TW202227914A - Space conversion control system of internet of things and method thereof - Google Patents

Abstract

The present invention primarily provides a control device that receives a control signal and transmits the control signal to a processing device to execute an object control procedural, allowing a process module selects a target object of a region block corresponding to an object control data based on the object control data recorded in the control signal, and generates an object control signal corresponding to a control data recorded in the control signal and the selected target object. Afterward, the target object operates a control operation when the object control signal is received by the target object. Accordingly, the present invention provides effectively integrating each object into corresponded region block so that reducing the required processing speed, and accurately controlling the controlled target objects are achievable thereby. .

Description

Internet of things space conversion control system and method

The present invention relates to the object control technology of regional space, in particular to a space conversion control system of the Internet of Things and a method thereof.

With the rapid advancement of technology, a variety of intelligent control systems have been invented to replace the traditional part that needs to be performed or realized by humans through automation or convenience functions (such as through voice control).

Nowadays, in smart home or similar IoT control systems, it can be connected to each controlled object through a processing device, so that the user can simultaneously or instantly control the objects to be controlled (such as lamps) through the processing device.

However, when there are too many household appliances or their connected objects or there are too many similar objects, it is easy to cause the processing device to slow down the recognition processing speed, and if the user manually searches for the control objects, the Will waste a lot of time on its lookup action.

In addition, if the user uses voice to control, it is easy to have the problem of not being able to identify the object he wants to control due to the vagueness of the received command. For example, the linked list has various lighting information. When saying "turn off the third lamp in the living room", any word (such as "hall") may be unclear, so that the voice device cannot effectively recognize the sentence, and it is necessary to listen to the complete sentence again or even multiple times to find and find it. Controls its corresponding control object.

Therefore, with the popularization of intelligent control devices, there is an urgent need for a related technology that can improve processing speed, accuracy and convenience, thereby improving the problems existing in the prior art.

The object of the present invention is to provide a space conversion control system of the Internet of Things, which mainly uses the control device to receive the control signal and send it to the processing device, and then use the processing device to execute the object control program, so that the processing module can be recorded according to the control signal. Select the target object on the area block corresponding to the control object information, and generate an object control signal according to the control information recorded in the control signal and the selected target object; after that, send the object control signal to the target object to make the target object perform the control operation. In this way, the present invention can effectively integrate each object into its corresponding area block, so that the required processing speed can be reduced, and the target object to be controlled can be precisely controlled.

In order to achieve the purpose disclosed above, the present invention provides a space conversion control system of the Internet of Things, which includes: a control device, which includes: an input interface, which generates a control signal through a trigger action; and a control device a communication module, which is connected to the input interface to receive the control signal, and sends the control signal to the outside; a processing device, which is connected to the control device to receive the control signal, and the processing device executes the operation according to the control signal An object control program, the processing device includes: a processing module, which executes the object control program according to the information recorded in the control signal, so as to select an object control program corresponding to the control object information according to a control object information recorded in the control signal A target object on an area block, and according to a control information recorded in the control signal and the selected target object, an object control signal is correspondingly generated; and a processing communication module, which is connected with the processing module and the control signal A communication module is connected, the processing communication module receives the manipulation signal from the control communication module to send to the processing module, and receives the object control signal from the processing module to send the object control signal to the target Object; the target object, which is connected with the processing device to receive the object control signal, and the target object executes a control operation according to the object control signal.

Preferably, when the processing module receives the manipulation signal from the processing communication module, and executes a region definition program according to the information recorded in the manipulation signal, the processing device further comprises: the processing module, which A defined object recorded in the manipulation signal searches for the target object corresponding to the defined object in at least one of the target objects connected to the processing device, and generates an area definition signal according to the corresponding target object; and an area definition a module, connected with the processing module to receive the area definition signal, the area definition module provides an area input interface for receiving a target object corresponding to the target object in the area definition signal according to the area input interface The area information determines one of the defined area blocks that matches the area information of the target object, and establishes a link information of the target object in the area definition signal in the area block where it is located. within the space.

