CN100560461C - Elevator device - Google Patents

Abstract

An object of the present invention is to provide an elevator apparatus capable of responding to needs of elevator users in a wider range. The elevator device is provided with a loudspeaker (14) in the car (2) to provide music information (sound information) to the elevator user, and a data acquisition part (15) is arranged in the hall (5), which can be obtained from a mobile phone (18) There is the music information data in the elevator folder in the mobile phone (18) carried by the elevator user, and the broadcast control unit (17) transmits the data to the loudspeaker (14) by reading the data of the music information acquired by the data acquisition unit (15). Music information is provided, and the broadcast control unit (17) is arranged in the control panel (3).

Description

Elevator device

technical field

The present invention relates to an elevator device with a landing and a car that moves up and down in a hoistway, in particular to an elevator device that provides corresponding services according to elevator users.

Background technique

Conventional elevator devices have a device capable of identifying a user in order to provide services to foreigners, disabled persons, etc., and to perform guidance announcements corresponding to the user. For this reason, the broadcast data is stored in advance in the storage device of the elevator apparatus and prepared (see, for example, Patent Document 1: Japanese Patent Application Laid-Open No. 6-1549).

Contents of the invention

In order to serve various users in the above-mentioned conventional elevator apparatus, various information must be prepared in advance, and for this reason, a large-capacity storage device is installed in the elevator apparatus. And because the storage capacity of the storage device is limited, the service items and quantity that can be provided are also limited due to the storage capacity.

The present invention was made to solve the above problems, and an object of the present invention is to provide an elevator apparatus capable of responding to needs of elevator users in a wider range.

The elevator device of the present application includes: an information providing means arranged at least any one of the landing and the car of the elevator for providing service information to the elevator user; obtaining the information stored in the elevator user from the information storage device data acquisition means for service information data in the storage device; and reading means for providing service information to the information providing means by reading the service information data acquired by the data acquisition means.

Since the present invention uses the data stored in the information storage device carried by the elevator user to provide the service desired by the user, it can respond to the needs of the user in a wider range.

Description of drawings

Fig. 1 is a block diagram showing an elevator apparatus according to Embodiment 1 of the present invention.

Fig. 2 is a block diagram showing an elevator apparatus according to Embodiment 2 of the present invention.

Fig. 3 is a block diagram showing an elevator apparatus according to Embodiment 3 of the present invention.

Fig. 4 is a block diagram showing an elevator apparatus according to Embodiment 4 of the present invention.

Fig. 5 is a block diagram showing an elevator apparatus according to Embodiment 5 of the present invention.

Symbol Description

2 car, 3 control panel, 5th floor station, 14 speaker (information providing means), 15 data acquisition part (data acquisition means), 17 broadcast control part (reading means), 18 mobile phone (information storage device), 19 display ( information providing means), 20 address information acquisition unit (address information acquisition means), 21 network communication unit (data acquisition means).

Detailed ways

The best mode for carrying out the present invention will be described below with reference to the drawings.

Embodiment 1

Fig. 1 is a block diagram showing an elevator apparatus according to an embodiment of the present invention. The car 2 is installed in a hoistway (not shown) in a building. The lift of the car 2 is controlled by the control panel 3 .

Boarding stations 5 are located on each floor of the building. An operating device (not shown) for registering a call is installed on the hall 5 . The elevator user can call the car 2 to the hall 5 by operating the operating device.

The broadcast device 13 has a speaker 14 (information providing means), a data acquisition unit 15 (data acquisition means), a detection unit 16, and a broadcast control unit 17 (reading means).

The speaker 14 is provided in the car 2 . In addition, the speaker 14 provides voice information to elevator users as service information. Furthermore, the speaker 14 is electrically connected to the broadcast control unit 17 .

The data acquisition part 15 is installed in the boarding point 5 (for example, it is embedded in the tee frame provided in the boarding point 5). Moreover, the data acquisition part 15 acquires from the mobile phone 18 the data of the music information (service information) stored in the mobile phone 18 (information storage device) carried by the elevator user. Therefore, the data acquisition unit 15 has a transceiver unit for exchanging communication radio waves including data with the mobile phone 18, a communication management unit for communication control management, and a storage unit for temporarily storing (temporarily storing) data. The data acquisition unit 15 is also electrically connected to the broadcast control unit 17 .

