JP4912732B2 - Elevator system - Google Patents

Description

  The present invention relates to an elevator system for providing a specific service to a user whose personal identification information has been registered.

In a building such as a condominium (a collective housing) or a tenant building, an unspecified number of people go in and out, so there is a risk that a suspicious person may enter the building. For this reason, when a suspicious person and a resident are riding in the car, the resident may encounter a crime, and security is lowered.
On the other hand, in the conventional elevator occupant management system, the use of the elevator by the use authorized person and the accompanying person is permitted, and the number of elevator users is limited (for example, see Patent Document 1).

JP-A-2005-255307

  In the conventional elevator occupant management system as described above, the use of elevator users is restricted, but it does not take into account the riding situation in the car when ascending and descending, so it is possible to prevent passengers from riding together It was not possible, and a psychological load (stress) might occur to the user.

  The present invention has been made to solve the above-described problems, and it is possible to avoid riding in a cage between a user whose personal identification information is registered and a user whose personal identification information is not registered. It is possible to obtain an elevator system that allows a user who has registered personal identification information to comfortably get on the car.

  The elevator system according to the present invention includes an individual determination unit that determines whether or not personal identification information has been registered for each elevator user by inputting the personal identification information from the user, and a car between users. Can be stored in association with the personal identification information of the user, and when the determination result in the personal determination unit has been registered, the personal identification information acquired from the personal determination unit Based on the corresponding car riding conditions, it is determined whether or not passengers with personal identification information registered and users with unidentified personal information can ride in the car, and the car dispatch order is determined based on the determination result. A vehicle allocation control unit is provided.

  The elevator system according to the present invention provides a user whose personal identification information has been registered based on the car riding conditions corresponding to the personal identification information acquired from the personal determination unit when the determination result in the personal determination unit has been registered. To determine whether or not you can ride in a car with a user whose personal identification information is not registered, and determines the order of car delivery. It is possible to avoid riding in the car, and a user whose personal identification information is registered can comfortably get on the car.

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 system according to Embodiment 1 of the present invention.
In the figure, an elevator 2 is provided in a building (for example, an apartment house such as an apartment) 1. The elevator 2 has a car 3 that moves up and down in the hoistway and a control panel 4 as a vehicle allocation control unit. The control panel 4 controls the operation of the car 3 including the order of dispatch to each landing floor of the building 1.

  A touch panel type call registration device 5 and a hall individual identification device (sensor type call registration device, call registration recognition device) 6 as a personal identification unit are provided at the halls on each floor of the building 1. The touch panel type call registration device 5 has a screen unit whose display is controlled by the control panel 4. The screen unit of the touch panel type call registration device 5 detects an operation by the user. Furthermore, when the screen unit is operated by the user, the touch panel type call registration device 5 sends information corresponding to the operated location (pressed location) to the control panel 4. Furthermore, when the touch panel type call registration device 5 displays the up / down button part by display control by the control panel 4 and detects that the display location of the up / down button part is operated by the user, a call registration request is made. Is sent to the control panel 4.

  The hall personal identification device 6 determines whether the user is a resident or a visitor by reading the personal identification information stored in the IC card 7 possessed by the user. That is, the hall personal identification device 6 determines whether or not the personal identification information is a registered user for each user by inputting the personal identification information from the user. Moreover, the hall personal identification device 6 performs personal authentication of the resident based on the read personal identification information. Furthermore, the hall personal identification device 6 sends the read personal identification information and call registration request information to the control panel 4 when the resident's personal authentication is performed.

  An entrance door 8 is provided at the entrance (entrance) of the building 1. The entrance door 8 is provided with an electric lock and an open / close detection sensor (both not shown). Further, outside the entrance of the building 1, an interphone 9 operated by a visitor, a camera 10 for photographing the periphery of the interphone 9 (visitor), and an entrance personal identification device (sensor-type call registration device) as a personal discrimination unit , Call registration recognition device) 11 is provided.

  The entrance personal identification device 11 determines whether the user is a resident or a visitor by reading the personal identification information stored in the IC card 7 possessed by the user. That is, the entrance personal identification device 11 determines whether or not the personal identification information is a registered user for each user by inputting the personal identification information from the user. Further, the entrance personal identification device 11 performs personal authentication of the resident based on the read personal identification information. Furthermore, the entrance personal identification device 11 sends the read personal identification information and call registration request information to the control panel 4 when performing the personal authentication of the resident.