Preferably, when the processing module receives the manipulation signal from the processing communication module, and executes a region definition program according to the information recorded in the manipulation signal, the processing device further comprises: the processing module, which The information recorded in the manipulation signal executes the area definition program to generate a detection activation signal correspondingly; a detection module is connected with the processing module to receive the detection activation signal, and the detection module sends the detection activation signal. Detecting at least one detection signal of the target object recorded in the detection activation signal, and the detection module receives a feedback signal sent back when the target object receives the detection signal, and the detection module is Determine the corresponding position between the processing device and the target object according to the detection signal and the feedback signal, and generate a position information according to the determined corresponding position; and an area definition module, which is connected to the detection module to receive the location information of the target object, and the region definition module determines a region block where the location information of the target object is located according to the defined region blocks, and establishes a link information of the target object in the region block. within the space of the area block where it is located.

Preferably, the target object receives the detection signal and correspondingly generates the feedback signal to send to the processing device.

Preferably, the detection signal is a high frequency detection signal.

Preferably, the detection module further records at least one non-detection object detected by the detection signal when the target object is detected, and the detection module further records according to the detected non-detection object A non-detectable object information is generated.

Preferably, the space conversion control system of the Internet of Things further comprises: a virtual construction module, which is connected with the detection module to receive the location information and the non-detected object information, the virtual construction module An object pattern is built on a virtual drawing surface according to the position information, and a partition wall pattern is built on the virtual drawing surface according to the non-detected object information.

Preferably, when the processing module selects the target object on the area block corresponding to the control object information, the processing module selectively determines the area block or the target corresponding to the control object information Object, when the manipulated object information does not correspond to any of the area blocks, but it corresponds to one of the target objects, the processing module generates an area block to obtain information, when the manipulated object information does not correspond to any of the area blocks. The target object corresponds, but when it corresponds to a region block, the processing module generates a target object to obtain information.

Preferably, the processing module outputs the area block acquisition information or the target object acquisition information to the control device, so that the control device outputs the area block acquisition information or the target object acquisition information through an output module, and via an output module. The input interface re-acquires the manipulation signal conforming to the acquisition information of the area block or the acquisition information of the target object.

Another object of the present invention is to provide a space conversion control method for the Internet of Things, which mainly uses a control device to receive a control signal and send it to a processing device, and then use the processing device to execute an object control program, so that the processing module can be based on the control signal. Select the target object on the area block corresponding to the control object information from the control object information recorded in To the target object, so that the target object performs the control operation. In this way, the present invention can effectively integrate each object into its corresponding area block, so that the required processing speed can be reduced, and the target object to be controlled can be precisely controlled.

In order to achieve another object disclosed above, the present invention provides a space conversion control method of the Internet of Things applied to the space conversion control system of the Internet of Things as described above.

In order to make the above-mentioned objects, features and advantages of the present invention more clearly understood, the following detailed description is given in conjunction with the specific embodiments listed in the drawings.

The advantages, features, and technical means of achieving the present invention will be more easily understood by being described in more detail with reference to the exemplary embodiments and the accompanying drawings, and the present invention may be implemented in different forms, so it should not be construed as the present invention. It is limited only to the embodiments set forth herein. On the contrary, to those of ordinary skill in the art, the provided embodiments will make the present disclosure more thorough, complete and complete to convey the scope of the present invention, and the present invention will only be Defined by the appended claims.

Additionally, the terms "comprising" and/or "comprising" refer to the presence of stated features, regions, integers, steps, operations, elements and/or components, but do not exclude one or more other features, regions, integers, steps, operations , elements, components and/or the presence or addition of combinations thereof.

In order to make your examiners easily understand the content of the present invention, and the effect that can be achieved, hereby describe in detail as follows in conjunction with the specific embodiments listed in the drawings:

Please refer to FIG. 1 to FIG. 3 , which are schematic diagrams of the system structure, schematic diagrams of information transmission of the object control program, and flow charts of steps of the present invention. As shown in the figure, the present invention mainly discloses a processing device 10 that can be used to receive a control signal 21 from the outside and execute an object control program or an area definition program according to the control signal 21 , and the processing device 10 can be used for displaying A device, a voice device, or a related electronic device capable of executing the spatial transformation control method of the Internet of Things disclosed in the present invention, etc.

The above-mentioned control signal 21 can be, for example, generated from a control device 20 and sent to the processing device 10, wherein the control device 20 can be a remote control device, a voice device or other devices that can generate the control signal 21 to enable the processing The device 10 is a related electronic device or the like that executes the spatial transformation control method of the Internet of Things disclosed in the present invention. More specifically, the control device 20 and the processing device 10 may be independent devices or related modules in the same device, and the composition type is not limited herein.