The detection unit 16 has a landing-side detection unit 16 a provided at the landing 5 and a car-side detection unit 16 b provided at the car 2 . In addition, the landing side detection unit 16a and the car side detection unit 16b detect whether there is a mobile phone 18 carried by an elevator user at the landing 5 and the car 2, respectively. Therefore, the boarding point side detection part 16a and the car side detection part 16b each have a transmission and reception part for detecting the mobile phone 18, and a communication control part for communication control. In addition, the boarding point side detection unit 16a and the car side detection unit 16b are electrically connected to the announcement control unit 17 . In addition, the boarding point side detection part 16a may be built in the data acquisition part 15.

The broadcast control unit 17 is a part of the control circuit provided inside the control panel 3 . In addition, the announcement control unit 17 is electrically connected to the speaker 14, the data acquisition unit 15, the boarding point side detection unit 16a, and the car side detection unit 16b. And the announcement control part 17 controls the speaker 14 by reading the data of the service information acquired by the data acquisition part 15, and provides information to the inside of the car 2. The broadcast control unit 17 utilizes the landing side detection unit 16a and the car side detection unit 16b to monitor the place of the elevator user, and based on this, judges whether to obtain the data of the service information from the mobile phone 18, and whether to read the information provided by the data acquisition unit 15. The acquired service information data, whether to continue to provide the service information being provided in the car 2, and whether to delete the temporarily stored service information data.

The operation thereof will be described below. Usually, an elevator user operates an operating device at a hall 5 to call the car 2 . The elevator user then walks into the car 2 and proceeds to the desired floor.

At this time, elevator users sometimes want to provide music information to them in the elevator, so that the data of the music information is stored in the folder for elevators in the mobile phone 18 . And when the elevator user who makes the data of the music information stored in the elevator folder in the mobile phone 18 approaches the landing 5, the elevator using the data of the music information is stored in the mobile phone 18 by the landing detection part 16a to report the broadcast control part 17 or at landing 5. Then, the data acquisition unit 15 communicates with the mobile phone 18 to acquire the data of the music information, and temporarily stores the data of the music information in the data acquisition unit 15 .

The car 2 then arrives at the floor where the elevator user is waiting, and the elevator user walks into the car 2 . Then, the car side detection part 16b reports that the elevator user whose music information is stored in the mobile phone 18 by the broadcast control part 17 has boarded the car 2 . Then, the data of the temporarily stored music information is read by the announcement control unit 17, and the data of the music information is provided as music information (voice information) in the car 2 by the speaker 14. FIG. Then, when the elevator user leaves the car 2, the fact that the elevator user who requested to provide service information is not in the car 2 is reported to the broadcast control unit 17 by the car side detection unit 16b. In this way, the operation of providing service information to the car 2 is completed, and then the temporarily stored music information data is deleted.

On the other hand, sometimes after the elevator user calls the car 2, he leaves the landing 5 for some reason and does not enter the car 2. In this case, the landing side detection unit 16a reports to the broadcast control unit 17 that the elevator user is not at the landing 5, and the car side detection unit 16b reports to the broadcast control unit 17 that the elevator user has not boarded the car 2. (not in car 2). At this time, the data of the temporarily stored music information is deleted, and the voice information is not provided to the inside of the car 2 .

In addition, data of a plurality of service information may be acquired. In this case, the broadcast control unit 17 suspends the provision of all data (as invalid). Notify the user of the suspension and perform standard guidance.

At this time, if the elevator user is at the landing 5 or has not stepped out of the car 2, the temporarily stored service information data will not be deleted. Therefore, assuming that there are many elevator users at the landing 5 place, even if preparations for carrying out standard guidance are made, when only one of the multiple elevator users enters the car 2, it will immediately send a message to the person who got into the car 2. Elevator users provide requested service information.

