TWI714514B - Node name diversified hierarchical group management device and setting method thereof - Google Patents

Abstract

The present invention provides a device and method for node name diversified hierarchical group management. The device includes: a menu setting module for generating a menu for hierarchical group structure arrangement of plural nodes, the menu including at least one node name field. The node name field is used to indicate a node name of the nodes. The node name field includes at least a first node name field. The menu setting module is used to load a first name of the first node name field. All node names of the first node name field constitute a first node name category; A node name category selection module is used to select the node name category corresponding to the node name field for setting or outputting each node name of the node name field corresponding to the node name category selected; and a second node name setting module is used to select the nodes that have the first node name for editing after entering a second node name setting mode to set a second node name; and adding a second node name field for loading a second node name of each node, and all node names of the second node name field constitute a second node name category , so that the nodes have a plurality of node name fields and corresponding plurality of node names, and completes a node name diversified hierarchical group menu, and display the menu with at least one of the node names. By this invention, a menu with contents of diversification and personalization can be achieved using minimum memory resource, and various control devices can have variability, uniqueness and convenience menu by using minimum memory resource.

Description

Node name multi-level group management device and its setting method

The present invention relates to a node name diversified hierarchical group management device and a setting method thereof, and more particularly to a method that allows each node in a menu to have multiple names, and achieves node name diversification settings for control with minimal memory space Hierarchical group management device and setting method.

With the advancement of technology, all electrical equipment is pursuing remote control or automatic control. There are various remote controls or control devices in the market, but the menu control content and option names of various remote controls or control devices are set by the manufacturer and cannot be changed by the user. In addition, when manufacturers set the menu content of the remote control or control device, in order to adapt to the convenience of people from all countries, one way is to set different menu languages according to the different countries and regions of sales; the other way is to set up a multi-language font library , And a comparison table of various country language names corresponding to each option, allowing users to change the displayed language through the selection of language settings. However, in order to achieve such a function, a universal font library and name comparison table will be established, which will occupy a lot of memory, and will form a waste of resources for users who only need a few languages. Moreover, after various name languages are selected, the controller can only display one language at the same time, instead of allowing the user to select multiple languages. Item, set different languages or names for different display, which also makes the menu system lack the possibility of self-editing flexibility and personalization, which reduces the convenience of its application.

In response to the above situation, there has been a prior art to reduce the waste of memory, storing the menu and option names in various languages in the cloud system, so that users from various countries can download the menus in their desired languages to the controller through the Internet. In order to save the memory capacity requirements of the controller, such as the Republic of China Patent No. 472191. However, this not only requires the control device to have a wireless network function, but also increases the cost of the control device, and the user still cannot set the name of each option according to their own preferences.

In addition, in the Republic of China Patent Application No. 93125288, a human-machine interface menu language editing system is disclosed, allowing users to edit the language and text of menu items by themselves by loading a predetermined menu into the computer device, including borders Set the settings, font size, font color, text direction and text position, etc., and then save them back to the controller to get a more familiar operation interface. However, in this kind of human-machine interface, each option still has only one name or font setting, etc. When the user wants to change the setting of the human-machine interface, it must still be executed through the computer system, and even if there are multiple versions of the name, But each version must store all the complete data separately, and then save the various versions stored in the computer system into the human-machine interface and change their storage settings. This is compared with the loading of different versions of the aforementioned ROC Patent No. 472191. Although it increases the freedom for users to set up by themselves, the practice is not far away, and it is still unable to provide the controller with a minimum memory resource. Various setting options and various personalized man-machine interface settings. In summary, even though various forms of menus have existed in society for quite a long time, there are many ways to change the names of options, but for a long time, there is still no one that can not only simplify the menu structure and hardware requirements, but also create unique personalized menus. The menu setting device and method to improve the convenience of use.

In view of the shortcomings of the above-mentioned prior art, the purpose of this project is to provide a device and method for managing a diversified hierarchy of node names, which can achieve diversified menu content and personalized menu settings with minimal memory resource requirements. It enables various control devices to achieve the variability and uniqueness of the menu content with the least memory resource requirements to adapt to different individual needs.

In order to achieve the above object, the present invention provides a node name diversified hierarchical group management device, which includes: a menu setting module, including a hierarchical group creating unit, used to generate one of the hierarchical group structure arrangements for multiple nodes A menu, the menu includes plural attribute data of the nodes, the attribute data includes at least one node name field and at least one control content field, the node name field is used to display a node name of the nodes, the The node name field includes at least one first node name field, and the menu setting module is used to load one of the first node names of the first node name field and a control content corresponding to the control content field. All node names in a node name field constitute a first node name category; a node name category selection module is used to select the node name category corresponding to the node name field for setting or outputting the menu selected Each node name in the node name field corresponding to the node name category; and a second node name setting module for selecting the first node name after entering a second node name setting mode Some nodes are edited to set a second node name; and a second node name field is added to the attribute data of the nodes for loading a second node name of each node in the second node field , All the node names in the second node name field constitute a second node name category, and the attribute data of the nodes has a plurality of node name fields and corresponding plural node names to complete a node name Diversified hierarchical group menu, which can be displayed with at least one node name.

In order to achieve the above objective, the second node name setting mode of the node name multi-layer group management device of the present invention is entered after the node name category of the node name category selection module is switched to the second node name category.