  Furthermore, the entrance personal identification device 11 unlocks the electric lock of the entrance door 8 when the occupant is correctly authenticated. Further, the entrance personal identification device 11 unlocks the electric lock of the entrance door 8 when receiving a door opening command from the outside. Further, the entrance personal identification device 11 locks the electric lock of the entrance door 8 when it detects that the entrance door 8 is once opened and closed via the open / close detection sensor.

  Each floor (residential floor) of the building 1 is provided with a plurality of living rooms 12 (only one is shown in the figure). Each living room 12 is provided with a door phone 13 connected to the interphone 9 so as to be able to make a call, and an operation panel 14 operated by a resident when responding to the interphone 9. The intercom 13 has a monitor unit that displays video from the camera 10.

  Here, the personal attribute of the elevator user related to the determination of the dispatch order by the control panel 4 will be described. The control panel 4 receives the personal identification information from the hall personal identification device 6 or the entrance personal identification device 11 to determine personal attributes for each elevator user. The personal attribute is a user attribute determined according to the purpose of entering the building 1. The personal attribute of the elevator user includes a resident attribute (attribute A) as a specific user who is a user (resident) for which personal identification information is set in advance, and a user (for which personal identification information is not set) The control panel 4 determines the visitor attributes (attributes B to D) which are non-residents.

  Further, the control panel 4 determines that the personal attribute of the user (resident) of the elevator 2 is the attribute A based on the personal identification information from the hall personal identification device 6 or the entrance personal identification device 11. Further, based on information from the operation panel 14, the control panel 4 determines a visitor's personal attribute into the building 1 from among a plurality of attributes B to D as visitor attributes. The attribute B is an attribute set for a resident acquaintance. The attribute C is an attribute that is set for a trader such as a postman. The attribute D is an attribute set for a visitor to the building 1 other than a resident acquaintance and a visitor.

  FIG. 2 is an enlarged front view showing the operation panel 14 of FIG. In the figure, the operation panel 14 is provided with a plurality of buttons 14a to 14c and 14x to 14z operated by a resident (predetermined operation). In addition, when the buttons 14 a to 14 c are operated, the operation panel 14 sends information on a call registration request for a visitor to get on the entrance floor to the control panel 4. Further, when the buttons 14 a to 14 c are operated by the resident, the operation panel 14 sends a door opening command to the entrance personal identification device 11 in order to unlock the electric lock of the entrance door 8. Furthermore, when the buttons 14 x to 14 z are operated, the operation panel 14 sends information on a call registration request for the visitor to get on the car 3 on the residence floor corresponding to the living room 12 to the control panel 4.

  The button 14a is operated by the resident when the resident acquaintance (attribute B) is allowed to enter the building 1. The button 14b is operated by a resident when permitting the entrance / exit trader (attribute C) to enter the building 1. The button 14c is operated by a resident when permitting a visitor (attribute D) other than an acquaintance and a trader to enter the building 1.

  The button 14x is operated by the resident when the resident acquaintance (attribute B) leaves the building 1. The button 14y is operated by the resident when leaving the building 1 with respect to the entry / exit trader (attribute C). The button 14z is operated by a resident when leaving the building 1 for a visitor (attribute D) other than an acquaintance and a visitor. That is, the personal attribute of the visitor is determined from the attributes B to D by the operation of the operation panel 14 by a resident (a user with a specific user attribute).

  FIG. 3 is a block diagram specifically showing the control panel 4 of FIG. The control panel 4 includes a call registration unit 4a, a resident information storage unit 4b, a call determination unit 4c, and a display control unit 4d. The call registration unit 4a performs temporary call registration at the corresponding landing floor according to the call registration request information from the touch panel type call registration device 5, the hall personal identification device 6, the entrance personal identification device 11 or the operation panel 14. Do.

  In the resident information storage unit 4b, the occupant setting for automatically registering the destination floor of the car 3 and the car riding conditions for whether or not passengers can ride in the car 3 are personally identified. It is stored in association with information. In addition, the resident information storage unit 4b receives the vehicle allocation setting and car riding condition information and the personal identification information from the card management device 15 connected to the control panel 4, and stores (registers) the vehicle allocation setting and the car riding condition. Or change). The card management device 15 manages cards such as rewriting personal identification information stored in the resident's IC card 7. Further, the card management device 15 stores video information from the camera 10.