In such an elevator apparatus, the service desired by the user can be provided by using the data stored in the mobile phone 18 carried by the elevator user, so that the needs of the user can be met in a wider range.

Again because of not allowing the data of service information to be stored in the elevator, but the data of service information is stored in the mobile phone 18 carried by the elevator user, so as long as it is provided with the elevator device of the above-mentioned broadcasting device 13, it can be used in multiple elevators. accept the services desired by elevator users.

Again because the elevator user can change the data of service information in the mobile phone 18, so the elevator user can carry out desired setting whenever convenient.

Furthermore, since no information corresponding to the elevator user is stored in the elevator device, personal information can be prevented from leaking out.

Furthermore, since voice information is provided in the car 2, corresponding service information can also be provided to elevator users with poor eyesight.

Implementation form 2

Fig. 2 is a block diagram showing an elevator apparatus according to an embodiment of the present invention. In Embodiment 1, the information providing means in the broadcasting device 13 is the speaker 14 . However, in Embodiment 2, the display 19 installed in the car 2 is used as information providing means. The display 19 is capable of displaying images including characters and symbols (for example, a display device capable of expressing a certain meaning by lighting up a lamp or a lit portion is also included).

At this time, the data acquisition unit 15 acquires data of image information (service information) stored in the mobile phone 18 (information storage device) carried by the elevator user from the mobile phone 18 . The other constitutions are the same as those of the first embodiment.

The operation thereof will be described below. The elevator user operates the operating device at the hall 5, enters the car 2, and gets out of the car 2 at the floor to go. The communication between the broadcasting device 13 and the mobile phone 18 and the flow of signals in the broadcasting device 13 at this time are the same as those in the first embodiment. However, data of image information stored in the cell phone 18 carried by the elevator user can be obtained from the cell phone 18, and the image information can be provided to the inside of the car 2 as service information.

In this elevator apparatus, in addition to the effects of the first embodiment, since image information can be provided in the car 2, corresponding service information can also be provided to elevator users who are hard of hearing.

In addition, it is also possible to install the display 19 on the floor information provided in the car 2. At this time, the floor information can also be provided in a foreign language while being guided by the Japanese floor information that is usually installed.

Implementation form 3

Fig. 3 is a block diagram showing an elevator apparatus according to an embodiment of the present invention. In the figure, a speaker 14 is installed in the car 2 as an information providing means. Priority information corresponding to the data of the service information is added to the data of the service information obtained from the mobile phone 18 by the data obtaining unit 15 . The broadcast control unit 17 monitors the priority information temporarily stored in the data acquisition unit 15, and selects the service information provided by the speaker 14 based on the priority information. The other constitutions are the same as those of Embodiment 2.

The operation thereof will be described below. The elevator user operates the operating device at the hall 5, enters the car 2, and gets out of the car 2 at the floor to go. The communication between the broadcasting device 13 and the mobile phone 18 at this time and the flow of signals in the broadcasting device 13 are the same as those in the second embodiment. However, the data acquisition unit 15 may acquire data of service information from a plurality of mobile phones 18 .

For example, sometimes when a healthy elevator user and an elevator user with poor vision ride in the same car, it is assumed that music information is stored in the mobile phone 18 carried by the healthy elevator user, while in the elevator user with poor vision, music information is stored. The mobile phone 18 of the band stores the guidance information for guidance such as what is there on each floor.

In such a case, it is considered that it is necessary to give priority to guidance to elevator users with poor eyesight. Therefore, the priority of the guidance information of the elevator user with poor eyesight is set high.

At this time, the data of the service information and the priority are acquired from each mobile phone 18 by the data acquisition unit 15 , and the data of the service information and the priority information are temporarily stored in the data acquisition unit 15 . Then, the broadcast control unit 17 monitors each priority information temporarily stored in the data acquisition unit 15, and selects the guidance information whose priority is set higher. Then, guidance information for guiding elevator users with poor eyesight is provided in the car 2 from the speaker 14 .

In addition, in this case, when the provision of the guidance information is completed, music information (service information) for healthy elevator users whose priority is set next higher is provided in the car 2 again. That is, service information with a higher priority can be provided sequentially.