In order to achieve the above objective, the second node name setting module of the node name multi-layer group management device of the present invention adds the second node name to the attribute data of the nodes after entering the second node name setting mode Node name field, and load each node name in the first node field into the second node name field for changing to the second node name and storing.

In order to achieve the above object, the second node name setting module of the node name multi-layer group management device of the present invention enters the second node name setting mode, and the first node name of the nodes is modified to After the second node name, the second node name field is added to the attribute data of each node, and the second node name of each node is loaded in the second node name field and stored.

In order to achieve the above object, the node name multi-layer group management device of the present invention further includes: a menu output module for at least one of the first node name category and the second node name category as one Node name output category, the node name diversified hierarchy group menu, according to the node name output category, output a menu with each node name included in the node name output category.

In order to achieve the above object, the node name multi-layer group management device of the present invention, wherein when the node name output type is the second node name type, and any node does not have the second node name of the node name output type At this time, the menu output module uses the first node name of the node as the second node name of the node for output.

In order to achieve the above objective, the node name diversified hierarchical group management device of the present invention further includes a custom type setting module for editing the menu set by the menu setting module to produce a deformed menu, As a new node name multi-level group menu.

In order to achieve the above purpose, the node name multi-layer group management device of the present invention, wherein the menu with each node name included in the node name output category is output to a control device, and each node name of the menu Corresponds to a controlled device name or plural of the controlled device The name of an upper-level controlled device group is formed, and the control content of the attribute data of each node includes a unique identification code or a group identification code for controlling the corresponding controlled device, and the control device depends on the input Each node name in the menu controls the corresponding controlled device or the controlled device group.

In order to achieve the above object, the node name multi-layer group management device of the present invention, wherein the menu with each node name included in the node name output category is output to a control device, and the node name is a control parameter Or the name of a control process, the control content of the control content field of the attribute data is the corresponding control parameter or the control process to control its corresponding plural controlled devices, and the control process is based on most control parameters Time composition.

In order to achieve the above object, the node name multi-layer group management device of the present invention further includes a font library for when the node name category selected by the node name category selection module is in a different language category, the font is used The library can display corresponding languages, so that the diversified hierarchical group menu of these node names constitutes a multilingual menu.

In order to achieve the above objective, the node name multi-layer group management device of the present invention, wherein the menu setting module is used to perform the first node name category on the menu when each node name in the menu changes After editing, set the second node name with the second node name category.

In order to achieve the above objective, the node name diversified hierarchical group management device of the present invention further includes: a man-machine interface with an interface language switching module for selecting one of multiple languages as an interface language, so as to use the interface The man-machine interface of language display operates the device; and the language shown in the first node name category is the same as the interface language, and the interface language of the device can be automatically set according to the region of use.

In order to achieve the above objective, the present invention provides a method for setting multiple hierarchical group names of hierarchical group nodes, which includes: a menu setting step, creating a menu of hierarchical group structure arrangements of multiple nodes, the menu containing multiple nodes of the nodes Attribute data, these attribute data include at least one section Click the name field and a control content field. The node name field is used to display a node name of the nodes. The node name field contains a first node name field. The menu setting module is for loading The first node name field is a first node name, and a control content corresponding to the control content field. All node names in the first node name field constitute a first node name category; a node name category selection step , Used to select the node name category corresponding to the node name field for setting or outputting each node name in the node name field corresponding to the node name category selected in the menu; and a second node name setting The step is to select the nodes with the first node name for editing after entering a second node name setting mode to set a second node name; and add one to the attribute data of the nodes The second node name field is used to load the second node name of each node in the second node field. All the node names in the second node name field constitute a second node name category, and the The attribute data of the node has a plurality of node name fields and a plurality of corresponding node names, and a node name multi-layer group menu is completed, and the menu can be displayed with at least one of the node names.

In order to achieve the above-mentioned object, the method for setting a hierarchical group node name diversified hierarchy group provided by the present invention further includes a menu output step for at least one of the first node name category and the second node name category One as a node name output category, the node name diversified hierarchical group menu, according to the node name output category, output a menu of each node name included in the node name output category.

In order to achieve the above-mentioned object, the method for setting a multi-layer group node name of a hierarchical group according to the present invention further includes a node change step for changing the name of each node in the menu with the first node name. After editing the menu, set the second node name with the second node name category.

With the above device and method, the user will be able to set a menu that can set the node name arbitrarily, meet the necessary requirements, and occupy the least memory resources, so that the menu is input After entering the control device, the control device can provide a convenient menu with variable and personalized node content with minimal memory resources.

In order to make the above and other objects, features and advantages of the present invention more comprehensible, preferred embodiments and accompanying drawings are described in detail as follows. However, those with ordinary knowledge in the field of the present invention should be able to understand that these detailed descriptions and specific examples for implementing the present invention are only used to illustrate the present invention, and are not intended to limit the scope of the patent application of the present invention.

10: Computer related devices

11: screen

100: Human-machine interface

110: Interface language switching module

200: Node name multi-level group management device

210: Node name category selection module

220: Menu setting module

221: Hierarchy group creation unit

230: The second node name setting module

240: Menu output module

250: Custom category setting module

300, 300’: control device

400,500,600,400’,500’,600’,400”,500”,600”: node

401,401’,401": attribute information

410: header field

420,420’,420": Node name field

421: The first node name field

422,422": The second node name field

430: Control content field

700,710,720,730,800,810,820,830: node

S1, S2, S3, S4, S5, S31, S41, S51: steps

FIG. 1 is a block diagram of the components of a node name multi-layer group management device according to an embodiment of the present invention.

