CN111606159B - Identification and display method for representing travel progress information of elevator and elevator display device - Google Patents
Identification and display method for representing travel progress information of elevator and elevator display device Download PDFInfo
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- CN111606159B CN111606159B CN202010454453.7A CN202010454453A CN111606159B CN 111606159 B CN111606159 B CN 111606159B CN 202010454453 A CN202010454453 A CN 202010454453A CN 111606159 B CN111606159 B CN 111606159B
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- 238000000034 method Methods 0.000 title claims abstract description 19
- 230000008859 change Effects 0.000 claims description 13
- 230000010354 integration Effects 0.000 claims description 6
- 230000001133 acceleration Effects 0.000 claims description 3
- 239000000945 filler Substances 0.000 claims description 3
- 230000003068 static effect Effects 0.000 claims description 3
- 230000011218 segmentation Effects 0.000 abstract description 17
- 230000000694 effects Effects 0.000 abstract description 9
- 238000005192 partition Methods 0.000 abstract 1
- 238000005259 measurement Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 230000004075 alteration Effects 0.000 description 1
- 238000013459 approach Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000001149 cognitive effect Effects 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 239000004973 liquid crystal related substance Substances 0.000 description 1
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B3/00—Applications of devices for indicating or signalling operating conditions of elevators
- B66B3/002—Indicators
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B3/00—Applications of devices for indicating or signalling operating conditions of elevators
- B66B3/02—Position or depth indicators
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Abstract
The invention discloses an identifier for representing travel progress information of an elevator, which comprises any closed area and a partition identifier positioned in the closed area and/or on a boundary line of the closed area, wherein the closed area corresponds to the whole travel of an elevator car; the closed area is divided into two adjacent sub-closed areas by a division mark, and the two sub-closed areas respectively correspond to the completed stroke of the elevator car and the unfinished stroke of the elevator car; the segmentation is identified as a point or line with no overlap in between. The mark of the invention fully utilizes the display capability of the 'surface' of the display device, can optimize and improve the display effect and makes the display form various. The invention also discloses a method and a device for displaying the elevator travel progress information, which can reasonably arrange and display the elevator travel information and the travel progress information under the condition of not increasing the area of a display area and not occupying the display areas of other display information, thereby optimizing the display effect.
Description
Technical Field
The invention relates to elevator equipment, in particular to a mark for representing elevator travel progress information, a display method of the elevator travel progress information and an elevator display device.
Background
In general, elevators are provided with information display devices both in the car and at the landing for providing the current operating state of the elevator to the passengers in a suitable form. For example, a display device provided in a car can provide a passenger with current operation information of the elevator, such as a current floor of the car and an operation direction of the elevator, and a display device provided in a landing can provide at least the operation direction of the elevator to the passenger. Besides the information of the running direction and the current floor of the car, sometimes the elevator display device can also provide the next stop floor of the elevator for the passengers, and particularly after the elevator display device adopts a liquid crystal display screen, the information provided by the elevator display device for the passengers is richer.
For example, patent application publication No. CN110683433A proposes an elevator system including a display device that displays a required time to a stop floor. In the technical scheme disclosed in the application, a complete circumference is arranged around the current floor of the elevator car, and the completed travel and the uncompleted travel (moving distance and time) of the elevator car are represented by different virtual and real arc display effects, so that the display of the positioning information of the elevator car is realized, and the display information is enriched. However, the above technical solutions have several disadvantages as follows:
1) The scheme is essentially a technology for realizing the display effect by using the (arc) line, but the display capability of the 'surface' of the display screen is not fully utilized, so that the display form is single, the utilization rate of the display screen is low, and the display effect has a space for improving;
2) The scheme limits that the displayed positioning information is positioned around the current floor of the elevator car, so that the area of a required display area can be increased, and the whole area of a display screen of the elevator display device can be increased or the display area originally used for displaying other information can be occupied;
3) Travel information such as a starting floor and a target floor is lacked, and information display is not rich enough;
4) The actual remaining time or distance is still unclear depending on the rate of progress due to lack of the departure floor and the destination floor;
5) The arrows used for indicating the change direction of the progress rate and the arrows used for indicating the running direction of the elevator car exist at the same time, and the meanings are different, so that the cognitive difficulty of passengers is increased.
Disclosure of Invention
The invention aims to provide a mark for representing the travel progress information of an elevator, which can solve the problems of single display form, low utilization rate of a display device, large area of a required display area or occupation of other display areas for displaying information in the prior display technology. The invention also provides a method for displaying the travel progress information of the elevator and an elevator display device.
In order to solve the above problems, the present invention provides a sign for indicating trip progress information of an elevator, wherein:
the identification comprises any closed area and a segmentation identification positioned in the closed area and/or on a boundary line of the closed area, and the closed area corresponds to the whole travel of the elevator car;
the closed area is divided into two adjacent sub-closed areas by the dividing marks, wherein one sub-closed area corresponds to the completed stroke of the elevator car, and the other sub-closed area corresponds to the incomplete stroke of the elevator car;
the segmentation is identified as a point or line with no overlap in between.
Further, the travel progress information is at least one of the relative position information of the elevator car on the current moving time, the relative position information of the elevator car on the current moving distance, the relative position information of the elevator car on the current floor number, the absolute height information and/or the relative height information of the elevator car relative to the building where the elevator car is located.
Further, the number of intersections of the division marks and the boundary lines of the closed region is 0, 1, 2, 3 or 4, and when the number of intersections of the division marks and the boundary lines of the closed region is greater than 1, the intersections are the endpoints of the division marks.
Further, the boundary line of the closed region is a part of the boundary line of one of the sub-closed regions.
Further, the boundary line of the closed region is composed of part or all of the boundary lines of the two sub-closed regions.
Further, the segmentation identifier shares a point or a line segment or a curve or a broken line or a closed line with a boundary line of the two sub-closed regions.
Further, the mark comprises two concentric circles with different radiuses and a plane space occupied by the two concentric circles, the closed area is a circle with a large radius and a plane space occupied by the circle with a large radius, the division mark is a circle with a small radius, and the two sub-closed areas are a circular ring formed by the two concentric circles and a plane space occupied by a circle with a small radius respectively.