In addition, when an elevator user who requests to provide service information walks out of the car 2 during the service information provision process, he can also end the providing action of providing service information, and provide the service with the next higher priority setting in the car 2. information. And, when the elevator user gets out of the car 2, the information about the elevator user who got out is deleted from the broadcasting device 13.

In some cases, there may be data for acquiring service information with a plurality of priorities set to the same. In such a case, as in the first embodiment, the broadcast control unit 17 suspends all data provision (as invalid), informs the elevator user of the suspension, and performs standard guidance. At this time, if the elevator user is in the hall 5 or has not stepped out of the car 2, the temporarily stored data and priority information of the service information will not be deleted.

When service information or standard guidance is being provided in the car 2, an elevator user with a mobile phone 18 storing service information with high priority may also ride in the car 2. At this time, the service information being provided is notified to be terminated, and the service information whose priority is set to be high is provided in the form of an interruption. In addition, the end of notification is carried out from when the elevator user with the mobile phone 18 storing the service information with high priority is detected by the boarding point side detection unit 16a until the elevator user gets on the car 2. of.

Moreover, the elevator user can perform setting in the mobile phone 18 not to allow service information to be provided even if it detects that there is another elevator user at the hall 5 and its priority is set high.

In such an elevator apparatus, since the service information provided by the information providing means can be selected according to the priority information, when a plurality of elevator users ride together, the service information expected to be most needed among them can be provided.

Therefore, for example, the user of an elevator is a disabled person, and since he is preferentially guided, he feels more at ease in use.

Embodiment 4

Fig. 4 is a block diagram showing an elevator apparatus according to an embodiment of the present invention. In the figure, the broadcasting device 13 of the fourth embodiment has a speaker 14 (information providing means), an address information acquisition unit 20 (address information acquisition means), a network communication unit 21 (data acquisition means), a detection unit 16, and a broadcast control unit. 17 (reading means). In addition, since the speaker 14 is the same as that of Embodiments 1 to 3, description thereof will be omitted.

The address information acquisition unit 20 is provided at the boarding point 5 (for example, embedded in a tee frame like the data acquisition unit 15 of the first embodiment). In addition, the address information acquisition unit 20 acquires address information (such as Internet URL: Uniform Resource Locator, etc.) related to music information (service information) from the mobile phone 18 (information storage device) carried by the elevator user. Therefore, the address information acquiring unit 20 includes a transmitting and receiving unit for exchanging communication radio waves including address information with the mobile phone 18, and a communication management unit for controlling and managing communication. The address information acquisition unit 20 is also electrically connected to the network communication unit 21 and the broadcast control unit 17 .

The network communication unit 21 is a communication device provided in the control panel 3 . Also, the network communication unit 21 acquires data of music information (service information) from a communicable network (such as the Internet) based on the address information acquired by the address information acquisition unit 20 . For this purpose, it has a communication management unit that controls and manages communication with the network, and a storage unit that temporarily stores address information and music information data. The network communication unit 21 is electrically connected to the address information acquisition unit 20 and the broadcast control unit 17 .

As in the first embodiment, the detection unit 16 has a boarding point side detection unit 16a and a car detection unit 16b. In addition, the boarding point side detection part 16a may be built in the address information acquisition part 20. As shown in FIG.

The broadcast control unit 17 is a part of the control circuit provided inside the control panel 3 . Moreover, the control panel 3 is electrically connected to the speaker 14, the address information acquisition part 20, the network communication part 21, the hall side detection part 16a, and the car side detection part 16b. The control panel 3 controls the speaker 14 according to the service information data acquired by the network communication unit 21 . The broadcast control unit 17 monitors the places of the elevator users again by using the landing side detector 16a and the car side detector 16b. Based on this, it is judged whether to obtain the address information about the service information from the mobile phone 18, whether to operate the speaker 14, whether to continue to provide the service information being provided in the car 2, and whether to delete the temporarily stored service information data.

Hereinafter, its operation will be described. Usually, an elevator user operates an operating device at a hall 5 to call the car 2 . Then, the elevator user walks into the car 2 and drives to the desired floor.