  The call determination unit 4 c controls the overall operation of the control panel 4. The call determination unit 4c determines personal attributes for each elevator user based on the information from the operation panel 14 and the personal identification information received from the hall personal identification device 6 or the entrance personal identification device 11. Furthermore, when the call determination unit 4c receives the personal identification information and the call registration request information from the hall personal identification device 6 or the entrance personal identification device 11, the call determination unit 4c determines that the call registration request for the occupant's operation is received. Driving is resident-friendly driving. The resident corresponding operation is an operation of the car 3 that determines the order of dispatching the cars 3 based on the car riding conditions and the dispatch settings corresponding to the personal identification information.

  Furthermore, the call determination unit 4c corresponds to the identified personal attribute for each user and the personal identification information received from the hall personal identification device 6 or the entrance personal identification device 11 when the occupant corresponding operation is executed. Based on the car riding conditions, it is determined whether or not passengers can ride in the car 3. Furthermore, the call determination unit 4c determines the order in which the cars 3 are allocated to the landings based on the determination result of whether or not passengers can ride, and finalizes provisional call registration by the call registration unit 4a. In addition, when the call determination unit 4 c receives the call registration request information from the touch panel call registration device 5, the call determination unit 4 c determines that the personal attribute of the user who operated the touch panel call registration device 5 is attribute D. The display control unit 4 d controls the display of the touch panel type call registration device 5 based on the driving situation (allocation situation) of the car 3.

  FIG. 4 is an explanatory diagram showing an example of the riding conditions and vehicle allocation settings stored in the resident information storage unit 4b of FIG. In the figure, in the resident information storage unit 4b, a room number, a shortened registration floor, and a priority destination floor are stored in association with resident personal identification information (IDNO) as a vehicle assignment setting. The shortened registration floor is a registration floor for the call determination unit 4c to automatically register the destination floor, and is a hall floor other than the entrance floor and the residence floor where the resident frequently gets off.

  The priority destination floor is a setting for automatically registering the destination floor on one of the entrance floor and the residence floor when boarding from other than the entrance floor and the residence floor. In addition, in the resident information storage unit 4b, setting of whether or not to ride with a visitor, a rideable personal attribute, a rideable time zone in which the setting of the rideable personal attribute is valid, a pet breeding presence / absence setting, The setting of whether or not to allow riding between pets and the setting of whether or not to ride with other pets are stored in association with the personal identification information of the resident as car riding conditions. In addition, the boarding time zone can be set to a purpose of use of the building 1 and an arbitrary time zone convenient for the user.

  Here, display control of the touch panel type call registration device 5 by the display control unit 4d will be described. When there is no user in the car 3 and no call registration request is generated from any landing floor, the display control unit 4d displays the touch panel type call registration devices 5 on all landing floors as shown in FIG. Display the up and down buttons. At this time, the display control unit 4d displays only the upper button unit on the touch panel type call registration device 5 on the lowermost floor of the elevator 2, and displays the lower button unit on the touch panel type call registration device 5 on the uppermost floor of the elevator 2. Display only.

  In addition, the display control unit 4d displays, on the other touch panel type call registration device 5 on the floor other than the resident's standby floor, as shown in FIG. “Residence-ready driving registration” is displayed. Furthermore, the display control unit 4d performs touch-based call registration only for the resident's standby floor when the resident-compatible driving is executed and the shortened registration floor is set in the dispatch setting of the resident who is waiting. As shown in FIG. 7, the device 5 displays an up / down button (lowermost floor: only the upper button portion, uppermost floor: only the lower button portion) and a shortened registration floor button portion (for example, 3).

  Furthermore, the display control unit 4d performs the operation corresponding to the occupant, and when the occupant condition of the waiting occupant is set to have pet breeding, the display control unit 4d is a touch panel type call only for the resident's standby floor. As shown in FIG. 8, the registration device 5 has an up / down button (lowermost floor: only the upper button portion, uppermost floor: only the lower button portion), “Pet companion boarding?” Is displayed. Further, the display control unit 4d displays the touch panel type call registration device 5 on all landing floors other than the resident's standby floor when the resident corresponding operation is performed for the resident who is accompanied by the pet, as shown in FIG. As shown in the figure, “Registration for occupant-operated driving on other floors, pet-operated driving” is displayed.