Further, the mark comprises a circle, a plane space occupied by the circle and two radiuses, the closed area is the circle and the plane space occupied by the circle, the division mark comprises two radiuses, and the two sub-closed areas are two sectors obtained after the circle is divided by the division mark.
Further, the mark comprises a circular ring and a third circle with a diameter between the outer diameter and the inner diameter of the circular ring, the outer circumference and the inner circumference of the circular ring are concentric with the third circle, the closed area is the circular ring, the division mark is the third circle, and the two sub-closed areas are respectively a circular ring formed by the outer circumference of the circular ring and the third circle and a circular ring formed by the inner circumference of the circular ring and the third circle.
Furthermore, the mark comprises a circular ring and two lines dividing the circular ring into two fan rings, the closed area is the circular ring, the divided mark is the two lines, the two lines are located in the circular ring and have no intersection point, only the end point of each line is located on the circumference of the circular ring, and the two sub-closed areas are the two fan rings obtained after the circular ring is divided by the divided mark.
Further, the mark comprises a plane closed figure, a plane space occupied by the plane closed figure and a line with two intersection points on the boundary line of the plane closed figure, the closed area is the plane closed figure and the plane space occupied by the plane closed figure, the division mark is the line, and two sub-closed areas are two boundary lines obtained by dividing the boundary line of the plane closed figure by the two intersection points and the area formed by the division mark.
Further, the sign includes two inscribed circles and wherein the shared plane space of excircle, closed region is the shared plane space of excircle, cut apart the sign and be interior circle circumference, two sub-closed regions are the remaining plane space after the shared plane space of interior circle and the shared plane space of excircle are removed for the shared plane space of interior circle respectively.
Furthermore, the identifier includes two polygons which have a common vertex but are not included with each other and a planar space occupied by the two polygons, the closed region is a region enclosed by the two polygons, the division identifier is the common vertex, and the two sub-closed regions are the two polygons and the planar space occupied by the two polygons respectively.
Further, the mark comprises two circumscribed circles and a plane space occupied by the circumscribed circles, the closed area is a union of the two circles and the plane space occupied by the two circles, the division mark is a tangent point, and the two sub-closed areas are the plane spaces occupied by the two circles respectively.
Further, the identifier represents the travel progress information of the elevator by using a measurement value of the sub-closed area, wherein the measurement value is at least one of area, length, angle, radius, arc length and boundary line length.
Further, the boundary line of the closed area is kept still, and the segmentation marks move in the closed area along with the change of the travel progress of the elevator car so as to represent the travel progress information of the elevator.
Further, the division mark is kept still, and the boundary line of the closed area changes along with the change of the travel progress of the elevator car so as to represent the travel progress information of the elevator.
Further, the boundary line of the closed area and the position of the division mark within the closed area simultaneously change with the change of the travel progress of the elevator car to represent the travel progress information of the elevator.
Further, when the two sub-closed areas are arranged in the vertical direction, the moving direction of the dividing mark is consistent with the moving direction of the elevator car.
Further, the segmentation identification contains directional information.
Further, the direction information is consistent with the moving direction of the segmentation identifier in the closed area.
Further, the division flag represents the direction information by using a broken line or a curved line.
Further, when the two sub-closed areas are arranged in the vertical direction, the direction information contained in the division marks is consistent with the moving direction of the elevator car.
In order to solve the above technical problem, the present invention also provides a sign for indicating trip progress information of an elevator, wherein:
the identification comprises two containers which are communicated with each other and a filling with fluidity in the two containers, wherein the volume of the filling corresponds to the whole stroke of the elevator car, the volume of the filling in one container corresponds to the completed stroke of the elevator car, and the volume of the filling in the other container corresponds to the incomplete stroke of the elevator car;
the volume of the filler in the two containers changes with the change of the travel progress of the elevator car to represent the travel progress information of the elevator.
In order to solve the technical problem, the invention also provides a method for displaying the travel progress information of the elevator, which comprises the following steps:
step S1, receiving travel progress information of an elevator and at least one item of information to be displayed, which is different from the travel progress information;
s2, determining to-be-displayed contents which share the same display area with the travel progress information, wherein the to-be-displayed contents are one or more items in the to-be-displayed information;
s3, selecting a sharing mode of sharing the display area by the travel progress information and the content to be displayed;
s4, determining the display area according to the sharing form;
step S5, determining an identifier for representing the travel progress information;
s6, determining different expression forms for the travel progress information and the content to be displayed respectively;
and S7, displaying the travel progress information and the content to be displayed.
Further, the information to be displayed comprises at least one of the running direction of the elevator, the current floor information of the elevator car, the departure floor information, the destination floor information, the current speed or acceleration of the elevator car, the current height information of the elevator car and the total height of the building.
Further, the sharing mode comprises an overlapping mode, an integrated mode, a side-by-side mode and an embedded mode. The overlapping mode is that one item of the travel progress information and the content to be displayed is used as a background, and the other item of the travel progress information and the content to be displayed is used as a foreground; the integration mode is that the travel progress information and the content to be displayed are combined into a whole; the parallel mode means that the travel progress information and the content to be displayed are displayed in the same display area in a mutually separated mode; the embedded mode is that one item in the travel progress information and the content to be displayed is displayed inside the other item.
Further, the step S3 determines the sharing form according to the display identifier representing the travel progress information and/or the content to be displayed.
Further, when the sharing form is an overlapping manner, the step S4 takes the entire display area for displaying the trip progress information as the display area of the trip progress information and the content to be displayed;
when the sharing form is an integration form, the step S4 takes a closed area representing the travel progress information or the display identifier of the content to be displayed as the display area;
when the sharing form is an embedded form, the step S4 selects a closed area inside one of the content to be displayed and the trip progress information as a display area of the other.
Further, the step S5 displays the travel progress information by using any one of the marks for representing the travel progress information of the elevator.
