and a hall voice output unit for outputting the tenkey usage as a voice when the platform guide button is input; Elevator comprising. The method of claim 14, The hall button unit elevator further comprises a platform display unit for outputting the tenkey usage when the platform guidance button input. The method of claim 14, And an tactile guide line extending from the guide button to an elevator lift inlet. delete The method according to any one of claims 14 to 16, The guide button and the platform guide button is a push button type elevator embossed. The method according to any one of claims 14 to 16, And said platform voice output unit ends the tenkey usage output by re-input of the platform guide button.

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