When the control device 20 generates the control signal 21, the control device 20 mainly uses an input interface 22 provided in the control device 20 through a trigger action (for example, when the user presses a button or when the input interface 22 receives a user's voice message) ) to generate the corresponding control signal 21 , and then use a control communication module 23 provided in the control device 20 to receive and send the control signal 21 .

When the processing device 10 receives the control signal 21 from the control device 20 , the processing device 10 can choose to execute an object control program or an area definition program according to the information recorded in the control signal 21 .

When the processing device 10 chooses to execute the object control program, the processing device 10 can use the processing module 12 to execute the object control program according to the information recorded in the control signal 21 , so as to execute the object control program according to the information recorded in the control signal 21 . The manipulation object information 212 selects a target object 30 on a region block 14 corresponding to the manipulation object information 212 , and generates an object control corresponding to a manipulation information 213 recorded in the manipulation signal 21 and the selected target object 30 Signal 123, in this way, when the processing communication module 11 receives the object control signal 123, it can send the information of the target object 30 recorded in the object control signal 123 to the corresponding target object 30, and the target object 30 Then, a corresponding control operation can be performed according to the manipulation information 213 in the object control signal 123 .

Furthermore, when the processing module 12 performs the action of selecting the target object 30 on the area block 14 corresponding to the manipulation object information, the processing module 12 can determine the information in the manipulation object information 212 in a selective manner. The corresponding area block 14 or the target object 30, when the manipulation object information 212 does not correspond to any of the area blocks 14, but corresponds to a target object 30, the processing module 12 generates an area Block acquisition information 124 , when the manipulation object information 212 does not correspond to any of the target objects 30 , but corresponds to a region block 14 , the processing module 12 generates a target object acquisition information 125 .

At this time, the processing module 12 can output the region block acquisition information 214 or the target object acquisition information 215 to the control device 20, so that the control device 20 outputs the region block acquisition information through an output module 24 (eg, a speaker) The information 214 or the target object acquires the information 215, so that the user can receive the information that needs to be re-entered from the output module 24. If the output module 24 outputs the area block acquisition information 214, the output module The 14 line can output "Please re-enter the area information", so that the user understands that the processing module 12 has not effectively identified the information of the corresponding area block 14, but if the output module 24 outputs the target object acquisition information 215 , the output module 14 can output “Please re-input the target object information”, so that the user understands that the processing module 12 has not effectively identified the information corresponding to the target object 215 and so on. After that, the user can re-input relevant information, so that the input interface 22 re-acquires the manipulation signal 21 that matches the area block acquisition information 214 or the target object acquisition information 215, and the processing module 12 can determine accordingly. The corresponding target object 30 in the area block 14 is then effectively sent to the corresponding target object to execute the control operation and other actions.

Therefore, in order to perform the desired effect of the above object control program, it may at least include the following steps:

S101: Use an input interface of a control device to generate a control signal through a trigger action;

S102: Control the communication module to receive the control signal from the input interface, and send the control signal to the processing device;

S103: The processing communication module receives the control signal from the control communication module;

S104: The processing module receives the control signal from the processing communication module, and executes the area definition program or the object control program according to the information recorded in the control signal;

S105: The processing module executes the object control program to judge and select whether there is a target object on the area block corresponding to the control object information according to the control object information recorded in the control signal, if so, go to step S108, otherwise go to step S106;

S106: When the manipulation object information does not correspond to any area block, but corresponds to a target object, the processing module generates an area block to obtain the information, or the manipulation object information does not correspond to any target object, but it corresponds to a target object. When a region block corresponds, the processing module generates a target object to obtain information;

S107: The processing module outputs the area block information or the target object acquisition information to the control device, so that the control device obtains the information or the target object acquisition information through the output module output area block, and re-acquires the conforming area block acquisition information or the target through the input interface The object obtains the control signal of the information, and then executes step S105;

S108: The processing module generates an object control signal corresponding to the control information recorded in the control signal and the selected target object;

S109: The processing communication module receives the object control signal and sends it to the target object;

S110: The target object executes the control operation according to the object control signal.

