JPH07125940A - Operation control device for temporary elevator - Google Patents

Abstract

PURPOSE:To efficiently operate and utilize a temporary elevator for construction without wasting time. CONSTITUTION:A cage side operating panel 11 inputted with the present intra- cage information by an operator in a case 2 is installed in the cage 2, and landing side display panels 12 displaying the inputted intra-cage information are installed at landings 3 on individual floors. Landing side operating panels 31 inputted with the boarding information by a worker at a landing 3 are installed at the landings 3, a cage side display panel 32 displayed with the inputted boarding information is installed in the cage 2, and the information exchange between the operator and the worker can be visually and surely made.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a suitable operation control device provided in a temporary elevator for moving workers and equipment to each floor when constructing a building such as a high-rise building.

[0002]

2. Description of the Related Art As is well known, a temporary elevator for construction work is operated manually by an operator who is always in a cage, unlike a permanent elevator which is normally fully automatically operated. However, there is no call button like the permanent elevator at the landing on each floor, and normally the operator operates the cage while checking whether there is a worker waiting at the landing on each floor. If there is a signal from, the case is stopped there and it is operated in the form of moving to the desired floor.

Such a conventional temporary elevator has the following problems. First, the current position of the cage (whether it is stopped on or near which floor), the direction of travel (up or down), the condition inside the cage (number of passengers, capacity of equipment) I don't know, so I can't decide whether to wait for the cage or to use the stairs, or how long the waiting time is. Also, if you can not exchange information with the operator when transporting equipment from the middle floor, the cage will come in a state where other equipment is full and can not be loaded,
There may be a loss of time. Also, even if the car is already full and the passengers cannot get in, they may stop at that floor due to a signal, which causes a loss of time. Furthermore, it is not possible to judge whether or not the vacant elevator can be used, especially when there is a change in the carry-in schedule when carrying the materials and equipment (when the carry-in time is distributed to the carry-in company in advance).

The above problems are caused by the fact that information is not exchanged between the operator and the user. As a measure to improve this, the user at the hall and the operator in the cage intercom. Alternatively, a mode has been devised in which information can be exchanged by a calling device (a format in which the current position of the cage and the calling floor can be known).

[0005]

However, in addition to the inconvenience that information exchange by intercom cannot be performed satisfactorily because of the noise of the site and the noise of the elevator itself, the operator responds if called from multiple floors at once. There is a problem that it is not possible to do so, or the operator cannot concentrate on the operation while exchanging information with the intercom. Also. The calling device is dissatisfied with the fact that the waiting time of the user at the hall and the occupant in the cage or the loading state are unknown.

The present invention has been made in view of the above circumstances, and it is an object of the present invention to provide an operation management device which solves the above problems and enables efficient operation and use of a temporary elevator.

[0007]

The present invention has been made to achieve the above object, and claim 1 is an operation management apparatus applied to a temporary elevator that operates a cage by a manual operation of an operator. While the cage side operation unit for the operator to input the current cage information is installed in the cage, the hall side display unit that displays information according to the cage side operation unit is installed in the hall on each floor. In addition, at the landing on each floor, while a landing-side operation unit through which a worker inputs boarding information to the cage from the landing is installed,
The cage is characterized by being provided with a cage side display section for displaying information according to the hall side operation section.

Further, in claim 2, the information in the cage is
It is characterized by at least one of the current amount of cargo and the operating time required to reach any floor.

Further, in claim 3, the boarding information is the floor of the landing, whether it is ascending or descending, the load amount in the cage,
It is characterized by being at least one of boarding stops.

[0010]

According to the present invention, the operator in the cage inputs the current cage information to the cage-side operation section, so that the cage-side information is displayed on the hall-side display section, and the displayed information can be visually checked to confirm the appearance of the hall. While the worker recognizes the information in the cage, the worker who loads the equipment and materials from the landing on each floor into the cage or tries to board the worker himself / herself can enter the boarding information by inputting the boarding information into the operating section on the landing side. Is displayed on the cage side display section, and the operator in the cage recognizes the boarding information by visually observing the display. In this way, the operator and the worker visually check the respective display sections, so that information exchange between the two can be reliably performed and the elevator can be efficiently operated and used. The in-cage information is the current load amount, the operating time required to reach an arbitrary floor, etc.The boarding information is the floor of the landing, whether it is ascending or descending,
For example, the amount of cargo to be loaded into the cage and the stopping of boarding.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. The temporary elevator 1 of FIG. 1 to which the operation management device of the present invention is applied is used for construction of a high-rise building, a super high-rise building, etc., and is operated by a manual operation of an operator (not shown) in the cage 2. It is something.

The operation management device includes an in-cage information transmission line 10 for transmitting the in-cage information to the hall 3 on each floor, and a boarding information transmission line 30 for transmitting boarding information from the hall 3 on each floor into the cage 2. It is composed of two transmission lines 10 and 30.