Figure 2 is a schematic diagram of the first node architecture according to an embodiment of the present invention.

FIG. 3 is a schematic diagram of the attribute data structure of the node of the node structure shown in FIG. 2.

Fig. 4 is a schematic diagram of the node architecture shown in Fig. 2 displayed with a second node name.

FIG. 5 is a schematic diagram of the attribute data structure of the node of the node structure shown in FIG. 4.

Fig. 6 is a schematic diagram of the node architecture shown in Fig. 2 displayed with another second node name.

FIG. 7 is a schematic diagram of the attribute data structure of the node structure shown in FIG. 6.

Fig. 8 is a schematic diagram displayed on a computer-related device.

Fig. 9 is a schematic structural diagram of an embodiment of the present invention.

FIG. 10 is a flowchart of a method for setting a multi-layer group of node names of a layer group in an embodiment of the present invention.

Hereinafter, each preferred embodiment according to the present invention is listed in conjunction with the drawings to illustrate the components and the achieved effects of the node name multi-layer group management device disclosed in the present invention. However, the components, sizes, and appearances of the node name diversified hierarchical group management device shown in the drawings are only used to illustrate the technical features of the present invention, but not to limit the present invention.

First, referring to FIG. 1, it shows a block diagram of various constituent elements of a node name multi-layer group management device 200 (hereinafter referred to as: menu setting device 200) according to an embodiment of the present invention. As shown in FIG. 1, the menu setting device 200 is implemented in a computer-related device 10. The computer-related device 10 includes a human-machine interface 100, and the human-machine interface 100 includes an interface language switching module 110 for switching computers The interface language of the related device 10 or the menu setting device 200, and the menu setting device 200 and the man-machine interface 100 are interconnected. The menu setting device 200 includes: a node name category selection module 210, a menu setting module 220, and a second node name setting module 230, and the menu setting device 200 preferably further includes: a menu output module 240 and a custom category setting module 250. The menu setting module 220 includes a hierarchical group creation unit 221. The menu setting module 220 is respectively associated with the node name category selection module 210, the second node name setting module 230, and the menu The output module 240 is connected, the node name category selection module 210 is connected to the second node name setting module 230, and the menu output module 240 is connected to the custom category setting module 250.

In another embodiment, the menu setting device 200 includes a human-machine interface 100, a node name category selection module 210, a menu setting module 220, a second node name setting module 230, a menu output module 240, and a custom category setting Module 250, the man-machine interface 100 includes an interface language switching module 110, the man-machine interface 100 is connected to the node name category selection module 210, and the menu setting module 220 is respectively connected to the node name category selection module 210 and the second node name setting The module 230 is connected to the menu output module 240, the node name category selection module 210 is connected to the second node name setting module 230, and the menu output module 240 is connected to a custom The category setting module 250 is connected. The difference between this embodiment and the previous embodiment is only that the man-machine interface 100 originally included in the computer-related device 10 is changed to the menu setting device 200, which eliminates the need for the computer-related device 10 To change the content of the man-machine interface 100, it is directly controlled by the menu setting device 200.

The node name diversified hierarchical group menu set by the menu setting device 200 can be directly output to an external control device 300 through the menu output module 240, or first output to the custom category setting module 250 for storage, and then It is sent to the control device 300 to complete the setting of the control device 300. Furthermore, although the menu setting device 200 is implemented in a computer-related device 10 as an example for description, in a modified example, the menu setting device 200 can also be built into the control device 300 and implemented directly, Let the generated node name diversified hierarchical group menu (hereinafter referred to as the menu) be directly used by the control device 300, instead of being implemented in the computer-related device 10, all or part of the set menu is output to the control device 300. In addition, the menu setting device 200 may also be a device that itself combines the computer-related device 10 and the control device 300. In addition, the so-called control device 300 may be a controller in a device or a remote control device.

The node name category selection module 210 is used to provide a variety of node name categories for selection, so as to name each node name in the menu. The node name category includes a first node name category and a second node name category. These node name categories can be a choice of various languages, such as Chinese, English, or Japanese, etc., or can be a choice of various terms, such as naming based on the company's position, or named after the personal position, to create this menu Diversity and unique personalization. These categories can be preset by the computer-related device 10, the control device 300, or the menu setting device 200, such as language types; or they can be user-defined input, such as naming positions in a certain preset language. Once a node name category is selected, the following menu setting module 220 will set (including display) each node name according to the selection. Also, when each node name category for selection in the node name category selection module refers to the language category When the computer-related device 10 and/or the control device 300 and/or the menu setting device 200 are provided with a font library (not shown) for each optional language category, the fonts of various languages can be displayed. When the node name category is selected When the node name category selected by the module 210 is in a different language category, the corresponding various languages can be displayed through the font library, so that the diversified hierarchy group menu of these node names constitutes a multilingual menu. And in a preferred embodiment, the font library includes multiple number font library modules, these font library modules correspond to different types of languages, and the font library can be divided into languages belonging to the selected type according to the selected language type , And only input the font library module of the selected language type into the control device 300.