In order to solve the above-mentioned technical problem, the present invention provides an elevator display device including:
the display unit is used for providing the travel information and the travel progress information of the whole travel of the elevator for an elevator user in an indirect mode or a direct mode, and the travel information comprises the departure floor information and the target floor information of the elevator car;
the display control unit is used for controlling the display mode of the travel information and the travel progress information on the display unit;
the display unit comprises a plurality of display areas, and the number and the position distribution of the display areas are determined by the display control unit according to the travel information and the travel progress information which need to be displayed and the display mode of the travel progress information on the display unit.
Furthermore, the departure floor information of the elevator car is at least one of the departure floor of the passenger, the departure floor of the current trip of the elevator, the lowest floor which the elevator can reach in the building where the elevator is located, and the lowest height which the elevator can reach in the building where the elevator is located, and the target floor information of the elevator car is at least one of the target floor of the passenger, the next stopping floor of the elevator car, the highest floor which the elevator can reach in the building where the elevator is located, and the highest height which the elevator can reach in the building where the elevator is located.
Further, the indirect mode is that the display unit simultaneously displays the departure floor information, the target floor information and the current floor information of the elevator car, so that the elevator user can indirectly obtain the travel progress information according to the departure floor information, the target floor information and the current floor information of the elevator car.
Further, the display control unit controls the departure floor information and the target floor information to be displayed on the same side or two sides of the current floor information of the elevator car, and the departure floor information, the target floor information and the current floor information of the elevator car are respectively displayed in corresponding display areas.
Further, the direct mode means that the display unit directly displays the travel information and the travel progress information in a static mode and/or a dynamic mode, the display control unit represents the travel information in a representation form of numbers and/or characters, and represents the travel progress information in at least one representation form of numbers, characters, symbols, patterns and animations.
Further, when the travel progress information is displayed on the display unit in a direct manner, the display control unit controls the travel progress information to adopt the identifier for display.
Further, the elevator display device displays the travel information by adopting the display method.
Further, the display control unit controls the departure floor information and the destination floor information to be displayed on the same side or both sides of the travel progress information, and the departure floor information, the destination floor information and the travel progress information are respectively displayed in corresponding display areas.
Furthermore, the display unit also displays current floor information of an elevator car and/or an elevator running direction mark, the display control unit controls the travel progress information to be in an overlapped state with the current floor information of the elevator car or the current running direction information of the elevator car, wherein the travel progress information is used as a background, and the current floor information of the elevator car or the elevator running direction mark is used as a foreground.
Further, the display control unit controls the departure floor information, the target floor information and the travel progress information to be used as backgrounds.
Furthermore, the display unit also displays the current floor information of the elevator car and/or the running direction mark of the elevator, and the travel progress information and the current floor information of the elevator car or the running direction mark of the elevator are in a parallel state.
Furthermore, the display control unit controls the departure floor information and the target floor information to be displayed on two sides of the elevator running direction identifier, the departure floor is located at an outgoing end of the elevator running direction identifier, the target floor is located at a terminating end of the elevator running direction identifier, and the departure floor information, the target floor information and the elevator running direction identifier are respectively displayed in corresponding display areas.
Furthermore, the display areas where the departure floor information, the destination floor information and the elevator running direction marks are located are linearly arranged along the vertical direction.
Further, the elevator travel direction indicator points and coincides with the direction of movement of the elevator car.
Furthermore, the display unit also displays an elevator running direction mark, and the display control unit controls the travel progress information and the elevator running direction mark to be integrated in one display area.
Furthermore, the display unit also displays the current floor information of the elevator car and/or the running direction identification of the elevator, and the travel progress information and the current floor information of the elevator car or the running direction identification of the elevator are in an embedded state.
Furthermore, the current floor information of the elevator car is embedded in the travel progress information, or the travel progress information is embedded in the elevator running direction identifier.
Further, the travel progress information is at least one of relative position information of the elevator car on the current moving time, relative position information of the elevator car on the current moving distance, relative position information of the elevator car on the current floor number, absolute height information and/or relative height information of the elevator car relative to the building where the elevator car is located.
Further, the trip progress information is at least one of the following information:
the moving distance of the elevator car from the starting floor of the current trip to the current position;
the ratio of the moving distance of the elevator car from the starting floor of the current trip to the current position to the total moving distance of the elevator car of the current trip;
the moving time of the elevator car from the starting floor of the current trip to the current position;
the ratio of the moving time of the elevator car from the starting floor of the current trip to the current position to the total moving time of the elevator car of the current trip;
the elevator car moves from the starting floor of the current trip to the moving floor of the current position;
the ratio of the moving floor of the elevator car from the starting floor of the current journey to the current position to the total moving floor of the elevator car of the current journey;
the moving distance of the elevator car from the current position to the target floor of the current trip is obtained;
the ratio of the moving distance of the elevator car from the current position to the target floor of the current trip to the total moving distance of the elevator car of the current trip;
the moving time of the elevator car from the current position to the target floor of the current trip;
the ratio of the moving time of the elevator car from the current position to the target floor of the current trip to the total moving time of the elevator car of the current trip;
the elevator car moves to the moving floor of the destination floor of the current journey from the current position;
the ratio of the moving floor of the elevator car moving from the current position to the target floor of the current trip to the total moving floor of the elevator car of the current trip;
absolute height information of the height of the building where the elevator is located and the current position of the elevator car;
height of the building in which the elevator is located and relative height information of the current position of the elevator car.
Further, all or part of the display regions of the display units are arranged in a horizontal direction or in a vertical direction.
Further, the display device is used for displaying the information of the current trip when the elevator is in the moving process or is about to be started.
Compared with the prior art, the invention has the beneficial effects that:
firstly, the mark for representing the travel progress information of the elevator fully utilizes the display capability of the 'surface' of the display device, can optimize and improve the display effect, and enables the display forms to be various;
secondly, the display method and the display device of the invention realize the display of the elevator travel information and the travel progress information under the condition of not increasing the area of the display area and not occupying the display area of other display information, and reasonably arrange the information required to be displayed, thereby optimizing the display effect.