  Furthermore, when the resident is permitted to enter the building 1 by the resident, the display control unit 4d allows the same resident's residence as shown in FIG. Display the floor button. Furthermore, when the visitor is in the car 3, the display control unit 4 d has the touch panel type call registration device 5 on all the landing floors, an up / down button unit as shown in FIG. “Medium” is displayed. Further, as shown in FIG. 12, when the visitor goes from the residence floor to the entrance floor, the display control unit 4d sends the entrance floor button unit (for example, 1) to the touch panel type call registration device 5 on the residence floor where the visitor rides. ) Is displayed.

  Here, the control panel 4 can be configured by a computer (not shown) having an arithmetic processing unit (CPU), a storage unit (ROM, RAM, hard disk, etc.) and a signal input / output unit. The storage unit of the computer of the control panel 4 stores a program for realizing the functions of the call registration unit 4a, the call determination unit 4c, and the display control unit 4d.

  Next, the operation will be described. First, an explanation will be given of the operation of the dispatch decision (determination of the dispatch order) by the control panel 4 when the resident (user of attribute A) gets on the entrance floor alone. FIG. 13 is a flowchart showing the operation of the control panel 4 of FIG. 1 when a resident gets on the entrance floor alone. In the figure, when the control panel 4 receives the call registration request information for the resident-friendly operation from the entrance floor (step S1), the control panel 4 changes the display of the touch panel type call registration device 5 on each floor other than the entrance floor (step S2). ), The touch panel type call registration device 5 displays “call registration for resident-compatible driving on another floor”. Then, the control panel 4 confirms whether or not the shortened registration floor is set in the dispatch setting corresponding to the personal identification information (step S3).

  When the shortened registration floor is set, the control panel 4 changes the display of the touch panel type call registration device 5 on the entrance floor (step S4), and causes the touch panel type call registration device 5 to display the shortened registration floor button unit. And the control panel 4 confirms whether the shortened registration floor button part of the touch-panel type call registration apparatus 5 was operated (step S5). When the abbreviated registration floor button is operated, the control panel 4 automatically registers the destination floor to the abbreviated registration floor, dispatches the car 3 to the entrance floor (step S6), and the operation of the dispatch determination is finished. .

  Further, when the shortened registration floor is not set or when the shortened registration floor button part is not operated, the control panel 4 confirms whether or not the upper and lower button parts of the touch panel type call registration device 5 are operated (step). S7). When the up / down button is operated, the control panel 4 determines that the resident decides the destination floor by operating the button in the car 3, and dispatches the car 3 to the entrance floor without performing automatic registration of the destination floor. (Step S <b> 8), the vehicle allocation determination operation ends.

  Further, when the up / down button portion is not operated, the control panel 4 confirms whether or not a predetermined time (operation waiting time) has passed (step S9), and whether the predetermined time has passed, the up / down button portion or the shortened registration floor button. Wait until the part is operated. Then, when the predetermined time has elapsed, the control panel 4 automatically registers the destination floor to the residence floor, dispatches the car to the entrance floor (step S10), and the operation for determining the dispatch is completed.

  Next, the operation of the vehicle allocation determination by the control panel 4 when the resident gets on alone from the residence floor will be described. FIG. 14 is a flowchart showing the operation of the control panel 4 of FIG. 1 when the resident gets on the resident floor alone. In the figure, when the control panel 4 receives the call registration request information for the resident-operated driving from the residence floor (step S11), the display on the touch panel type call registration device 5 on each floor other than the residence floor where the call registration request is generated. The change is made (step S12), and the touch panel type call registration device 5 is displayed with "call registration for occupant operation on another floor". And the control panel 4 confirms whether the shortened registration floor is set to the dispatch setting corresponding to personal identification information (step S13).

  When the shortened registration floor is set, the control panel 4 changes the display of the touch panel type call registration device 5 on the residence floor (step S14), and causes the touch panel type call registration device 5 to display the shortened registration floor button unit. And the control panel 4 confirms whether the shortened registration floor button part of the touch panel type call registration apparatus 5 was operated (step S15). When the abbreviated registration floor button is operated, the control panel 4 automatically registers the destination floor to the abbreviated registration floor, dispatches the car 3 to the residence floor (step S16), and the operation of the vehicle allocation determination is completed. .