The menu setting module 220 is used to generate a menu of a plurality of node hierarchical group structure arrangement, the menu is a node name multi-layered group menu, for example, the node 400 included in the first menu of the embodiment in FIG. 2 600. A menu of multiple hierarchical groups of node names (hereinafter referred to as menus) composed of node names, wherein the hierarchical group establishing unit 221 establishes a connection relationship between the nodes, wherein the connection relationship includes a subordination relationship, a parallel relationship, and the nodes The connection relationship of can be set freely according to requirements, such as the node relationship of the hierarchical group structure. The menu contains multiple attribute data of the nodes, such as the attribute data 401 of the node 400 shown in FIG. 3, and the attribute data 401 includes a header A field 410, at least one node name field 420, and at least one control content field 430. The header field is used to indicate the serial number of the node, and the node name field 420 is used to store and display each of the node names of the nodes. The control content field 430 is used to load the control content corresponding to each node, and the node name field 420 includes at least one first node name field, and the control content includes function commands or identification codes. The menu setting module 220 provides Load a first node name field, a first node name, and a control content corresponding to the control content field, and all node names in the first node name field of all nodes constitute a first node name category.

The node name type selection module 210 is used to select the node name type corresponding to the node name field 420 for setting or outputting each node name of the node name field 420 corresponding to the node name type selected in the menu ; In a preferred embodiment, the node name category selection module 210 When the node name category is switched, it is determined whether the menu setting module 220 has already set a menu completed with the first node name category. If yes, when the node name type selection module 210 is switched to another second node name type, the menu setting device 200 enters a second node name setting mode to trigger the second node name setting detailed below The operation of the module 230, the second node name setting mode is entered after the node name category of the node name category selection module 210 is switched to the second node name category. In this embodiment, the first node name category After switching to the second node name category, enter the second node name setting mode. Furthermore, in a modified example, the entry of the second node name setting mode may not be triggered by the category switching in the node name category selection module 210, but by another additional switch.

After entering the second node name setting mode, the second node name setting module 230 changes the first node name to the second node name by modifying the first node name in the first node name category, and creates a second node name field And store the second node name, and form the second node name category from the plural second node names of each node; or the second node name setting module 230 can copy the first node name in the first node name category, Create a second node name field, and modify the first node name stored in the second node name field to the second node name. The second node name category is composed of the plural second node names of each node, so the second node name The node name setting module 230 is mainly to modify the original node name and add another different node name. The second node name setting module 230 can continuously add and create different node names according to requirements, and is not limited to the above .

The menu output module 240 sets the output according to the node name category selected by the node name category selection module 210. When the first node name category is selected for output, the menu output module 240 generates a menu containing a first node name category, When the second node name category is selected for output, the menu output module 240 generates a menu containing a second node name category, and when the first node category is selected at the same time When the point name category and the second node name category are output, the menu output module 240 generates a menu containing both the first node name category and the second node name category, and outputs the selected menu content to the control device 300; custom category The selection module 250 is used to edit the menu set by the menu setting module 220 to generate a deformed menu. The re-edited deformed menu can be used as a new node name multi-level group menu. To customize the category selection module 250, the user can use, for example, combine or delete each menu set by the menu setting module from the customized category selection module 250, and then edit the hierarchical group structure information formed by each node in each menu , Such as combining these nodes of different hierarchical group structures, deleting some nodes or hierarchies in each menu, providing hierarchical group structures of specific nodes according to the user's identity, or re-editing these nodes according to user needs The hierarchical group structure of, and obtain a new menu content, which can save the time of re-editing the menu, manage the management rights of different users for each node, and edit the hierarchical group structure of each node according to the user’s needs. User efficiency, safety and convenience.

In addition, the menu output module 240 is used to use at least one of the first node name category and the second node name category as a node name output category, and then output the node name multi-layer group menu according to the node name Category, output a menu with each node name included in the node name output category. As for the output object, it can be a control device 300 or a custom category setting module 250 included in the menu setting device 200. The menu output module 240 can output the contents of various types of node names in the node name diversified hierarchical group menu, or only output the contents of the node name of a specific node name category selected by the user to form the node Name output category, the menu with each node name included in the node name output category is output to a control device, and each node name of the menu corresponds to a controlled device name or a group of multiple controlled devices The name of the upper-level controlled device group, and the content of the attribute data of each node further includes the corresponding control A unique identification code or a group identification code of the controlled device, the control device controls the corresponding controlled device or the controlled device group according to the input node name of the menu, wherein the menu is output to The controlled device, in particular, refers to outputting each node name in the node name output category to the control device to meet user needs, such as outputting the node name output category to a remote control device so that the remote control device has the first node name category or The content of the second node name category; the upper-level controlled device group name refers to the name of the group formed by at least one controlled device, the upper-level controlled device group name is used to identify the controlled device group, and the upper-level controlled device group The device group name corresponds to the group identification code, and the controlled device name corresponds to the individual identification code; the node name output category is based on the usage orientation, and only the menu of the node name field that meets the needs is output, avoiding a large amount of storage in the control device 300 that is not needed The content of the node name field of, can effectively reduce the use of storage space.

In Figure 3, the content of the node number stored in the header field 410 is "Node 1". When the header field 410 creates a node, the node management device 200 generates the node serial number in sequence. The node serial number is not in the node name field. When entering the node name, the user is provided to identify each node. The content of the node name field 420 is "Tianyang", the node name field 420 is used to indicate the name of the node, and the content of the node name field 420 is input by the user , The way of expression, such as the use of different languages, definitions from different positions, or the user’s own custom code; the control content of the control content field 430 includes the identification code "123456" of the controlled device (not shown) corresponding to a node , The identification code is generated with the establishment of the node name in the node name field, and the identification code is a random number or random number randomly generated by the menu setting module 220, and the arrangement of each node adopts a tree structure hierarchy The architecture is like the node architecture in Figure 2. Node 400 is a node (Root), node 400 includes two children (Child) of node 500 and node 600, node 400 has the ability to control node 500 and node 600, and Each node includes at least one controlled device, and each node and the controlled devices are identified and controlled through an identification code.

