TH42307A - Control device for elevator. - Google Patents

Abstract

DC60 (24/03/43) According to this invention, the control panel is divided into a number of functional units for each function. The units to be controlled or connected to the divided units are divided into groups of units clustered together at different points where the units are installed. One group of divided units, or one number of divided units that are related to at least one unit in the group of units, is separated to form a control section. The control section is located in the area of the group of units. Thus, it is not necessary to provide a large, uncluttered control panel, and there is no need to prepare a special machine room. This makes it possible to arrange installation in the available space around each unit to be controlled, and it is possible to utilize the building while simultaneously expanding the use of the units and enabling rapid control while accurately reflecting the situation at the various points of the units to be controlled. According to this invention, the control panel is divided into a number of functional units for each function. The units to be controlled or connected to the divided units are divided into groups of units. Units are grouped together at various points where they are installed. A group or a number of units that are related to at least one unit within a group are separated to create a control section. This control section is located within the unit group area. Therefore, a large, centralized control panel is not necessary, nor is there the need for a separate machine room. This allows for installation in the available space around each controlled unit, utilizing existing buildings while expanding the usability of the units and enabling faster control while accurately reflecting the situation at each controlled unit point.

Claims (16)

1. Elevator control equipment includes a control panel to control the various units of the elevator. This is achieved by dividing the control panel into functional units, and these connected or controlled units are further divided into groups based on their installation locations. A single group of units, or a number of units, composed of at least one related unit within a group, forms a control section, which is located within that group. 2. Control equipment for elevators as specified in Claim 1, which is governed by the following characteristics: a transmission system for the shared communication of a number of control signals. 3. Control device for elevator as specified in claim 2, which is governed by the nature of the transmission system, which will transmit signals in serial transmission. 4. The control equipment for the elevator, as defined in Requisition 1, which is governed by the nature in which the group of units is divided, shall consist of at least one of the divided units which comprises a drive control section for controlling the drive machine, where the divided unit comprises a speed control section for measuring and controlling the rotational speed of the drive machine, and where the divided unit comprises a speed control section for controlling the drive control section relative to the rotational speed of the drive machine according to the speed command, and where the control section includes the group of divided units located in the area of the drive machine. 5. Control device for elevator as specified in claim 4, which is governed by the nature of the elevator, in which the drive mechanism is in the reciprocating motion and the control is in the reciprocating motion of the drive mechanism. 6. Elevator Control Unit as defined in Receipt 1, which is governed by the nature of the divided unit group, shall consist of a divided unit comprising a passenger car call registration section to register passenger car calls on the basis of the call button operation of the passenger car control panel in the passenger car, and at least one of the divided units comprising a call scheduling section to select the call to respond to the registered call and respond to the call, and a movement management section to open/close the passenger car doors, respond to the call and issue movement commands, and a speed command section to output the movement speed command in response to the passenger car's position, and a divided unit comprising a passenger car door control section to drive the opening/closing of the passenger car doors, where the divided unit group shall consist of at least two divided units, and where the control section shall include the group of divided units in the passenger car control panel area. 7. Control equipment for the elevator as specified in claim paragraph 6, which is governed by the characteristic of having an opening door on a part of the wall and a floor or ceiling that make up the cabin of the passenger compartment, and the controls are located inside the door. 8. Control equipment for the elevator as specified in Claim 6, which is governed by the characteristic of having a front panel (outward-facing panel) of the passenger compartment control panel in the passenger compartment facing the open/closeable cabin, and the controls are located in the open front panel. 9. Elevator control equipment as defined in Requisition 1, which is governed by the nature of the divided unit group, shall consist of at least one divided unit comprising a passenger car door control section to control the door drive mechanism to open/close the doors in the passenger car; the divided unit shall consist of a door opening/closing control section to receive signals from the door opening/closing sensors to measure the door opening/closing condition and to control the doors; and the divided unit shall consist of a passenger car equipment control section to receive signals from units installed around the passenger car and to control the various units, in which the control section shall include the group of divided units installed on the passenger car. 10. Control equipment for the elevator as specified in Claim 1, which is governed by the nature of the group of divided units consisting of at least one of the divided units consisting of a hall call registration section to register hall calls on the basis of the operation of the hall control panel call button located in the hall, and a divided unit consisting of a hall up/down control/device section to receive and control signals from the unit installed inside the hall or the unit installed in the hall, where the control section includes the group of divided units located in the hall area or inside or outside the hall. 11. The control equipment for the elevator, as specified in Claim 10, which is governed by the nature of the divided unit group, shall be a group of divided units that include a divided unit comprising a power receiving section to receive power supplied to the elevator from the building's local power substation, and a control section that shall include a group of divided units located in the lobby area. 12. The control equipment for the elevator, as specified in claim 10, is characterized by a remote operating unit mounted on the power receiver circuit breaker to receive power supplied from the building's local power substation to the elevator, and a remote operating switch to remotely control the operation of the remote operating unit located in the hall, and the results of the operation of the remote operating switch are transmitted to the remote operating unit via the control panel. 13. Control equipment for the elevator, as specified in Claim 10, which is governed by the nature of which the power circuit switch is installed on the power receiver to receive power supplied from the building's local power substation to the elevator, and a remote operating switch to control its operation remotely from the hall, and the results of the operation of the remote operating switch are transmitted to the switch via the control hall. 14. Control equipment for the elevator as defined in Reputation 1, which is governed by the nature of the divided unit shall consist of at least one divided unit comprising a power receiving section to receive power supplied from the building's local power substation to the elevator; a divided unit comprising an environmental control section to input and control the amount of electricity received by the power receiving section and to receive emergency signals detected by emergency sensors; and a divided unit comprising an operation control section to operate the elevator by providing operation information outputs to alert the operator monitoring panel or providing elevator operation inputs from the operator monitoring panel; and a divided unit comprising a remote control section to communicate and control with the maintenance section to remotely control the elevator, where the control section shall include the divided unit located in the elevator hall or the building's equipment management room where the elevator is installed. 15. Elevator control equipment as specified in Reputation 1, which is governed by the nature that the control section shall consist of at least one divided unit mounted in the elevator shaft and openable/closable intake/exit ports inside the passenger compartment, located in the ceiling of the passenger compartment cabin, enabling inspection and maintenance of this control section. 16. Elevator control equipment as specified in Claim 15, which is governed by the nature of which the control is located on a retractable shaft and is positioned upwards from the upper part of the cabin ceiling when the cabin is stopped at the top deck.