Drawings
Fig. 1 is a first embodiment of the invention for a marking representing travel progress information of an elevator;
fig. 2 is a second embodiment of the invention for a marking representing travel progress information of an elevator;
fig. 3 is a third embodiment of the invention for a sign representing the travel progress information of an elevator;
fig. 4 is a fourth embodiment of the invention for a sign representing the travel progress information of an elevator;
fig. 5a to 5c are fifth embodiments of the marking for indicating trip progress information of an elevator of the present invention;
fig. 6 is a sixth embodiment of the invention for a sign representing the trip progress information of an elevator;
fig. 7 is a seventh embodiment of the marking of the invention for indicating the travel progress information of an elevator;
fig. 8 is an eighth embodiment of the marking for indicating trip progress information of an elevator of the invention;
fig. 9 is a flowchart of a method of displaying trip progress information of an elevator of the present invention;
fig. 10a to 10c are first embodiments of the display device of an elevator of the present invention;
fig. 11a to 11c are second embodiments of the display device of an elevator of the present invention;
fig. 12a to 12d are third embodiments of the display device of the elevator of the present invention;
fig. 13a to 13h are fourth embodiments of the display device of an elevator of the present invention;
fig. 14 is a fifth embodiment of the elevator display apparatus of the present invention;
fig. 15a to 15b show a sixth embodiment of an elevator display device according to the present invention.
Detailed Description
Other advantages and effects of the present invention will become readily apparent to those skilled in the art from the following detailed description, wherein it is shown in the accompanying drawings, wherein the specific embodiments are by way of illustration. In the following description, specific details are set forth in order to provide a thorough understanding of the present invention, but the present invention may be practiced or applied in different embodiments, and the details may be based on different viewpoints and applications, and may be widely spread and replaced by those skilled in the art without departing from the spirit of the present invention.
The invention relates to a mark for representing the travel progress information of an elevator, which comprises any closed area and a segmentation mark positioned in the closed area and/or on the boundary line of the closed area, wherein the closed area corresponds to the whole travel of an elevator car;
the closed area is divided into two adjacent sub-closed areas by the dividing marks, wherein one sub-closed area corresponds to the completed stroke of the elevator car, and the other sub-closed area corresponds to the incomplete stroke of the elevator car;
the segmentation is identified as a point or line with no overlap in between.
The whole travel of the elevator car refers to the span of the elevator car from a starting floor to a destination floor of the current operation, correspondingly, the completed travel refers to the span of the elevator car from the starting floor to the current floor, and the unfinished travel refers to the unfinished span of the elevator car from the current floor to the destination floor of the current operation.
Alternatively, the entire journey of the elevator car refers to the span of the building from the lowest floor or height of the building to which the elevator can reach to the highest floor or height to which the elevator can reach, and correspondingly, the completed journey refers to the span of the elevator car from the lowest floor or height of the building to which the elevator can reach to the current floor or height of the building, and the incomplete journey refers to the span of the elevator car from the current floor or height to which the elevator car does not reach, such as a special-purpose elevator for sightseeing.
Specifically, the travel progress information is at least one of relative position information of the elevator car on the current moving time, relative position information of the elevator car on the current moving distance, relative position information of the elevator car on the number of floors, absolute height information and/or relative height information of the elevator car relative to the building where the elevator car is located.
The number of intersections of the dividing marks and the boundary lines of the closed area is 0 or 1 or 2 or 3 or 4, and when the number of intersections of the dividing marks and the boundary lines of the closed area is greater than 1, the intersections are all the endpoints of the dividing marks.
The boundary line of the closed area is a part of the boundary line of one of the sub-closed areas. Or the boundary line of the closed area is formed by part or all of the boundary lines of the two sub-closed areas.
The segmentation identification shares a point or a line segment or a curve or a broken line or a closed line with the boundary line of the two sub-closed areas.
The identification represents the travel progress information of the elevator by using the measurement value of the sub-closed area, wherein the measurement value is at least one of area, length, angle, radius, arc length and boundary line length.
The elevator trip progress information is expressed in three ways:
firstly, a boundary line of the closed area is kept still, and the segmentation mark moves in the closed area along with the change of the travel progress of the elevator car;
secondly, the division mark is kept still, and the boundary line of the closed area changes along with the change of the travel progress of the elevator car;
thirdly, the boundary line of the closed area and the position of the segmentation mark in the closed area simultaneously change along with the change of the travel progress of the elevator car.
When the two sub-closed areas are arranged in the vertical direction, the moving direction of the dividing mark is consistent with the moving direction of the elevator car.
The segmentation markers contain directional information.
The direction information is consistent with the moving direction of the segmentation identification in the closed area.
The division flag represents the direction information by a broken line or a curved line.
When the two sub-closed areas are arranged along the vertical direction, the direction information contained in the dividing marks is consistent with the moving direction of the elevator car.
In the embodiment of the invention, the mark for representing the travel progress information of the elevator fully utilizes the display capability of the 'surface' of the display device, can optimize and improve the display effect, and enables the display forms to be various.
First embodiment
In the aforementioned identifier for indicating the elevator trip progress information, the identifier of this embodiment is shown in fig. 1, and includes two concentric circles with different radii and a planar space occupied by the two concentric circles, the closed region is a circle with a large radius and a planar space occupied by the circle with a small radius, the division identifier is a circle with a small radius, and the two sub-closed regions are a circular ring formed by the two concentric circles and a planar space occupied by a circle with a small radius, respectively.
In the present embodiment, the division flag does not have an intersection with the boundary line of the closed region, that is, the number of intersections is 0. The boundary line (large circumference) of the closed region is a partial boundary line of one sub-closed region, that is, a partial boundary line (outer circumference) of a circular ring formed by two concentric circles. The division mark shares a closed line with the boundary line of the two sub-closed areas, namely a circle with a small radius.
As shown in fig. 1, the full travel is represented by a large circle with radius R, the completed travel of the elevator car is represented by a concentric small circle with radius R, and R =0 corresponds to the elevator car not leaving the departure floor, and R = R corresponds to the elevator car reaching its destination floor. Of course, the logic can be reversed, R = R corresponding to the elevator car not leaving the departure floor and R =0 corresponding to the elevator car reaching its destination floor.