In other embodiments, the control content field is loaded with control content, where the control content further includes the operation instructions of each node and the device type, such as the power switch or power adjustment of the controlled device, and the device type is in each node The electric appliance type identification of the covered controlled device. The identification code includes at least one unique identification code and at least one group identification code. The individual identification code is used to define and identify individual controlled devices, and the group identification code is used to define and identify A group node composed of at least one controlled device, and the group identification code is used to indicate the relationship between the node and other nodes or the subordinate or hierarchical group. The individual identification code is the unique identification information of each controlled device. In other embodiments, the identification code is not limited to be set in the control content field. For example, the identification code is set in the identification code field, the individual identification code is set in the identity identification field, and the group identification code is set in the hierarchical group relationship field. The bit items and quantity are determined by design requirements, but are not used to limit the present invention.

The second node name setting module 230 is used for the user to select the nodes that have the first node name for editing after entering the second node name setting mode, and set a second node name; and A second node name field is added to the attribute data 401 of the nodes for loading each node in the second node field. All the node names in the second node name field constitute a The second node name category, so that the attribute data 401 of these nodes has multiple node name fields and corresponding multiple node names, and complete a node name multi-level group menu, and can use at least one of them The node name displays the menu. After the second node name setting module enters the second node name setting mode, the second node name field is added to the attribute data of the nodes, and the second node name The name field loads each node name in the first node field for changing to the second node name and storing.

In the embodiment of FIG. 4, the displayed menu is a schematic diagram showing each node with the second node name. As shown in FIG. 4, the nodes 400'~600' of the menu have the same number as the nodes 400~600 of the menu in FIG. And the same hierarchical group relationship, but the name is changed from Chinese to English, that is, the selected category in the node name category selection module 210 is English, so in this embodiment, each category is a language category do not. FIG. 5 shows the attribute data 401' of one node 400' of the menu shown in FIG. 4. Except node name field 420 becomes a node name field 420 that includes a first node name field 421 for storing a first node name, and a second node name field 422 for storing a second node name Except for', the other fields and contents are the same and unchanged. Both the first and second node names can be selected according to the selection and used to indicate the name of the node in the menu, and the first and second node names are based on the node name category selected by the node name category selection module 210 set as.

In this embodiment, the second node name field 422 is a field added by the second node name module 230. The content of the second node name field 422 in FIG. 5 is "Team-young" . As for the time when the second node name field is added, the node name type selection module 210 can switch the type of the node name field and enter the second node name setting mode, that is, at each node 400~ In the attribute data of 600, add a second node name field 422, and load each first node name into the second node name field 422, so that the second node name field 422 displays the first node name, and then borrow By modifying the first node name to the second node name, the setting of the second node name is completed. Once the modification is completed and saved, the menu and attribute data shown in Figure 4 and Figure 5 can be obtained. In this embodiment, if a certain node such as 600 has not been modified, its second node name field 422 will still store the first node name. If you want to display or output the menu with the second node name, the node will be displayed with the first node name stored in the second node name field. When the user modifies the second node name, go through the first node Name to generate the idea of modification, reducing the time spent on modification, and changing from the first node name to the second node name can ensure the correctness of the node name modification and reduce the risk of modifying the wrong node name; in data processing The above can directly display the second node name field in a more intuitive way, and there is no need to judge if the second node name does not exist in the second node name field, the first node name is displayed instead, thereby improving the node management device 200 Display the speed of the node name.

Furthermore, regarding the addition of the second node name field, in other embodiments, after the second node name setting module 230 enters the second node name setting mode, the user wants to add a node name When the first node name of these nodes is changed to the second node name, because the first node name is different from the second node name, the second node name field will be added to the attribute data of each node , And set the second node name of each node in the second node name field and save it. At this time, if there are nodes that are not set with a second node name that is different from the first node name, the second node name field is not added. When only some of the nodes are edited and the second node name is added, when the node name output category is the second node name category, and any node does not have the second node name of the node name output category, the menu When the output module 240 wants to output the node name of the second node name category of each node in the menu for display, the menu output module 240 uses the first node name of the node as the second node name of the node for output The second node name of each node in the menu; the design to create the second node name field is to create the second node name field in the attribute data of the required node, and the node that does not need to add the node name will not The second node name field is automatically generated, which greatly reduces the use of storage space, thereby reducing the cost of building storage components.

Therefore, there are many ways to increase the time point of the second node name field, but the core point is that after entering the second node name setting mode, each node generates multiple node name fields, but other fields and data are It does not change, but is shared by multiple menus of different node names, and then according to the selection, at least one type of node name is used for display or output. In this way, the attribute data only increases the number of node name fields by adding the name category, which will reduce the memory requirement of the menu to a minimum, and selectively add and modify only the names of certain specific nodes in the menu. The menu can mix various node names of different categories, and can provide a personalized and unique menu. The present invention is particularly suitable when the original name is quite versatile.