Please refer to FIG. 4 and FIG. 5 again, which are a schematic diagram of information transmission and a flow chart of steps of an embodiment of the area definition procedure of the present invention. As shown in the figure, when the processing device 10 receives the control signal 21 and executes an area definition program according to it, in this embodiment, the processing device 10 can utilize a processing communication module 11 included in the processing device 10 . , the processing module 12 and an area definition module 13 complete the execution of the area definition program. Wherein, the processing communication module 11 is mainly used for signal reception and transmission, so when the processing communication module 11 is connected with the control communication module 23 and the processing module 12, and the control communication module 23 When the control signal 21 is sent to the outside, the processing communication module 11 can receive the control signal 21 from the control communication module 23 and send it to the processing module 12 correspondingly.

Since the manipulation signal 21 includes information for enabling the processing device 10 to activate the area definition program, the information recorded in the manipulation signal 21 in this embodiment may include information for defining an object 211 .

The processing module 12 refers to the hardware for processing the received signal, and performing comparison, judgment, analysis or other processing procedures according to the signal, thereby generating the corresponding signal. The processing module 12 in this embodiment can be connected to at least one of the target objects 30 by, for example, a network (eg, Wifi communication), fifth-generation communication technology (5G), or near-field communication technology, preferably Ground, the processing module 12 is connected to the target object 30 through 5G communication technology, so compared to the Wifi communication developed based on the IEEE 802.11ac standard (80MHz bandwidth can reach 433Mbps transmission rate, 160MHz bandwidth 866Mbps transmission rate), 5G communication technology has lower delay and allows a larger number of connections (theoretical transmission peak is more than 10Gbps), so it can effectively achieve low-latency transmission to reduce the delay in the control process. . Therefore, when the processing module 12 receives the control signal 21 , it can search for the target objects 30 connected to the processing device 10 corresponding to the definition object 211 according to the definition object 211 recorded in the control signal 21 . the target object 30 , and a region definition signal 121 is generated according to the corresponding target object 30 .

The area definition module 13 is connected to the processing module 12 , so that when the processing module 12 generates the area definition signal 121 , the area definition module 13 can receive the area definition signal 121 from the processing module 12 , at this time, the area definition module 13 can provide an area input interface 131 to receive the user through the area input interface 131 to input a corresponding target object area information according to the target object 30 in the area definition signal 121 132, the target object area information 132 referred to here can be the area information (such as the living room) input by the user, so that the area definition module 13 can be based on a plurality of previously defined area blocks 14 (such as One of the area blocks 14 to which the target object area information 132 matches) is determined. At this time, when the area definition module 13 has determined the area block 14 where the target object 30 is located, The area definition module 13 can establish a link information 15 of the target object 30 in the area definition signal 121 in the space of the area block 14 . After that, when the user wants to control the target object 30 , he can quickly find the target object 30 through the area layers of each of the area blocks 14 .

In order to perform the functions corresponding to the above elements and achieve the desired effect of this embodiment, this embodiment may include at least the following steps:

S201: Using an input interface of a control device to generate a control signal through a trigger action;

S202: Control the communication module to receive the control signal from the input interface, and send the control signal to the processing device;

S203: The processing communication module receives the control signal from the control communication module;

S204: The processing module receives the control signal from the processing communication module, and executes the area definition program or the object control program according to the information recorded in the control signal;

S205: The processing module executes a region definition program to search for a target object corresponding to the definition object in at least one target object connected to the processing device according to the definition object recorded in the manipulation signal, and generate a region definition signal according to the corresponding target object ;

S206: the area definition module receives the area definition signal from the processing module;

S207: The area definition module provides an area input interface to receive a target object area information corresponding to the target object in the area definition signal;

S208: The area definition module determines one of the defined area blocks that matches the area information of the target object;

S209: The area definition module establishes the link information of the target object in the area definition signal in the area block space where it is located.

Please refer to FIG. 6 and FIG. 7 , which are schematic diagrams of information transmission and a flow chart of steps of another embodiment of the area definition procedure of the present invention. As shown in the figure, in another embodiment of the area definition program, the present invention can further add a detection module 16 to the processing device 10 to detect the location of the target object 30 through the detection module 16 The location of the target object 30 can be provided by the user to provide the region definition module 13 to define the region of the target object 30 without the need for the user to input the region information of the target object 30 by himself.

The control device 20 in this other embodiment may be similar to or the same as the control device 20 described in the above embodiment of the area definition procedure, and thus will not be repeated here.