The in-cage information transmission line 10 includes the cage 2
An operator installed in the cage 2 and entering the cage 2 inputs a cage inside operation panel (cage side operating unit) 11 and a signal input to the cage side operation panel 11 is converted into a display signal. It is composed of a controller C and a hall side display panel (hall side display section) 12 which is installed for each hall 3 on each floor and displays cage information input to the cage side operation panel 11.

On the other hand, the boarding information transmission line 30 is installed for each landing 3 on each floor so that a worker at the landing 3 can input boarding information (boarding side operation panel).
31, the controller C for converting a signal input to the hall side operation panel 31 into a display signal, and a cage side display panel installed in the cage 2 and displaying boarding information input to the hall side operation panel 31. (Cage side display portion) 32.

In the case of the present embodiment, the in-cage information transmitted through the in-cage information transmission line 10 is the amount of materials and equipment, that is, the load amount, and the operating time (waiting time) required to reach an arbitrary floor.
The cage side operation panel 11 is as shown in FIG.
The cage-side operation panel 11 has a numeral input section 14 in which numeral buttons 13 of 0 to 9 are arranged, and a pass button 15 for telling a passenger (worker) whether to pass the cage 2 or to wait. The movement input unit 17 in which the waiting buttons 16 are arranged and the current load amount in the cage 2, that is, the current weight ratio (including the worker) to the maximum load amount of the cage 2 is loaded. There is provided a load amount input section 22 in which buttons 18 to 21 are arranged to transmit whether or not the operation is performed by dividing into four, that is, 1/4, 1/2, 3/4, and full.

On the hall side display panel 12, as shown in FIG. 3, a cage movement display section 23 is displayed in which one of the up and down arrows indicates whether the cage 2 is currently ascending or descending.
And the load amount input section 22 of the cage side operation panel 11
A loading amount display section 24 for displaying information input by the buttons 18 to 21 and a waiting time display section 25 are provided. The display of the cage movement display unit 23 by the arrow is automatically displayed as the cage 2 is moved up and down. The display of the load amount display unit 24 is performed by the operator in the cage 2 pressing the buttons 18 to 21 of the load amount input unit 22.
It is displayed according to the buttons 18 to 21. The waiting time display unit 25 displays the waiting time in minutes, and the waiting time judged by the operator in the cage 2 is displayed on the operation panel 1 on the cage side.
It is displayed when the wait button 16 of the movement input unit 17 is pressed after pressing the corresponding number button 13 of the number input unit 14 of 1. It should be noted that when the equipment is filled in the cage 2, the operator pushes the pass button 15, and at that time, the waiting time display portion 25 displays a message such as x.

In the present embodiment, the boarding information transmitted through the boarding information transmission line 30 is the floor of the hall 3, whether the passenger is going up or down, the amount of load in the cage 2, the boarding stop, and the boarding side. The operation panel 31 is as shown in FIG. On the landing-side operation panel 31, up and down arrow buttons 33, 34 indicate the direction in which the passenger is going up or down.
1/4 of the weight of the loaded passenger, that is, the ratio of the weight (including the worker) to the maximum load of the cage, which is transmitted by / 3, 3/4, and a full load input section 40 in which buttons 36 to 39 for transmission are divided into four, and a clear button 41 for transmitting stop of boarding.
And a boarding stop input section 42 in which is provided.

On the cage side display panel 32, call indicator lights 43 are arranged for each floor (in this case, the 1st to 12th floors) in which the floor corresponding to the arrow buttons 33 and 34 of the hall side operation panel 31 is lit and displayed. A call display section 44 and a desired load quantity display section 46 in which a desired load quantity display lamp 45 for illuminating and displaying the load quantity input by the load quantity input section 40 of the hall side operation panel 31 are arranged are provided. . There are four kinds of desired load amount indicator lights 45, 1/4, 1/2, 3/4, and full, but when there are requests for loading from a plurality of floors at approximately the same time, the accumulated load amounts are stored in the controller C. It is designed to be displayed according to the calculation result.

The display units 23, 24, 25 of the hall side display panel 12 and the display units 44, 46 of the cage side display panel 32 are not only lit, but also by a character information display system such as LED display. Composed. In that case, the display unit can be made one by displaying the time difference.

The basic operation of the operation management system of the present embodiment having the above-described structure will be described. At a landing 3 on an arbitrary floor, a worker is either above or below the traveling direction input section 35 of the hall side operation panel 31. The arrow buttons 33, 34 of are pressed to input whether to go up or down. Further, the load amount for the cage 2 is input to the load amount input unit 40. That is, if the weight of the equipment is 1/4 of the weight of the cage 2, the 1/4 button 36 is pushed, and if the weight of the cage 2 is about the maximum, the full button 39 is pushed. Then, according to this boarding information, the call indicator light 43 of the cage side display panel 32
Then, the desired load quantity display lamp 45 is turned on.