Fig. 6 is another embodiment of naming nodes with different second node name categories. In this embodiment, although the node name is also in Chinese, the category of naming positions is different from that of FIG. 2. The categories shown in Figures 2 and 3 are based on the company's location, while the categories shown in Figures 6 and 7 are based on the functional use category of each location of the company. As shown in Figure 6, choose a single The sample has nodes 400"~600", but the node names are changed to "Company" 400", "Lobby" 500", and "Office Area" 600" respectively. Figure 7 shows the attributes of node 400" in the menu shown in Figure 6 Data 401". As shown in FIG. 2, the node name field 420 becomes two nodes including the first node name field 421 storing the first node name and the second node name field 422" storing the second node name Except for the name field 420", the other fields and contents are the same and unchanged. The content in the second node name field 422" is "Company", which can be used as the basis for name naming through functional purposes The user can more intuitively select the corresponding node according to the functional requirements, so that the selection operation can improve the use efficiency.

In the legends shown in FIGS. 5 and 7, although the node name field 420 only provides two node name fields as an example, in practice, the node name field 420 can be set or selected according to the node name category selection module 210 The category of the node name has been updated, and the node name field has been appropriately added. For example, if five language categories are selected, there will be five corresponding node name fields in the node name field 420. In addition, the two second node name fields mentioned in Fig. 5 and Fig. 7 can also be combined and set in the same menu. In a preferred embodiment, the nodes in the node name category selection module 210, in addition to a predetermined category in a given language, also have a custom category for the user to customize the name of a category.

In addition, the custom category setting module 250 is used to edit the menu set by the menu setting module 220 to generate a deformed menu, which is used as a new node name multi-layer group menu, wherein the menu Editing such as combining these nodes of different hierarchical group structures, deleting some nodes or hierarchies in each menu, providing hierarchical group structures of specific nodes according to the user’s identity, or editing these nodes according to user needs The hierarchical group structure, and the deformation menu contains the node name output category. In the custom category setting module 250, a variety of deformed menus edited based on the original menu are stored for later selection of various types of deformed menus and used as the node name output category, and output to the control devices of different users. To manage the management authority of different users for each node, increase the user's use efficiency, security and convenience, and reduce the time spent on re-modifying the menu.

Furthermore, in a preferred embodiment, when the menu output module 240 wants to output the menu with the selected node name category to the control device 300 (or the custom category setting module 250), it can choose to only The font library module of the language of the category is output to the control device 300 along with the node name of the selected node name category. In this way, the control device 300 does not need to store font library modules that are irrelevant to the language of the selected node name category, and can reduce the amount of memory. In other embodiments, the control device 300 may also provide its own font library with various languages for displaying each node of the menu in the language of the selected node name category. At this time, the menu output module 240 can output the node names of all node name categories to the control device 300, and then the control device 300 selects which node name category to display each node. If you want to output the menu from the control device 300 to other sub-control devices, you can also choose to output all node names of the node name category, or select only one node name category to output, and provide different sub-control devices. Node names of different types of control devices.

In addition, according to the disclosed embodiment of the present invention, the menu setting module 220 further includes a node group position modification function for adding or reducing nodes, or changing the correlation or group relationship between nodes. In response to this function, when the menu set by the menu setting module 220 passes through the second node name setting module 230, the second node name is added to become a multi-level group menu, if the menu setting module 220 When the name or group relationship of each node in the menu needs to be changed, the menu setting module 220 only allows the first node name category to be used first, and the menu is edited, and then the second node name category is set The name of the second node. That is, the menu setting module 220 will determine whether it is in the first node name category listed in the first node name field. If not, you need to first change the category in the node name category selection module 210 to the first node name The first node name category of the field can be edited for the node position. After the editing is completed, each node will be displayed with the second node name. With this restriction, it can be ensured that the modification of the menu will be traced back to the original node name to avoid the omission of the new node name when multiple node name fields are added, and it has a better confirmation mechanism to avoid multiple changes After that, it caused confusion in the relationship between names and nodes in the menu.

Next, FIG. 8 shows an example diagram of the menu setting device 200 displayed on the screen 11 of the computer-related device 10. As shown in FIG. 8, the man-machine interface included in the menu setting device 200 has an interface language switching module 110 for selecting one of multiple languages as the interface language, so that the man-machine interface displayed in the interface language , Operate the menu setting device 200. In the menu setting device 200, there are a node name category selection module 210 and a menu setting module 220, and the menu includes nodes 400 to 600. In a preferred embodiment, the computer-related device 10 presets the language shown in the first node name category to be the same as the interface language, and the interface language of the menu setting device 200 can be automatically set according to the region of use, but it can also different.

FIG. 9 shows a schematic diagram of a second menu embodiment of the menu setting device 200 of the present invention. The menu is suitable for use in a control device 300' of cooking equipment (not shown) such as a washing machine, or a microwave oven and a microwave oven. The menu of each node name included in the node name output category is output to a control device, and the node name is the name of a control parameter or a control process, and the control content of the control content field of the attribute data is The corresponding control parameter or the control process is used to control the corresponding plural controlled devices, and the control process is composed of a plurality of control parameters according to time. In the menu of the control device 300' disclosed in this embodiment, there are nodes 700 and 800. The node 700 has sub-nodes 710 to 730. The sub-node 710 represents a set of barbecue automation programs, which can be used to input such as the thickness of meat, After length, width, weight, desired maturity, crispness, etc., the automatic program will set appropriate firepower and time to control output according to the program, where firepower includes temperature and wind speed parameter conditions. The sub-nodes 720 and 730 are the functions of customizing control parameters in the barbecue mode, such as time and firepower, and directly set the parameters for output and control. The cooking mode of node 800 also has sub-nodes 810~830. Sub-node 810 represents a set of cooking automation programs. Sub-nodes 820 and 830 are nodes for custom control parameters, such as time and power. The power of the cooking automation program includes temperature. For the parameter conditions of pressure and steam flow rate, the user can directly set the content of nodes 820 and 830 to operate the parameters of the control device.