  Further, when the shortened registration floor is not set or when the shortened registration floor button part is not operated, the control panel 4 confirms whether or not the upper and lower button parts of the touch panel type call registration device 5 are operated (step). S17). When the up / down button part is operated, the control panel 4 determines that the resident decides the destination floor by operating the buttons in the car 3, and dispatches the car 3 to the residence floor without performing automatic registration of the destination floor. (Step S18), the operation for determining the dispatch is completed.

  Further, when the up / down button part is not operated, the control panel 4 confirms whether or not a predetermined time (operation waiting time) has passed (step S19), and whether the predetermined time has passed, the up / down button part or the shortened registration floor button. Wait until the part is operated. Then, when a predetermined time has elapsed, the control panel 4 automatically registers the destination floor to the entrance floor, dispatches the car 3 to the residence floor (step S20), and the operation of the dispatch determination is finished.

  Next, the operation of the vehicle allocation determination by the control panel 4 when the resident boardes alone from the landing floor other than the residence floor and the entrance floor will be described. FIG. 15 is a flowchart showing the operation of the control panel 4 of FIG. 1 when a resident gets on board alone from a landing floor other than the residence floor and the entrance floor. In the figure, when the control panel 4 receives the call registration request information for the occupant-operated driving from the landing floor other than the residence floor and the entrance floor (step S21), the touch panel type call registration of each floor other than the resident standby floor is performed. The display of the device 5 is changed (step S22), and the touch panel type call registration device 5 is displayed with "There is call registration for occupant operation on another floor". Then, the control panel 4 checks whether or not the shortened registration floor is set in the dispatch setting corresponding to the personal identification information (step S23).

  When the shortened registration floor is set, the control panel 4 changes the display of the touch panel type call registration device 5 on the resident's standby floor (step S24), and sets the shortened registration floor button portion on the touch panel type call registration device 5. Display. And the control panel 4 confirms whether the shortened registration floor button part of the touch-panel type call registration apparatus 5 was operated (step S25). When the abbreviated registration floor button is operated, the control panel 4 performs automatic registration of the destination floor to the abbreviated registration floor, dispatches the car 3 to the resident's standby floor (step S26), and the operation of dispatch determination is performed. End.

  Further, when the shortened registration floor is not set or when the shortened registration floor button part is not operated, the control panel 4 confirms whether or not the upper and lower button parts of the touch panel type call registration device 5 are operated (step). S27). When the up / down button part is operated, the control panel 4 determines that the resident decides the destination floor by operating the button in the car 3, and does not perform automatic registration of the destination floor, and goes directly to the resident's standby floor 3 Is dispatched (step S28), and the operation of dispatch determination is completed.

  Further, when the up / down button part is not operated, the control panel 4 checks whether or not a predetermined time (operation waiting time) has passed (step S29), and whether the predetermined time has passed, the up / down button part or the shortened registration floor button. Wait until the part is operated. When the predetermined time has elapsed, the control panel 4 determines whether the setting of the resident's preferred destination floor is the residence floor or the entrance floor (step S30). When the resident's preferred destination floor is set to the resident floor, the destination floor is automatically registered to the resident floor, the car 3 is dispatched to the resident's standby floor (step S31), and the operation of the dispatch determination is completed. Become. On the other hand, if the resident's preferred destination floor is set to the entrance floor, the destination floor is automatically registered to the entrance floor, the car 3 is dispatched to the resident's standby floor (step S32), and the operation of dispatch determination is performed. End.

  Next, if a user of attribute D (resident who does not have a card or a visitor permitted to enter the building 1) is in the car 4, a call registration request for resident driving is requested. The operation of the vehicle allocation determination by the control panel 4 when receiving the vehicle will be described. FIG. 16 is a flowchart showing the operation of the control panel 4 of FIG. 1 when a user with the attribute D is in the car 4. In the figure, first, when the control panel 4 receives call registration request information by operating the upper and lower buttons of the touch panel type call registration device 5 (step S41), it determines that the personal attribute of the elevator user is attribute D. Then, the service for the attribute D user is started (step S42). When the user of attribute D gets into the car 3, the control panel 4 changes the display of the touch panel call registration device 5 on all the landing floors (step S43), and the passenger boarding in the touch panel call registration device 5 is performed. Display that it is inside.