The radius of the small circle r gradually becomes larger (smaller) as the car approaches the target floor, and the small circle r is continuously close to (away from) the circumference of the large circle. Therefore, the proximity of the circumference of the small circle R to the circumference of the large circle R, the difference between the radii of the large and small circles, or the area of the small circle can represent the stroke progress information of the elevator.
Second embodiment
The difference from the first embodiment is that the identifier of the present embodiment is as shown in fig. 2, and includes a circle, a planar space occupied by the circle, and two radii, the closed region is the circle and the planar space occupied by the circle, the division identifier is the two radii, and the two sub-closed regions are two sectors obtained by dividing the circle by the division identifier.
In this embodiment, the division flag has two intersections with the boundary line of the closed region. The boundary line (circumference) of the closed area is composed of part of the boundary lines of the two sub-closed areas, i.e. composed of two circular arcs in the shape of sectors. The division mark shares a broken line (consisting of two radii) with the boundary line of the two sub-closed regions.
In this embodiment, the information indicating the travel progress of the elevator is represented by a sector area or a sector angle, such as a gray area in fig. 2.
Third embodiment
The difference from the first embodiment is that the identifier of the present embodiment includes a circular ring and a third circle having a diameter between the outer diameter and the inner diameter of the circular ring, the outer circumference and the inner circumference of the circular ring are concentric with the third circle, the enclosed area is the circular ring, the division identifier is the third circle, and two sub enclosed areas are a circular ring enclosed by the outer circumference of the circular ring and the third circle and a circular ring enclosed by the inner circumference of the circular ring and the third circle, respectively, as shown in fig. 3.
In the present embodiment, the division flag does not have an intersection with the boundary line of the closed region, that is, the number of intersections is 0. The boundary lines (the outer circumference and the inner circumference of the circular ring) of the closed region are composed of portions of the boundary lines of two sub-closed regions in common, that is, the inner circumference of the inner sub-closed region and the outer circumference of the outer sub-closed region in common. The segmentation mark shares a closed line with the boundary line of the two sub-closed regions.
Fourth embodiment
The difference from the first embodiment is that the mark of the present embodiment is as shown in fig. 4, and includes a circular ring and two lines dividing the circular ring into two fan rings, the closed region is the circular ring, the divided mark is the two lines, the two lines are located in the circular ring and have no intersection point, only an end point of each line is located on the circumference of the circular ring, and the two sub-closed regions are two fan rings obtained by dividing the circular ring by the divided mark.
In the present embodiment, the division flag has four intersections with the boundary line of the closed region. The boundary lines of the closed area (the outer circumference and the inner circumference of the circular ring) are jointly composed of parts of the boundary lines of the two sub-closed areas, i.e. the inner and outer circular arcs of the two fan-shaped rings. The segmentation identification shares two line segments with the boundary line of the two sub-closed regions.
In this embodiment, the elevator trip progress information is represented by a sector ring area, a sector ring angle, or a sector ring arc length, such as a gray area in fig. 4.
Fifth embodiment
The difference from the first embodiment lies in that the identifier of the present embodiment includes a planar closed figure, a planar space occupied by the planar closed figure, and a line having two intersection points with a boundary line of the planar closed figure, the closed region is the planar closed figure and the planar space occupied by the planar closed figure, the division identifier is the line, and the two sub-closed regions are two boundary lines obtained by dividing the boundary line of the planar closed figure by the two intersection points and a region formed by the division identifier.
The planar closed figure can be rectangular (as shown in fig. 5 a), triangular (as shown in fig. 5 b), circular (as shown in fig. 5 c), or any other closed figure, such as trapezoid, ellipse, etc.
The division mark and the boundary line of the closed area have two intersection points, and the division mark can be a line segment or a curve. The boundary line of the closed area is composed of part of the boundary lines of the two sub-closed areas. The segmentation markers share a line segment or a curve with the boundary line of the two sub-occlusion areas.
Of course, the division mark may have three intersections with the boundary line of the closed region, for example, the closed region is a triangle, the division mark is two line segments, the two line segments intersect at the vertex of the triangle, and the other end points of the two line segments are located on the boundary line opposite to the vertex.
Sixth embodiment
The difference with the first embodiment lies in that the sign of this embodiment is as shown in fig. 6, including two inscribed circles and wherein the plane space that the excircle was occupied, closed area is the plane space that the excircle was occupied, cut apart the sign and be interior circle circumference, two sub-closed areas remove the remaining plane space behind the interior circle space for the plane space that the inner circle was occupied and the plane space that the excircle was occupied respectively.
In the present embodiment, the division mark has an intersection point, i.e., a tangent point, with the boundary line of the closed region. The boundary line (excircle circumference) of the closed area is part of the boundary line of one sub-closed area, and the excircle occupies the outer boundary of the remaining plane space after the plane space occupied by the inner circle is removed. The division mark shares a tangent point with the boundary line of the two sub-closed regions.
In this embodiment, the information indicating the progress of the elevator is represented by an inner circle area, such as a gray area in fig. 6.
Seventh embodiment
The difference from the first embodiment is that the identifier of the present embodiment is as shown in fig. 7, and includes two polygons which have a common vertex but are not included and a planar space occupied by the two polygons, the closed region is a region surrounded by the two polygons, the division identifier is the common vertex, and the two sub-closed regions are two polygons and a planar space occupied by the two polygons, respectively.
In the embodiment, taking two triangles as an example, the division identifier has an intersection point with the boundary line of the closed region, i.e. a common vertex. The border line of the closed area is composed of all the border lines of the two sub-closed areas together, i.e. of all the sides of the two triangles together. The division flag shares a point with the boundary line of the two sub-occlusion areas.
In the present embodiment, the information indicating the travel progress of the elevator is represented by the area change of two triangles.
Eighth embodiment
The present embodiment is similar to the seventh embodiment, except that the identifier of the present embodiment is as shown in fig. 8, and includes two circumscribed circles and a plane space occupied by the two circumscribed circles, the closed region is a collection of two circles and a plane space occupied by the two circles, the division identifier is a tangent point, and the two sub-closed regions are plane spaces occupied by the two circles, respectively.