In the second menu of the embodiment of FIG. 9, the menu setting module 220 in FIG. 1 is also used to first set the menu of the embodiment shown in FIG. 9. The menu of the embodiment of FIG. 9 includes nodes and their control content. The menu uses the second node name setting module 230 to change the node name of each node as described above, and finally load it into the control device 300'. The details will not be repeated. In a modified example, the menu setting device 200 is further used to load the menu into the menu setting module 220, and in the node name category selection module 210, the user can set a language category, or name a position category, etc. , And then use the second node name setting module 230 to generate a second node name category to form a hierarchical group menu with multiple node names, and then output it to the control device 300'. In this modification, the attribute data format of each node must conform to the format of the menu setting module 220, so that the second node name setting module 230 can add the second node name field. In yet another modification, referring to the aforementioned node relationship editing function, nodes can also be added to the menu through the menu setting module 220, for example, an automatic program node set by the user, wherein the control content of the automatic program is based on the user's needs The condition parameter is set, and the node name is named according to the user's preference, and the corresponding node name with better control content of the automatic program is provided to facilitate user identification.

FIG. 10 shows a method for setting a multi-layered group menu of node names corresponding to various embodiments of the present invention. As shown in Fig. 10, the setting method mainly includes the following steps: First, in step S1, a menu setting step is performed. At the beginning, a menu of a hierarchical group structure arrangement of plural nodes is created, and the menu contains plural numbers of the nodes. Attribute data, the attribute data includes at least one node name field and a control content field, the node name field is used to display a node name of the nodes, and the node name field includes a first node name field The menu setting module is used to load a first node name in the first node name field, and a control content corresponding to the control content field. All node names in the first node name field constitute a first Node name category;. This step is performed by the above-mentioned menu setting module 220, and the details and functions of the technical content are as described in the above-mentioned node name multi-layer group management device, and will not be repeated here.

Step S2: Perform a node name category selection step for selecting the node name category corresponding to the node name field for setting or outputting each node of the node name field corresponding to the node name category selected in the menu Name. This step is performed by the node name category selection module 210. The technical details and functions are as described above with reference to the first menu in FIG. 2 and the second menu in FIG. 9, and the repeated description is omitted here. .

Next, in step S31, it is judged whether to set a second node name. If yes, after entering the second node name setting mode, perform a second node name setting step S3 for selecting the nodes that have the first node name for editing after entering a second node name setting mode , To set a second node name; and add a second node name field to the attribute data of the nodes for loading the second node name of each node in the second node field, the first All the node names in the two node name fields constitute a second node name category, and the attribute data of these nodes has multiple node name fields and corresponding multiple node names, thereby completing a node name diversification hierarchy The group menu can be displayed with at least one of the node names, and the main technical idea of the menu setting method of the present invention is completed. Moreover, step S3 is performed by the second node name setting module 230 described above. Regarding the activation of the node name setting mode and the method of adding the second node name field, please refer to the previous description, and the repeated description is omitted here.

After completing the node name diversification menu, in a preferred embodiment, the menu setting method further includes a node change determination step S41, a node change step S4, an output determination step S51, and a menu output step S5. Among them, step S41 is used to determine whether the link or group relationship of each node name in the menu has been changed; if it has been changed, enter the node change step S4; in this step S4, first make the menu enter the first node Name category mode, edit the menu with the first node name category; at this time, it can be as described above, automatically change the category in the node name category selection module 210 to the first node name, then edit and edit ; It can also be designed to jump out and display, requiring that the node name category be changed to the first node name category before the position relationship of each node can be edited. This node becomes The dynamic editing is performed by the menu setting module 220, that is, the menu setting module 220 will determine whether it is in the category of the name listed in the first node name field. If not, you need to select the node name category first. Only when the category in 210 is changed to the first node name category, the node position can be edited. Only then can the second node name be set in the second node name category. That is, after step S4, return to step S31 to determine whether to set the second node name. If it is, step S41 is entered after setting the second node name. In step S41, if the node is not to be changed, go to step S51.

In step S51, it is judged whether to output the menu, if not, the process ends. If yes, proceed to a menu output step S5 to use at least one of the first node name category and the second node name category as a node name output category, and the node name multi-level group menu , According to the node name output category, output a menu with each node name included in the node name output category. This step S5 is performed by the aforementioned menu output module 240, which can output all or part of the menu with the selected node name category to a control device 300 or a custom category setting module 250. The details are also Refer to the previous description, instead of repeating the description here. After the output is finished, this setting method ends.

In summary, with the node name diversified hierarchical group management device and its setting method disclosed in the present invention, it is possible to create a menu that is most suitable for the node name required by the user with the least memory space requirement, thereby reducing resources It is wasteful and allows users to create personalized and unique menus.

Finally, it is emphasized that the constituent elements disclosed in the previously disclosed embodiments of the present invention are only examples and are not used to limit the scope of the case. Alternatives or changes to other equivalent elements should also be covered by the scope of the patent application of this case.