Specifically, when the processing device 10 in this other embodiment receives the manipulation signal 21 from the control device 20 , the processing device 10 can directly execute the area definition program according to the manipulation signal 21 as in the above-mentioned embodiment. , the processing device 10 can also choose to execute the area definition program or an object control program according to the difference of the information recorded in the control signal 21 .

When the processing communication module 11 receives the manipulation signal 21 from the control communication module 23, the processing communication module 11 sends the manipulation signal 21 to the processing module 12, so that the processing module 12 can The information recorded in the control signal 21 (for example, the target object information to be detected) is selected to execute the area definition program, so as to generate a detection activation signal 123 (including the target object information) correspondingly.

The detection module 16 is connected to the processing module 12 to receive the detection activation signal 123. At this time, since the detection activation signal 123 includes the information of the target object 30 to be detected, therefore , when the detection module 16 sends at least one detection signal 161 after receiving the detection activation signal 123 , the target detected by the detection signal 161 is the detection in the detection activation signal 123 The target object 30 is recorded. However, the high-frequency signal itself has strong penetrability and directivity, so in order to effectively provide the detection signal, it can penetrate through obstacles (such as walls), so as to effectively detect the target object behind the obstacle. 30. The detection signal 161 here is preferably a high-frequency detection signal, so as to achieve the above effect.

When the detection signal 161 is sent to the corresponding target object 30, the target object 30 will receive the detection signal 161 and correspondingly generate the feedback signal 31 to send to the processing device 10. Thus, when the detection When the module 16 receives the feedback signal 31, the detection signal 16 and the feedback signal 31 can determine the corresponding position between the processing device 10 and the target object 30. For example, the detection module 16 The distance and direction between the processing device 10 and the target object 30 can be determined through the time when the detection signal 161 is sent, the direction it points in, and the received signal strength of the feedback signal 31 , and then the target object 30 can be calculated. After the corresponding position is determined, the detection module 16 can generate a position information 162 according to the determined corresponding position.

The area definition module 13 is connected to the detection module 16 to receive the position information 162 of the target object 30 . At this time, the area definition module 13 can determine according to a plurality of previously defined area blocks 14 One of the area blocks 14 where the position information 20 of the target object 30 is located, and a link information 15 of the target object 30 is established in the space of the area block 14 where it is located.

When the processing module 12 chooses to execute the object control program according to the information recorded in the control signal 21 (eg, the target object information to be controlled), the processing device 10 can use the processing module 12 to execute the control signal 21 according to the information Execute the object control program according to the information recorded in the control signal 21 to select the target object 30 on the area block 14 corresponding to the control object information 212 according to a control object information 212 recorded in the control signal 21 , and according to the control signal 21 A manipulation information 213 recorded in and the selected target object 30 correspondingly generate an object control signal 123, so that when the processing communication module 11 receives the object control signal 123, it can be based on the object control signal 123. The information of the target object 30 is sent to the corresponding target object 30 , and the target object 30 can perform corresponding actions according to the manipulation information 213 in the object control signal 123 .

In order to perform the functions corresponding to the above elements and achieve the desired effect of the other embodiment, the other embodiment may include at least the following steps:

S301: Use the input interface of the control device to generate a control signal through a trigger action;

S302: Control the communication module to receive the control signal from the input interface, and send the control signal to the processing device;

S303: The processing communication module receives the control signal from the control communication module;

S304: The processing module receives the control signal from the processing communication module, and executes the area definition program or the object control program according to the information recorded in the control signal;

S305: The processing module executes the area definition program to generate the detection activation signal correspondingly;

S306: the detection module receives the detection activation signal to send the detection signal for detecting the target object recorded in the detection activation signal;

S307: The detection module receives the feedback signal sent when the target object receives the detection signal;

S308: The detection module determines the corresponding position between the processing device and the target object according to the detection signal and the feedback signal, and generates position information according to the determined corresponding position;

S309: The area definition module receives the location information, and judges one area block where the location information of the target object is located according to the defined plurality of area blocks;

S310: The area definition module establishes the link information of the target object in the space of the area block where it is located;

S311: The processing module executes the object control program to select the target object on the area block corresponding to the control object information according to the control object information recorded in the control signal;

S312: The processing module generates an object control signal corresponding to the control information recorded in the control signal and the selected target object;

S313: The processing communication module receives the object control signal and sends it to the target object.