In the present embodiment, the division mark has an intersection point, i.e., a tangent point, with the boundary line of the closed region. The border line of the closed area is composed of all the border lines of the two sub-closed areas together, i.e. of the circumferences of the two circles together. The division mark shares a tangent point with the boundary line of the two sub-closed regions.
Ninth embodiment
In this embodiment the identifier for indicating the travel progress information of the elevator comprises two containers in communication and a filling with flowability in the two containers, the volume of the filling corresponding to the entire travel of the elevator car, wherein the volume of the filling in one container corresponds to the completed travel of the elevator car and the volume of the filling in the other container corresponds to the incomplete travel of the elevator car;
the volume of the filler in the two containers changes with the change of the travel progress of the elevator car to represent the travel progress information of the elevator.
The method for displaying the elevator trip progress information of the present invention, as shown in fig. 9, includes the steps of:
step S1, receiving travel progress information of an elevator and at least one item of information to be displayed, which is different from the travel progress information;
s2, determining to-be-displayed contents which share the same display area with the travel progress information, wherein the to-be-displayed contents are one or more items in the to-be-displayed information;
s3, selecting a sharing mode of sharing the display area by the travel progress information and the content to be displayed;
s4, determining the display area according to the sharing form;
step S5, determining a mark for representing the travel progress information, wherein the mark can be in any form;
s6, determining different expression forms for the travel progress information and the content to be displayed respectively;
and S7, displaying the travel progress information and the content to be displayed.
The information to be displayed comprises at least one of the running direction of the elevator, the current floor information of the elevator car, the departure floor information, the destination floor information, the current speed or acceleration of the elevator car, the current height information of the elevator car and the total height of the building where the elevator car is located.
In step S3, the sharing form is determined according to the display identifier representing the trip progress information and/or the content to be displayed. The sharing mode comprises an overlapping mode, an integrating mode, a side-by-side mode and an embedding mode. Wherein, the overlapping mode is that one item of the travel progress information and the content to be displayed is used as a background, and the other item is used as a foreground; the integration mode is that the travel progress information and the content to be displayed are combined into a whole; the parallel mode means that the travel progress information and the content to be displayed are displayed in the same display area in a mutually separated mode; the embedded mode is that one item in the travel progress information and the content to be displayed is displayed inside the other item.
When the sharing form is an overlapping manner, the step S4 uses the entire display area for displaying the trip progress information as the display area of the trip progress information and the content to be displayed.
When the sharing form is an integration form, the step S4 uses a closed area representing the travel progress information or the display identifier of the content to be displayed as the display area.
When the sharing form is an embedded form, the step S4 selects a closed area inside one of the content to be displayed and the trip progress information as a display area of the other.
The elevator display device of the invention comprises:
the display unit is used for providing the travel information and the travel progress information of the whole travel of the elevator for an elevator user in an indirect mode or a direct mode, and the travel information comprises the departure floor information and the target floor information of the elevator car;
the display control unit is used for controlling the display mode of the travel information and the travel progress information on the display unit;
the display unit comprises a plurality of display areas, and the number and the position distribution of the display areas are determined by the display control unit according to the travel information and the travel progress information which need to be displayed and the display mode of the travel progress information on the display unit.
The elevator car comprises an elevator car body, a passenger, an elevator, a starting floor, a lowest floor and a lowest height, wherein the starting floor information of the elevator car is at least one of the starting floor of the passenger, the starting floor of the current trip of the elevator, the lowest floor which can be reached by the elevator in the building where the elevator is located and the lowest height which can be reached by the elevator in the building where the elevator is located, and the target floor information of the elevator car is at least one of the target floor of the passenger, the next stopping floor of the elevator car, the highest floor which can be reached by the elevator in the building where the elevator is located and the highest height which can be reached by the elevator in the building where the elevator is located.
The travel progress information is at least one of relative position information of the elevator car on the current moving time, relative position information of the elevator car on the current moving distance, relative position information of the elevator car on the current floor number, absolute height information and/or relative height information of the elevator car relative to the building where the elevator car is located. Specifically, the trip progress information is at least one of the following information:
the moving distance of the elevator car from the starting floor of the current trip to the current position;
the ratio of the moving distance of the elevator car from the starting floor of the current trip to the current position to the total moving distance of the elevator car of the current trip;
the moving time of the elevator car from the starting floor of the current trip to the current position;
the ratio of the moving time of the elevator car from the starting floor of the current trip to the current position to the total moving time of the elevator car of the current trip;
the elevator car moves from the starting floor of the current trip to the moving floor of the current position;
the ratio of the moving floor of the elevator car from the starting floor of the current journey to the current position to the total moving floor of the elevator car of the current journey;
the moving distance of the elevator car from the current position to the target floor of the current trip is obtained;
the ratio of the moving distance of the elevator car from the current position to the target floor of the current trip to the total moving distance of the elevator car of the current trip;
the moving time of the elevator car from the current position to the target floor of the current trip;
the ratio of the moving time of the elevator car from the current position to the target floor of the current trip to the total moving time of the elevator car of the current trip;
the elevator car moves to the moving floor of the target floor of the current journey from the current position;
the ratio of the moving floor of the elevator car moving from the current position to the target floor of the current trip to the total moving floor of the elevator car of the current trip;
absolute height information of the height of the building where the elevator is located and the current position of the elevator car;
height of the building in which the elevator is located and relative height information of the current position of the elevator car.
All or part of the display regions of the display units are arranged in a horizontal direction or in a vertical direction.
The display device is used for displaying the information of the current journey when the elevator is in the moving process or is about to be started.
First embodiment
In this embodiment, the display unit provides the elevator user with the travel information and the travel progress information of the whole travel of the elevator in an indirect manner, that is, the display unit simultaneously displays the departure floor information, the destination floor information and the current floor information of the elevator car, so that the elevator user can indirectly obtain the travel progress information according to the departure floor information, the destination floor information and the current floor information of the elevator car.