At this time, the elevator user sometimes wants to provide music information through the mobile phone 18 in the elevator, so that the address information is stored in the elevator folder in the mobile phone 18 . Then, when the elevator user who stored the address information in the elevator folder in the mobile phone 18 approached the landing 5, the landing side detector 16a reported that the broadcast control unit 17 had the elevator use that the address information was stored in the mobile phone 18. or at landing 5. Then, the address information acquisition unit 20 is used to communicate with the mobile phone 18, and the address information is acquired and temporarily stored in the network communication unit 21.

At this time, the network communication unit 21 downloads the data of the music information from the network to the storage unit based on the temporarily stored address information.

Then the car 2 arrives at the floor where the elevator user is waiting, and the elevator user walks into the car 2 . Then, the fact that the elevator user is riding in the car 2 is notified to the announcement control unit 17 by the car side detection unit 16b. Then, the temporarily stored music information is read out by the announcement control unit 17, and provided to the inside of the car 2 through the speaker 14 as music information (voice information). Then, when the elevator user walks out of the car 2, the car side detection part 16b reports that the elevator user who the broadcast control part 17 requires to provide service information is not in the car 2, and ends the service information being provided in the car 2, and deletes the service information. The data and address information of the temporarily stored music information.

Similar to the first embodiment, even if the elevator user calls the car 2, he leaves the hall 5 for some reason and does not enter the car 2. In such a case, the fact that the elevator user does not enter the car 2 is reported to the announcement control unit 17 by the detection unit 16 provided on the car 2 . At this time, the data and address information of the temporarily stored music information are deleted, and the music information is not provided to the inside of the car 2 .

Also, sometimes a plurality of address information can be obtained, in this case, the broadcast control unit 17 suspends all data provision (as invalid), informs the elevator user of the suspension, and performs standard guidance. However, if the elevator user is at landing 5 or does not walk out from car 2, the temporarily stored address information cannot be deleted. The action of downloading service information data from the network is also performed according to the address information. Therefore, if there are many elevator users at the landing 5, even if preparations for standard introductions have been made, when one of the many elevator users walks into the car 2, they will still report to the elevator in the car 2 immediately. Users provide the service information they request.

However, when there are elevator users who consider the number of elevator users who cannot provide the data even if the data is downloaded, the service information is not downloaded.

In such an elevator apparatus, service information can be provided from a mobile phone carried by an elevator user using only address information with a small data capacity. In this way, in addition to the effect of the first embodiment, the load on the data capacity in the mobile phone 18 of the elevator user can be reduced.

In addition, by reducing the burden on the mobile phone 18, the elevator user can store a plurality of address information in the mobile phone 18. In this way, more address information stored in the mobile phone 18 can be selected when using the elevator, that is, more service information can be selected, and the needs of elevator users can be met in a wider range.

Embodiment 5

Fig. 5 is a block diagram showing an elevator apparatus according to an embodiment of the present invention. In FIG. 5 , priority information corresponding to the address information is added to the address information acquired by the address information acquisition unit 20 from the mobile phone 18 . The broadcast control unit 17 in the broadcast device 13 monitors the priority information temporarily stored in the network communication unit 21, and selects the service information provided by the information providing means based on the priority information. Also in Embodiment 5, a speaker 14 and a display 19 are provided in the car 2 as information providing means. Other constitutions are the same as those in Embodiment 4.

The operation thereof will be described below. The elevator user operates the operating device at the hall 5, gets into the car 2, and gets out of the car 2 at the floor to go. In this case, the communication between the broadcasting device 13 and the mobile phone and the flow of signals in the broadcasting device 13 are the same as in the fourth embodiment. In this example, the address information acquiring unit 20 may acquire address information from a plurality of mobile phones 18 .

Different from the case of Embodiment 3, for example, Japanese elevator users and foreign elevator users may share the same car 2 . Assume that address information about music information is stored in the mobile phone 18 carried by Japanese elevator users, and address information related to guidance information in the native language is stored in the mobile phone 18 carried by foreign elevator users.

In this case, it is considered that foreign elevator users should be guided first. Therefore, the priority of the guidance information for foreign elevator users is set higher.