10: Computer related devices

100: Human-machine interface

110: Interface language switching module

200: Node name multi-level group management device

210: Node name category selection module

220: Menu setting module

221: Hierarchy group creation unit

230: The second node name setting module

240: Menu output module

250: Custom category setting module

300: control device

Claims (15)

A node name diversified hierarchical group management device, comprising: a menu setting module, including a hierarchical group creating unit, used to generate a menu of hierarchical group structure arrangement of a plurality of nodes, the menu including the nodes The attribute data includes at least one node name field and at least one control content field, the node name field is used to display a node name of the nodes, and the node name field includes at least one A node name field. The menu setting module is used to load a first node name of the first node name field and a control content corresponding to the control content field. All nodes in the first node name field The name constitutes a first node name category; a node name category selection module is used to select the node name category corresponding to the node name field for setting or outputting the node name category selected in the menu Each node name in the node name field; and a second node name setting module for selecting the nodes that have the first node name for editing after entering a second node name setting mode to set a The second node name; and a second node name field is added to the attribute data of the nodes for loading each node in the second node field a second node name, the second node name field All the node names in, constitute a second node name category, and make the attribute data of these nodes have multiple node name fields and corresponding multiple node names, and complete a node name multi-level group menu, and The menu can be displayed with at least one of the node names. The node name multi-layer group management device according to claim 1, wherein the second node name setting mode is entered after the node name category of the node name category selection module is switched to the second node name category. The node name diversified hierarchical group management device according to claim 1, wherein, after the second node name setting module enters the second node name setting mode, the attributes of the nodes The second node name field is added to the sexual data, and each node name in the first node field is loaded in the second node name field for changing to the second node name and storing. The node name diversified hierarchical group management device according to claim 1, wherein, after the second node name setting module enters the second node name setting mode, the first node name of the nodes is modified After the second node name is the name of the second node, the second node name field is added to the attribute data of each node, and the second node name of each node is loaded and stored in the second node name field. The node name diversified hierarchical group management device according to claim 1, further comprising: a menu output module for making at least one of the first node name category and the second node name category as one Node name output category, the node name diversified hierarchy group menu, according to the node name output category, output a menu with each node name included in the node name output category. The node name multi-level group management device according to claim 5, wherein when the node name output type is the second node name type, and any node does not have the second node name of the node name output type At this time, the menu output module uses the first node name of the node as the second node name of the node for output. The node name diversified hierarchical group management device described in claim 1, further includes a custom type setting module for editing the menu set by the menu setting module to produce a deformed menu, As a new node name multi-level group menu. The node name multi-layer group management device according to claim 5, wherein the menu having each node name included in the node name output category is output to a control device, and each node name of the menu corresponds to A controlled device name or an upper-level controlled device group name composed of a plurality of controlled devices, the control content of the attribute data of each node includes the corresponding control A unique identification code or a group identification code of each controlled device, and the control device controls the corresponding controlled device or the controlled device group according to the input node name of the menu. The node name multi-layer group management device according to claim 5, wherein the menu with each node name included in the node name output category is output to a control device, and the node name is a control parameter or The name of a control process, the control content of the control content field of the attribute data is the corresponding control parameter or the control process, which is used to control the corresponding plural controlled devices, and the control process is determined by the majority of control parameters according to time composition. The node name diversified hierarchical group management device according to claim 1, which further includes a font library for when the node name type selected by the node name type selection module is of a different language type, through the The font library can display corresponding languages, so that the diversified hierarchical group menu of these node names constitutes a multilingual menu. The node name diversified hierarchical group management device according to claim 1, wherein the menu setting module is used to perform the first node name category on the menu when each node name in the menu changes After editing, set the second node name with the second node name category. The node name diversified hierarchical group management device according to claim 1, which further includes: a man-machine interface with an interface language switching module for selecting one of multiple languages as an interface language, so that The man-machine interface displayed by the interface language is used to operate the device; and the language shown in the first node name category is the same as the interface language, and the interface language of the device can be automatically set according to the region of use. A method for setting multiple hierarchical groups of node names in hierarchical groups includes: a menu setting step to create a menu of hierarchical group structure arrangement of plural nodes, the menu includes plural attribute data of the nodes, and the attribute data includes At least one node name field, and one Control content field, the node name field is used to display a node name of the nodes, the node name field includes a first node name field, and the menu setting module is used to load the first node name field A first node name and a control content corresponding to the control content field. All node names in the first node name field constitute a first node name category; a node name category selection step for selecting the node name The node name category corresponding to the field is used to set or output the node names of the node name field corresponding to the node name category selected in the menu; and a second node name setting step is used to enter a After the second node name setting mode, select the nodes that have the first node name to edit to set a second node name; and add a second node name field to the attribute data of the nodes, The second node name for each node loaded in the second node field, all the node names in the second node name field constitute a second node name category, and the attribute data of the nodes have plural A node name field corresponds to a plurality of node names, and a node name multi-layer group menu is completed, and the menu can be displayed with at least one of the node names. The method for setting a multi-level group of hierarchical group node names according to claim 13, further comprising a menu output step for setting at least one of the first node name category and the second node name category as A node name output category, the node name diversified hierarchical group menu, and according to the node name output category, a menu of each node name included in the node name output category is output. As described in claim 13, the method for setting a multi-level group of node names of a hierarchy group further includes a node change step for first matching the first node name category with the name of each node in the menu. After editing the menu, set the second node name in the second node name category.

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