As shown in fig. 10a, 10b, and 10c, the display control means controls the departure floor information and the destination floor information to be displayed on the same side or both sides of the current floor information of the elevator car, and the departure floor information, the destination floor information, and the current floor information of the elevator car are displayed in the corresponding display areas, respectively.
Second embodiment
In this embodiment the display unit provides the elevator user with the travel information and the travel progress information for the entire travel of the elevator in a direct manner, i.e. the display unit displays the travel information and the travel progress information directly in a static and/or dynamic manner.
The display control unit represents the travel information in the form of numbers and/or characters, represents the travel progress information in the form of at least one of numbers, characters, symbols, patterns and animations, and specifically may display the travel progress information in any one of the above signs.
As shown in fig. 11a, 11b, and 11c, the display control unit controls the departure floor information and the destination floor information to be displayed on the same side or both sides of the trip progress information, and the departure floor information, the destination floor information, and the trip progress information are displayed in the corresponding display areas, respectively.
Third embodiment
On the basis of the second embodiment, the display unit of this embodiment also displays the current floor information of the elevator car and/or the running direction identifier of the elevator, and the display control unit controls the travel progress information to be in an overlapped state with the current floor information of the elevator car or the current running direction information of the elevator car, wherein the travel progress information is used as a background, and the current floor information of the elevator car or the running direction identifier of the elevator is used as a foreground.
As shown in fig. 12a, 12b, 12c, and 12d, the travel progress information may be displayed using the marks representing the travel progress information of the elevator according to the foregoing embodiments.
The display control unit controls the departure floor information and the destination floor information to be displayed on two sides of the elevator running direction identifier, as shown in fig. 12d, the departure floor is located at an departure end of the elevator running direction identifier, the destination floor is located at a termination end of the elevator running direction identifier, and the departure floor information, the destination floor information and the elevator running direction identifier are respectively displayed in corresponding display areas.
Further, the display control unit controls the departure floor information, the target floor information and the travel progress information to be used as backgrounds.
Fourth embodiment
On the basis of the second embodiment, the display unit of this embodiment displays the current floor information of the elevator car and/or the elevator running direction indicator, but is different from the third embodiment in that the travel progress information is in parallel with the current floor information of the elevator car or the elevator running direction indicator, as shown in fig. 13a to 13 h.
The display control unit controls the starting floor information and the target floor information to be displayed on two sides of the elevator running direction identification, the starting floor is located at the starting end of the elevator running direction identification, the target floor is located at the ending end of the elevator running direction identification, and the starting floor information, the target floor information and the elevator running direction identification are displayed in corresponding display areas respectively.
Further, as shown in fig. 13c, 13d, and 13f to 13h, the display areas where the departure floor information, the destination floor information, and the elevator traveling direction indication are located are arranged in a straight line in the vertical direction. Preferably, the elevator travel direction indicator points and coincides with the direction of movement of the elevator car.
Fifth embodiment
On the basis of the second embodiment, the display unit of this embodiment also displays the elevator running direction identifier, and the display control unit controls the travel progress information and the elevator running direction identifier to be integrated in one display area, as shown in fig. 14.
The trip progress information can be implemented using the fourth, sixth and ninth embodiments of the aforementioned identifier for indicating the trip progress information of the elevator.
Sixth embodiment
On the basis of the second embodiment, the display unit of this embodiment also displays the current floor information of the elevator car and/or the running direction identifier of the elevator, and the travel progress information is embedded with the current floor information of the elevator car or the running direction identifier of the elevator.
Specifically, the current floor information of the elevator car is embedded in the travel progress information, as shown in fig. 15a, or the travel progress information is embedded in the elevator running direction identifier, as shown in fig. 15 b.
The present invention has been described in detail with reference to the specific embodiments, which are merely preferred embodiments of the present invention, and the present invention is not limited to the above embodiments. Equivalent alterations and modifications as would be obvious to one skilled in the art, without departing from the principles of the invention, are intended to be included within the scope of the invention as defined by the appended claims.
Claims (23)
1. A method for displaying travel progress information of an elevator is characterized by comprising the following steps:
step S1, receiving travel progress information of an elevator and at least one item of information to be displayed, which is different from the travel progress information;
s2, determining to-be-displayed contents which share the same display area with the travel progress information, wherein the to-be-displayed contents are one or more items in the to-be-displayed information;
s3, selecting a sharing mode of sharing the display area by the travel progress information and the content to be displayed;
s4, determining the display area according to the sharing form;
step S5, determining an identifier for representing the travel progress information; the identification comprises two containers which are communicated with each other and a filling with fluidity in the two containers, wherein the volume of the filling corresponds to the whole stroke of the elevator car, the volume of the filling in one container corresponds to the completed stroke of the elevator car, and the volume of the filling in the other container corresponds to the incomplete stroke of the elevator car; the volume of the filler in the two containers changes with the change of the travel progress of the elevator car to represent the travel progress information of the elevator;
s6, determining different expression forms for the travel progress information and the content to be displayed respectively;
and S7, displaying the travel progress information and the content to be displayed.
2. The method of displaying trip progress information of an elevator according to claim 1, wherein the information to be displayed includes at least one of elevator traveling direction, elevator car current floor information, departure floor information, destination floor information, current speed or acceleration of the elevator car, current height information of the elevator car, total height of the building in which it is located.
3. The method of displaying trip progress information of an elevator according to claim 1, wherein the sharing form includes an overlapping form, an integrated form, a side-by-side form, and an embedded form.
4. The method of displaying trip progress information of an elevator according to claim 3,
the overlapping mode is that one item of the travel progress information and the content to be displayed is used as a background, and the other item of the travel progress information and the content to be displayed is used as a foreground;
the integration mode is that the travel progress information and the content to be displayed are combined into a whole;
the parallel mode means that the travel progress information and the content to be displayed are displayed in the same display area in a mutually separated mode;
the embedded mode is that one item in the travel progress information and the content to be displayed is displayed inside the other item.
5. The method for displaying travel progress information of an elevator according to claim 1, wherein the step S3 determines the sharing form according to a display identifier indicating the travel progress information and/or the content to be displayed.