When a plurality of pieces of address information are acquired by the address information acquisition unit 20 , the address information and priority information are temporarily stored in the network communication unit 21 . At this time, the broadcast control unit 17 judges each priority information temporarily stored in the network communication unit 21, downloads sequentially from the data of the guidance information whose priority is set high, and temporarily stores it in the network communication unit according to the order of priority. Within 21. Furthermore, in this case, guidance information (guidance and display in the native language) is provided in the car 2 with priority in the native language of the foreigner elevator user.

Also same as Embodiment 3, when the guidance information is provided, music information (service information) is then provided to the next Japanese elevator user whose priority is set high in the car 2 .

In addition, when the elevator user requesting the service information being provided gets out of the car 2 during the provision of the service information, the provision operation of the service information being provided is completed, and the next priority for providing the service information in the car 2 is set to be high. service information. And, when the elevator user gets out of the car 2, the information about the elevator user getting out is deleted from the announcement device 13. That is, when the service information data requested by the user of the elevator getting out is being downloaded, the download is also stopped.

In addition, a plurality of pieces of address information having the same level of priority information may be acquired. In such a case, the address information having the same level of priority information is invalidated, and in association with this, the data of the service information and the download of the data are also invalidated, and standard guidance is performed.

Also same as embodiment 3, when the elevator user detects other elevator users in the hall 5 in the mobile phone 18, even if the priority is set high, it is also possible to set not to provide service information and the like. It means that according to the setting, when the setting conditions are satisfied, the address information of the elevator user is invalidated.

In addition to the effects of the third embodiment, this type of elevator apparatus also reduces the burden of reception because the capacity for information to which priority information is added is small. As a result, more priorities can be determined, and service information data can be acquired in order of the priorities. Therefore, the service information to be provided to the car 2 can be more accurately selected.

Therefore, even when a foreigner with poor eyesight uses the elevator, since the announcement in his native language can be provided with priority, he can feel more at ease in use.

Again, because the loudspeaker 14 and the display 19 are provided, it can also be handled when an elevator user with poor eyesight and an elevator user with hearing impairment ride together. Also, in this case, it is possible to provide visual guidance information to the inside of the car 2 at the same time as the voice guidance information is supplied to the inside of the car 2 . That is, it is also possible to provide more than two kinds of service information in the car 2 at the same time as desired.

Furthermore, in Embodiment 3 and Embodiment 5, the information provided can be selected according to the priority information, and the service information considered to be low in priority will not be given priority to the user, but the communication between the elevator device and the mobile phone 18 can be performed by the mobile phone 18. 18 Provide service information.

In Embodiment 3 and Embodiment 5, the priority information is added to the data and address information of the service information, and the data and address information of the service information can be acquired in the broadcasting device 13 at the same time. However, the priority information can also be independent. Therefore, the data acquiring means and the address information acquiring means first acquire only the priority, and acquires the data and address information of the service information based on the priority information, so that the service information provided by the information providing means can be selected.

In Embodiment 1 to Embodiment 5, the loudspeaker 14 or the display 19 are installed in the car 2, and the information providing means may be provided at the landing, or may be provided at both the inside of the car and the landing. That is, service information can be provided to at least one of the landing or the car.

Furthermore, in Embodiments 1 to 5, the data acquisition unit 15 and the address information acquisition unit 20 automatically acquire service information data and address information from the mobile phone 18 carried by the elevator user. However, it is possible to transmit only the information according to the wishes of the elevator user, whereby the elevator device can acquire the data and address information of the service information.

Furthermore, in the first to fifth embodiments, the data acquisition unit 15 or the network communication unit 21 has a storage unit, but the broadcast control unit 17 may also have a storage unit.

Furthermore, in Embodiments 1 to 5, the broadcast control unit 17 (reading means) is a part of the circuit in the control panel. However, the reading means (announcement control unit 17) may also be provided in a car or a hall.