  Further, when the control panel 4 receives the call registration request information for the occupant-operated driving (step S44), the control panel 4 sets the car 3 between the user of the attribute D and the resident based on the car riding conditions set by the resident. It is confirmed whether or not riding is possible (step S45). If it is possible for the user of the attribute D and the resident to ride together, the control panel 4 dispatches the car 3 to the residence floor as it is (step S46), and the operation for determining the dispatch is completed. On the other hand, if it is possible for the user of attribute D and the resident to ride together, the control panel 4 dispatches the car 3 to the occupant's standby floor after the user of attribute D gets off (step S47). Is finished.

  Next, a description will be given of an operation for determining a dispatch by the control panel 4 when the personal attribute of the visitor is determined based on the operation of the operation panel 14 by the resident. FIG. 17 is a flowchart showing an operation by the control panel 4 of FIG. 1 when the operation panel 14 is operated. First, when the control panel 4 detects an operation of the operation panel 14 by a resident (step S51), the control panel 4 checks which button of the buttons 14a to 14c and 14x to 14z is operated (step S52).

  When the button 14a or the button 14x (button corresponding to an acquaintance) is operated, the control panel 4 determines that the visitor's personal attribute is the attribute B (step S53). When the button 14b or the button 14y (button corresponding to a trader) is operated, the control panel 4 determines that the visitor's personal attribute is attribute C (step S54). When the button 14c or the button 14z (button corresponding to another visitor) is operated, the control panel 4 determines that the visitor's personal attribute is attribute C (step S55).

  Then, the control panel 4 changes the display of each landing floor in accordance with the operation of the buttons 14a to 14c and 14x to 14z (step S56), and the touch panel type call registration device for the landing floor where the visitor gets on the car 3 5 displays the residence floor button part (when going from the entrance floor to the residence floor) or the entrance floor button part (when going from the residence floor to the entrance floor), and the touch panel type call registration device 5 on the landing floor other than the entrance floor. The up / down button part and “Visitor on board” are displayed.

  When the visitor is in the car 3, the control panel 4 receives the call registration request information for the occupant-operated driving (step S57), and the visitor's personal attributes in the car 3 and the resident Whether or not the visitor and the resident can ride in the car 3 is determined based on the car riding conditions set by (step S58). If it is determined that it is possible to board the car, the control panel 4 delivers the car 3 as it is to the occupant's standby floor (step S59), and the operation of the car assignment determination is terminated. On the other hand, if it is determined that the passenger is not allowed to board, the control board 4 dispatches the car 3 to the resident standby floor after the visitor gets off the car 3 (step S60), and the operation of the car allocation determination is finished.

  Next, the operation of the dispatch determination by the control panel 4 when the resident who keeps the pet gets on the car 3 will be described. FIG. 18 is a flowchart showing an operation by the control panel 4 of FIG. 1 when a resident who keeps a pet gets on the car 3. In the figure, first, when the control panel 4 receives information on a call registration request for resident-friendly driving from the residence floor (step S61), the control panel 4 confirms the car riding conditions corresponding to the resident's personal identification information, and the resident Determines that the pet is bred. Then, the control panel 4 changes the display of the landing floor where the resident waits (step S62), causes the touch panel type call registration device 5 to display “Pet companion boarding?” And the petless button part, and the petless button. It is confirmed whether the unit has been operated (step S63).

  When the non-pet button portion is not operated, the control panel 4 determines that the occupant is accompanied by a pet and changes the display of the landing floor other than the residential floor (step S64). “There is a call registration for resident-friendly driving on other floors and pets are driving”. On the other hand, when the non-pet button portion is operated, the control panel 4 determines that the occupant is alone, changes the display of the landing floor other than the residential floor (step S65), and touch panel type call registration device 5 Is displayed as “There is a call registration for resident-friendly driving on another floor”. And if the control panel 4 changes the display of the landing floors other than the residential floor, the residential floor is the same as the operation when the resident occupies the car 3 alone (the operation after step S13 shown in FIG. 14). Deliver basket 3.