6. The method of displaying trip progress information of an elevator according to claim 3,
when the sharing form is an overlapping manner, the step S4 takes the entire display area for displaying the travel progress information as the display area of the travel progress information and the content to be displayed;
when the sharing form is an integration form, the step S4 takes a closed area representing the travel progress information or the display identifier of the content to be displayed as the display area;
when the sharing form is an embedded form, the step S4 selects a closed area inside one of the content to be displayed and the trip progress information as a display area of the other.
7. An elevator display device, comprising:
the elevator system comprises a display unit, a control unit and a control unit, wherein the display unit is used for providing the travel information and the travel progress information of the whole travel of the elevator for an elevator user, and the travel information comprises the departure floor information and the target floor information of an elevator car;
the display control unit is used for controlling the display mode of the travel information and the travel progress information on the display unit;
the display unit comprises a plurality of display areas, and the number and the position distribution of the display areas are determined by the display control unit according to the travel information and the travel progress information which need to be displayed and the display mode of the travel progress information on the display unit;
the travel progress information is displayed by the display method of any one of claims 1 to 6.
8. The elevator display device according to claim 7, wherein the departure floor information of the elevator car is at least one of a departure floor of a passenger, a departure floor of the current trip of the elevator, a lowest floor reachable by the elevator in the building where the elevator is located, and a lowest height reachable by the elevator in the building where the elevator is located, and the destination floor information of the elevator car is at least one of a destination floor of the passenger, a next stop floor of the elevator car, a highest floor reachable by the elevator in the building where the elevator is located, and a highest height reachable by the elevator in the building where the elevator is located.
9. The elevator display device according to claim 7, wherein the display unit directly displays the travel information and the travel progress information in a static manner and/or a dynamic manner, and the display control unit represents the travel information in the form of a numerical and/or textual representation.
10. The elevator display device according to claim 9, wherein the display control means controls the departure floor information and the destination floor information to be displayed on the same side or both sides of the trip progress information, and the departure floor information, the destination floor information, and the trip progress information are displayed in respective display areas.
11. The elevator display device according to claim 9, wherein the display unit further displays current floor information of an elevator car and/or an elevator running direction identifier, and the display control unit controls the travel progress information to be in an overlapped state with the current floor information of the elevator car or the current running direction information of the elevator car, wherein the travel progress information is used as a background, and the current floor information of the elevator car or the elevator running direction identifier is used as a foreground.
12. The elevator display device according to claim 11, wherein the display control means controls the departure floor information and the destination floor information and the trip progress information as a background.
13. The elevator display device according to claim 9, wherein the display unit further displays current floor information of an elevator car and/or an elevator running direction indicator, and the trip progress information is in a parallel state with the current floor information of the elevator car or the elevator running direction indicator.
14. The elevator display device according to claim 11 or 13, wherein the display control unit controls the departure floor information and the destination floor information to be displayed on both sides of the elevator traveling direction indicator, the departure floor is located at an outgoing end of the elevator traveling direction indicator, the destination floor is located at a terminating end of the elevator traveling direction indicator, and the departure floor information, the destination floor information, and the elevator traveling direction indicator are respectively displayed in the corresponding display areas.
15. The elevator display device according to claim 14, wherein display areas in which the departure floor information, the destination floor information, and the elevator traveling direction indication are located are arranged in a straight line in a vertical direction.
16. The elevator display apparatus of claim 15 wherein the elevator travel direction indicator points and is aligned with a direction of movement of an elevator car.
17. The elevator display device according to claim 9, wherein the display unit further displays an elevator running direction indicator, and the display control unit controls the travel progress information and the elevator running direction indicator to be integrated in one display area.
18. The elevator display device according to claim 9, wherein the display unit further displays current floor information of an elevator car and/or an elevator running direction identifier, and the travel progress information is embedded in the current floor information of the elevator car or the elevator running direction identifier.
19. The elevator display device of claim 18, wherein the elevator car current floor information is embedded in the trip progress information or the trip progress information is embedded in the elevator travel direction indicator.
20. Elevator display device according to claim 7, characterized in that the travel progress information is at least one of the information of the relative position of the elevator car at the current time of movement, the information of the relative position of the elevator car at the current distance of movement, the information of the relative position of the elevator car at the current number of floors, the information of the absolute height and/or the information of the relative height of the elevator car with respect to the building in which it is located.
21. The elevator display apparatus of claim 20, wherein the trip progress information is at least one of:
the moving distance of the elevator car from the starting floor of the current trip to the current position;
the ratio of the moving distance of the elevator car from the starting floor of the current trip to the current position to the total moving distance of the elevator car of the current trip;
the moving time of the elevator car from the starting floor of the current trip to the current position;
the ratio of the moving time of the elevator car from the starting floor of the current trip to the current position to the total moving time of the elevator car of the current trip;
the elevator car moves from the starting floor of the current trip to the moving floor of the current position;
the ratio of the moving floor of the elevator car from the starting floor of the current journey to the current position to the total moving floor of the elevator car of the current journey;
the moving distance of the elevator car from the current position to the target floor of the current trip is obtained;
the ratio of the moving distance of the elevator car from the current position to the target floor of the current trip to the total moving distance of the elevator car of the current trip;
the moving time of the elevator car from the current position to the target floor of the current trip;
the ratio of the moving time of the elevator car from the current position to the target floor of the current trip to the total moving time of the elevator car of the current trip;
the elevator car moves to the moving floor of the destination floor of the current journey from the current position;
the ratio of the moving floor of the elevator car moving from the current position to the target floor of the current trip to the total moving floor of the elevator car of the current trip;
absolute height information of the height of the building where the elevator is located and the current position of the elevator car;
height of the building in which the elevator is located and relative height information of the current position of the elevator car.
22. The elevator display device according to claim 7, wherein all or part of the display areas of the display units are arranged in a horizontal direction or in a vertical direction.
23. Elevator display device according to claim 7, characterized in that the display device is used to display information on the current trip when the elevator is in motion or is about to start.
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| CN113955599B (en) * | 2021-10-15 | 2022-12-20 | 上海三菱电梯有限公司 | Elevator car position display method and system |
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