Thus, according to the above-mentioned technology of object control and area definition, the present invention can achieve at least the following better effects:

1. By defining the layering of the area, it is avoided that too many similar or identical objects are gathered in the same control space, thereby greatly reducing the time for users to manually find the target object.

2. Through area judgment and object judgment, the device to be controlled can be accurately found, and the processing time of the processing device can be reduced.

3. When the voice control message is received, even if the user's sentence is less clear, the relevant information of the area or object can be extracted from it, thereby avoiding the user having to say the same complete sentence again or even multiple times. For example, when the user says "turn off the third lamp in the living room", the speech device may not be able to recognize it effectively because any word (such as "lamp") is unclear, the corresponding area block can be intercepted first. After judging the target area that the user wants to control, ask the user to name the corresponding object in the living room again, such as "turn off the third lamp", or record its function accordingly After the wording (for example, off), the user only needs to say "third lamp" again. Thereby, the efficiency of voice control is effectively improved.

Please refer to FIG. 8 and FIG. 9 again, which are a schematic diagram of a system structure and a schematic diagram of a virtual drawing of a virtual building module according to another embodiment of the area definition program of the present invention. As shown in the figure, when the detection module 16 of another embodiment sends the detection signal 161 to perform detection, the detection signal 16 can be detected and sent to the target object 30 because the The high-frequency signal has high penetrability, so when the detection signal 16 penetrates a non-detection object 40 (such as a wall), the detection module 16 can record the non-detection object 40 and its relative position, and further generate a non-detected object information 163 according to the detected non-detected object 40 .

At this time, a virtual construction module 17 can be connected with the detection module 16 to receive the location information 162 and the non-detected object information 163 , so that the virtual construction module 17 can internally An object pattern 172 is built on a created virtual drawing 171 (eg, a 2D drawing), and a partition wall pattern 173 is built on the virtual drawing 171 according to the non-detected object information 163 , as shown in FIG. 8 .

Therefore, the user can also determine the exact position of each target object 30 according to the display position of the virtual drawing 171 , so that the user can perform click control and space planning according to the position of each object displayed on the virtual drawing 171 . , or even find connected objects (such as mobile phones).

What is disclosed in this case is a preferred embodiment, and any partial changes or modifications that originate from the technical ideas of this case and are easily inferred by those who are familiar with the art are within the scope of the patent right of this case.

To sum up, regardless of the purpose, means and effect of this case, it is showing its technical characteristics that are completely different from the conventional ones, and its first invention is suitable for practical use, and it also complies with the patent requirements of the invention. Granting a patent as soon as possible will benefit the society, and it will be a real sense of virtue.

10: Processing device 11: Handling communication modules 12: Processing modules 121: area definition signal 122: Detect activation signal 123: Object control signal 124: Region block access information 125: Target object gets information 13: Area Definition Module 131: Regional input interface 132: Target object area information 14: Region Block 15: Link Information 16: Detection module 161: Detection signal 162: Location Information 163: Non-detection information 17: Virtual Build Module 171: Virtual Surface 172: Object Pattern 173: Partition Pattern 20: Control device 21: Control signal 211: Define Objects 212: Manipulating Object Information 213: Manipulating Information 22: Input interface 23: Control communication module 24: Output module 30: Target Object 31: Feedback signal 40: non-detected objects S101-S110, S201-S209, S301-S313: step flow

FIG. 1 is a schematic diagram of the system architecture of the present invention; FIG. 2 is a schematic diagram of information transmission of the object control program of the present invention; 3 is a flow chart showing the steps of the object control program of the present invention; FIG. 4 is a schematic diagram of information transmission according to an embodiment of the area definition procedure of the present invention; FIG. 5 is a flow chart of steps of an embodiment of the area definition procedure of the present invention; FIG. 6 is a schematic diagram of information transmission according to another embodiment of the area definition procedure of the present invention; FIG. 7 is a flow chart of steps of another embodiment of the area definition procedure of the present invention; FIG. 8 is a schematic diagram of a system architecture of a virtual building module according to another embodiment of the area definition program of the present invention; FIG. 9 is a schematic diagram of a virtual plane of another embodiment of the area definition program of the present invention.