  Next, when the first passenger including the resident and the visitor is in the car 3, the operation of the dispatch determination by the control panel 4 when the resident who keeps the pet gets in the car 3 explain. FIG. 19 is a flowchart showing the operation of the control panel 4 of FIG. 1 when a resident who is accompanied by a pet performs call registration when there is a passenger in the car. In the figure, first, when the control panel 4 receives the call registration request information for the resident-operated driving from the residence floor (step S71), the car riding conditions corresponding to the personal identification information of the resident and the touch panel by the user Based on the operation of the expression call registration device 5, it is determined that the resident is accompanied by a pet (step S72).

  Then, the control panel 4 confirms whether the first passenger is a resident or a visitor (step S73). When the first passenger is a visitor, the control panel 4 determines whether or not the visitor and the waiting resident can ride based on the visitor's personal attribute and the waiting resident's car riding condition. Is determined (step S74). If it is possible for the visitor and the waiting resident to ride together, the control panel 4 dispatches the car 3 to the resident floor of the waiting resident (step S75), and the operation of the dispatching is finished. If it is not possible for the visitor and the waiting resident to be on board, the control panel 4 dispatches the car 3 to the resident floor of the waiting resident after the first passenger gets off (step S76). The operation for determining the dispatch is finished.

  On the other hand, when the first passenger is a resident, the control panel 4 confirms whether or not the occupant is in a riding condition with another user's pet in the riding condition of the occupant (step S77). ). When it is set to be impossible to board with another user's pet, the control panel 4 dispatches the car 3 to the residence floor of the resident who is waiting after the first passenger gets off (step S76). The determination operation ends. Further, when it is set to be able to board with other users' pets, the control panel 4 confirms whether or not a resident who is in the car 3 is accompanied by a pet (step S78).

  When the occupant is not accompanied by a pet, the control panel 4 dispatches the car 3 to the residence floor of the resident who is waiting after the first passenger gets off (step S75), and the operation of the dispatch determination is completed. Become. In addition, when the occupant is traveling with a pet, the control panel 4 confirms the occupant conditions of the waiting occupants and the occupant conditions of the occupants. It is determined whether or not riding is possible (step S79). When the pets can ride together, the control panel 4 dispatches the car 3 to the residence floor of the resident who is waiting (step S75), and the operation for determining the dispatch is completed. Further, when the pets can ride together, the control panel 4 dispatches the car 3 to the residence floor of the resident who is waiting after the first passenger gets off (step S76), and the operation of the dispatch determination is completed. Become.

  In the elevator system as described above, a resident (a user whose personal identification information is registered) and a visitor (based on the car riding conditions corresponding to the personal identification information acquired from the hall personal identification device or the entrance personal identification device) Since it is determined whether or not you can ride in a car with a user whose personal identification information is not registered), and the order of car dispatch is determined, it is possible to avoid the resident and visitor from boarding in the car. Can comfortably get on the car.

  In addition, the visitor's personal attributes are determined from among the multiple visitor attributes by the operation of the operation panel by the resident. Occupancy of the car with the passenger can be refused, and the security of the occupant in the car can be improved.

  Furthermore, since the touch panel type call registration device is provided, the hall display corresponding to the car riding conditions and the vehicle allocation settings set by the resident can be performed, and the convenience for the resident can be further improved.

  Furthermore, the car dispatch setting is set in association with the personal identification information of the resident, and the car call registration and the automatic registration of the destination floor are executed by reading the IC card. Convenience can be improved.

  In addition, the conditions related to boarding with pets are included in the conditions for boarding the car, so it is possible to avoid boarding with a resident who is traveling with a pet and another resident. Can comfortably get on the car.

  Further, when there is no user in the car, the touch panel type call registration device displays the up and down buttons, so that a user who does not have an IC card can also use it. Thereby, even the resident who forgot the IC card and the visitor permitted to enter the building can use the elevator.

  Furthermore, because the intercom and camera are installed at the entrance, the security of the building is improved by allowing residents to check the information from the intercom and camera and determine whether visitors can enter the building. And the use of elevators by visitors who are not allowed to enter by the residents.

  In addition, although Embodiment 1 demonstrated the apartment (collective housing), this invention is not restricted to an apartment, It can apply also to buildings, such as a tenant building.