Furthermore, in Embodiment 1 to Embodiment 5, the mobile phone 18 is used as the information storage means. However, as an information storage device, it can be a known storage medium (such as an IC chip, and a PDA: Personal Digital Assistant (personal digital assistant) that can store data or address information of service information and output the data or address information of the service information to the elevator device. Auxiliary terminal) and other portable PCs, etc.).

Furthermore, in Embodiments 1 to 5, the data acquisition unit 15, the detection unit 16, and the address information acquisition unit 20 have transmission and reception units. The so-called transmission and reception unit here is a means for performing data and address information communication between the information storage device carried by the elevator user and the broadcasting device. Therefore, it may be a unit corresponding to the information storage device carried by the elevator user. When the information storage device is an IC chip and a PDA, the transceiver unit is respectively a terminal for connecting the IC chip reader and the cable drawn from the PDA.

Furthermore, in the first to fifth embodiments, the broadcasting device 13 does not provide information to the mobile phone 18, but can write information to the mobile phone from the transmitting and receiving unit. For example, when the elevator user gets out of the car 2, the provision progress information of where the service information is provided is stored in the mobile phone, and when the elevator user uses the elevator next time, the service information provided last time can continue to receive and provide. Also, at this time, the reading means can detect where the service information has been read, and store the provision progress information in the information storage device carried by the elevator user through the data obtaining means.

Furthermore, in Embodiments 1 to 5, the speaker 14 or the display 19 provides audio information or image information as service information. However, the service information is not limited thereto. For example, a fragrance may be provided as the service information by using the information providing means. Also, in this case, at least one place of the car or landing should be provided with a fragrance generating device as the information providing means (for example, a fragrance is generated by heating a container or a raw material for storing fragrance, etc.). In order to end the provision of the fragrance, a ventilation fan or a blower is installed in at least one place of the car or the landing. The fragrance generator, ventilation fan or blower are all electrically connected to the service provision control part (reading means). The other configurations are the same as those of Embodiment 1 or Embodiment 4.

Claims (6)

1. a lift appliance is characterized in that, comprises

At least be arranged on any place in the stop of elevator and the car, and the loud speaker or the telltale that provide acoustic information or graphicinformation to use to the elevator user;

From mobile phone, IC chip, PDA or carry with PC obtain be stored in the elevator user with described mobile phone, IC chip, PDA or carry with the acoustic information the PC or the network service portion or the data obtaining section of image information data; And

Thereby make described loud speaker or telltale that the broadcasting control part of acoustic information or graphicinformation is provided by reading acoustic information or the image information data that described network service portion or data obtaining section obtain.

2. lift appliance as claimed in claim 1 is characterized in that,

Obtain from a plurality of described mobile phones, IC chip, PDA or carry under the situation with the acoustic information of PC or data of image information in described network service portion or data obtaining section, according to the acoustic information or the graphicinformation that provide with described acoustic information or the described loud speaker of the corresponding selection of data of image information corresponding priorities information or telltale.

3. a lift appliance is characterized in that, comprises

At least be located at the car of elevator and the arbitrary place in the stop, the loud speaker or the telltale that provide acoustic information or graphicinformation to use to the elevator user;

From the elevator user with mobile phone, IC chip, PDA or carry the address information obtaining section of obtaining the address information of relevant acoustic information or graphicinformation with PC;

According to the address information that described address information obtaining section is obtained, obtain the network service portion or the data obtaining section of acoustic information or data of image information from network; And

By reading acoustic information or the data of image information that described network service portion or data obtaining section obtain, make described loud speaker or telltale that the broadcasting control part of acoustic information or graphicinformation is provided.

4. lift appliance as claimed in claim 3 is characterized in that,

Obtain from a plurality of described mobile phones, IC chip, PDA or carry under the situation with the address information of PC in described address information obtaining section, according to described address information corresponding priorities information, the acoustic information or the graphicinformation that provide by described loud speaker or telltale are provided.

5. as each described lift appliance in the claim 1 to 4, it is characterized in that described loud speaker or telltale provide music information as described acoustic information or graphicinformation.

6. as each described lift appliance in the claim 1 to 4, it is characterized in that described loud speaker or telltale provide graphicinformation as described acoustic information or graphicinformation.

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