On the other hand, the operator who is operating to the destination floor confirms the boarding information on the cage side display panel 32 and inputs to the loaded quantity input section 22 how many materials and equipment are currently loaded in the cage 2. To do. Ie cage 2
On the other hand, if the weight of equipment is 1/4, 1/4 button 18
When the maximum loading capacity of the cage 2 is reached, the full button 21 is pressed. Then, the information inside the cage is displayed on the display panel 1 of the hall.
No. 2 is displayed on the cage movement display unit 23 and the loaded amount display unit 24. Then, when the operator in the cage 2 determines that the equipment and materials can be loaded on the floor that receives the call, the operator moves to that floor. When the equipment is full and cannot be loaded, the operator inputs the predicted waiting time with the number buttons 13 and the waiting button 16 on the cage side operation panel 11 or presses the pass button 15.

The worker who confirms each display on the hall side display panel 12 at the hall 3 judges whether or not the equipment can be loaded in the cage 2, and if so, waits as it is. Also,
Check the display of the waiting time display unit 25, and if it is faster to use the stairs by moving only the worker, use the stairs.

As described above, the operator in the cage 2 and the worker at the landing 3 exchange information with each other so that the load or the worker can move as efficiently as possible. For example, a worker at the landing 3 can confirm the traveling direction of the cage 2, the load amount, and the waiting time by the operator in the cage 2 inputting the information in the cage on the cage side operation panel 11. You can immediately decide whether you should wait or use the stairs, and when you load equipment from the middle floor, you can shorten the waiting time as much as possible by exchanging information with each other. Further, when it is determined that the cage 2 is full in the hall 3 and the equipment cannot be loaded, the clear button 41 on the hall side operation panel 31 is pressed to call the call indicator light 43 on the cage side display panel 32.
Disappears, and the operator's intention to stop boarding is communicated. Therefore, unnecessary stop of the cage 2 is prevented, and the operation efficiency is improved.

According to the operation management apparatus of this embodiment, the operator and the worker exchange information while visually confirming the display panels 12 and 32, which disturbs the noise of the site and the noise of the temporary elevator 1 itself. It will not hinder the information exchange without being disturbed. Further, even if a call is received from a plurality of floors at a time, it is possible for the operator to adequately deal with the information displayed on the cage side display panel 32 by himself / herself. Furthermore, since the information can be exchanged accurately, the problem that the operator cannot concentrate on the operation is solved.

[0025]

As described above, according to the temporary elevator operation management apparatus of the present invention, the cage side operation section for the operator to input the current cage information is installed in the cage that moves up and down over each floor. , At the landing on each floor,
A hall-side display unit that displays information according to the cage-side operation unit is installed, and at the landing on each floor, a landing-side operation unit that allows workers to input information to board the cage from the landing is installed. The cage has a cage-side display that displays information according to the landing-side operation unit, and the operator in the cage and the worker at the hall can see each display. By interacting with each other, information such as cage movements, amount of materials and equipment, waiting time, etc. can be mutually exchanged, so that elevators can be operated and used efficiently, and the noise of the site and the noise of the elevator itself can be disturbed. By exchanging information without the need for information exchange, and by exchanging accurate information in this way, various problems such as the problem that the operator cannot concentrate on the operation can be solved.

[Brief description of drawings]

FIG. 1 is a diagram showing an outline and a system of a temporary elevator to which an embodiment of the present invention is applied.

FIG. 2 is a front view of a cage-side operation panel.

FIG. 3 is a front view of a hall side display panel.

FIG. 4 is a front view of a hall side operation panel.

FIG. 5 is a front view of a cage-side display panel.

[Explanation of symbols]

 1 Temporary elevator 2 Cage 3 Hall 10 Information transmission line in cage 11 Cage side operation panel (cage side operation part) 12 Hall side display panel (hall side display part) 30 Boarding information transmission line 31 Hall side operation panel (hall side operation part) ) 32 Cage side display panel (cage side display section)

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Kenji Nakamura 1-3-2 Shibaura, Minato-ku, Tokyo Shimizu Corporation

Claims (3)

[Claims] 1. An operation management device applied to a temporary elevator that operates a cage by a manual operation of an operator, wherein a cage-side operation unit for the operator to input current cage information is installed in the cage. , The hall-side display section that displays information according to the cage-side operation section is installed in the hall on each floor, and the hall on the floor on which a worker inputs the boarding information into the cage from the hall While the side operation unit is installed, the cage side display unit that displays information corresponding to the landing side operation unit is installed in the cage. 2. The information in the cage is a current load amount,
The temporary elevator operation management device according to claim 1, wherein the temporary elevator operation management device is at least one of operation times required to reach an arbitrary floor. 3. The temporary elevator operation according to claim 1, wherein the boarding information is at least one of a floor of a landing, rising or lowering, a load amount in a cage, and stopping of boarding. Management device.