10: Processing device

11: Handling communication modules

12: Processing modules

123: Object control signal

124: Region block access information

125: Target object gets information

14: Region Block

20: Control device

21: Control signal

212: Manipulating Object Information

213: Manipulating Information

22: Input interface

23: Control communication module

24: Output module

30: Target Object

Claims (10)

A space conversion control system for the Internet of Things, comprising: A control device comprising: an input interface that generates a control signal through a trigger action; and a control communication module, which is connected with the input interface to receive the control signal and send the control signal to the outside; a processing device connected to the control device to receive the manipulation signal, and the processing device executes an object control program according to the manipulation signal, the processing device includes: a processing module, which executes the object control program according to the information recorded in the manipulation signal, so as to select a target object on a region block corresponding to the manipulation object information according to a manipulation object information recorded in the manipulation signal, and Generate an object control signal corresponding to a control information recorded in the control signal and the selected target object; and a processing communication module connected to the processing module and the control communication module, the processing communication module receives the control signal from the control communication module to send to the processing module, and receives the control signal from the processing module receiving the object control signal to send the object control signal to the target object; The target object is connected with the processing device to receive the object control signal, and the target object executes a control operation according to the object control signal. The space conversion control system of the Internet of Things according to claim 1, wherein when the processing module receives the manipulation signal from the processing communication module, and executes an area definition program according to the information recorded in the manipulation signal, the The processing device further includes: The processing module searches for the target object corresponding to the defined object in at least one of the target objects connected to the processing device according to a defined object recorded in the control signal, and generates a corresponding target object according to the corresponding target object. area-defining signals; and an area definition module, which is connected with the processing module to receive the area definition signal, and the area definition module provides an area input interface for receiving an object corresponding to the target object in the area definition signal according to the area input interface A target object area information determines one of the defined area blocks that matches the target object area information, and establishes a link information of the target object in the area definition signal in the within the space of the region block. The space conversion control system of the Internet of Things according to claim 1, wherein when the processing module receives the manipulation signal from the processing communication module, and executes an area definition program according to the information recorded in the manipulation signal, the The processing device further includes: the processing module, which executes the area definition program according to the information recorded in the manipulation signal, so as to generate a detection activation signal correspondingly; a detection module connected to the processing module to receive the detection activation signal, the detection module sends at least one detection signal for detecting the target object recorded in the detection activation signal, and the detection activation signal The detection module receives a feedback signal sent back when the target object receives the detection signal, and the detection module determines the correspondence between the processing device and the target object according to the detection signal and the feedback signal position, and generate a position information according to the determined corresponding position; and an area definition module, which is connected with the detection module to receive the location information of the target object, and the area definition module determines the location information of the target object in one of the defined area blocks according to the defined area blocks area block, and a link information of the target object is established in the space of the area block. The space conversion control system of the Internet of Things according to claim 3, wherein the target object receives the detection signal and generates the feedback signal correspondingly to send it to the processing device. The space conversion control system for the Internet of Things according to claim 3, wherein the detection signal is a high-frequency detection signal. The space conversion control system for the Internet of Things according to claim 3, wherein the detection module further records at least one non-detected object detected by the detection signal when the target object is detected, and the detection The module further generates non-detected object information according to the detected non-detected object. The space conversion control system for the Internet of Things as claimed in claim 6, further comprising: a virtual construction module connected with the detection module to receive the position information and the non-detected object information, the virtual construction module constructs an object pattern on a virtual drawing surface according to the position information, And according to the information of the non-detected object, a partition wall pattern is built on the virtual drawing surface. The space conversion control system of the Internet of Things according to claim 1, wherein, when the processing module selects the target object on the area block corresponding to the control object information, the processing module selectively determines the The area block or the target object corresponding to the manipulated object information, when the manipulated object information does not correspond to any of the area blocks, but corresponds to one of the target objects, the processing module generates an area block to obtain information, when the manipulated object information does not correspond to any of the target objects, but corresponds to one of the area blocks, the processing module generates a target object to obtain information. The space conversion control system of the Internet of Things according to claim 8, wherein the processing module outputs the area block acquisition information or the target object acquisition information to the control device, so that the control device outputs the information through an output module The area block acquires information or the target object acquires information, and re-acquires the manipulation signal conforming to the area block acquisition information or the target object acquisition information through the input interface. A space conversion control method of the Internet of Things applied to the space conversion control system of the Internet of Things according to any one of claim items 1 to 9.

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