  Moreover, although Embodiment 1 demonstrated the single-piece | unit elevator, this invention is applicable also to the elevator of the group management system by a some elevator. In this case, by allocating elevators based on the preset riding conditions and the user's usage classification, it is possible to avoid the riding of cars between users who do not meet the riding conditions.

  Further, the call registration request operation by the up / down button unit as shown in FIG. 16 of the first embodiment may be set to be prohibited. In this case, only the user of the specific user attribute can freely use the elevator. Yes, since the use of the elevator by the visitor attribute user is restricted, the security can be further improved.

  Furthermore, in the first embodiment, the IC card 7 is used for reading the personal identification information of the user. However, the present invention is not limited to the IC card, and the personal identification information may be stored in another personal identification medium. For example, a magnetic card, a mobile phone, an IC tag (semiconductor memory), or the like may be used.

  In the first embodiment, the personal identification information of the user stored in the IC card 7 is used for the personal authentication of the user. However, the biometric information of the user (fingerprint, voiceprint, palmprint, iris, face image) , Veins, etc.) may be used.

1 is a configuration diagram illustrating an elevator system according to a first embodiment of the present invention. It is a front view which expands and shows the operation panel of FIG. It is a block diagram which shows specifically the control panel of FIG. It is explanatory drawing which shows an example of a vehicle allocation setting and car riding conditions memorize | stored in the resident information storage part of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a front view which shows an example of a display of the touchscreen type call registration apparatus of FIG. It is a flowchart which shows the operation | movement by the control panel of FIG. 1 in case a resident gets on alone from an entrance floor. It is a flowchart which shows operation | movement of the control panel of FIG. 1 when a resident gets on alone from a residence floor. It is a flowchart which shows the operation | movement by the control panel of FIG. 1 in case a resident gets on boarding alone from landing floors other than a residence floor and an entrance floor. It is a flowchart which shows the operation | movement by the control panel of FIG. 1 when the user of the attribute D has boarded in the cage | basket | car. It is a flowchart which shows the operation | movement by the control panel of FIG. 1 when an operation panel is operated. It is a flowchart which shows the operation | movement by the control panel of FIG. 1 when the resident who is raising the pet gets in the car. It is a flowchart which shows the operation | movement by the control panel 4 of FIG. 1 when the resident who is accompanied by the pet performs call registration when there is a passenger in the cage.

Explanation of symbols

  3 car 4 control panel (allocation control unit) 5 touch panel type call registration device, 6 hall personal identification device (personal identification unit), 11 entrance personal identification device (personal identification unit).

Claims (4)

A personal identification unit that determines whether or not personal identification information has been registered for each elevator user by entering personal identification information from the user, and car riding as a condition for whether passengers can ride in the car. When the conditions can be stored in association with the personal identification information of the user, and the determination result in the personal determination unit is registered, the car riding condition corresponding to the personal identification information acquired from the personal determination unit Based on the vehicle allocation control for determining whether or not the user with the personal identification information registered and the user with the personal identification information not registered can ride in the car, and determining the order of the car allocation based on the determination result with a part,
The vehicle allocation control unit includes the personal attributes including the specific user attribute whose personal identification information is the registered user attribute and the visitor attribute whose personal identification information is the unregistered user attribute, Based on the personal identification information acquired from the personal determination unit, it is determined for each user, and the determined personal attributes of the user and the above-mentioned car riding conditions corresponding to the personal identification information of the user acquired from the personal determination unit. Based on the above, it is determined whether users with different personal attributes can ride in the above car,
The above-mentioned dispatch control unit has not registered personal identification information from a plurality of visitor attributes according to the operation of the operation panel operated at the time of a visit response from a living room by a resident of a specific user attribute who has received a visit Determine the personal attributes of users
An elevator system characterized by that. A touch panel type call registration device that is provided at each hall, operated by the user, and capable of changing the display is further provided.
The elevator system according to claim 1, wherein the vehicle allocation control unit changes the display of the touch panel type call registration device in accordance with a vehicle allocation situation of the car. The vehicle allocation control unit is capable of storing a vehicle allocation setting for automatically registering a destination floor in association with personal identification information and performing automatic registration of a destination floor based on the input personal identification information. The elevator system according to claim 1 or 2 . The aforementioned car passenger condition, elevator system according to any one of the claims 3 or claim 1, characterized in that it contains a condition concerning the entrainment ride the user's pet.

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