TWI396581B - Random response system of robot doll and method thereof - Google Patents

Description

Machine doll random answering system and method thereof

The invention relates to a random answering system and a method thereof, and in particular to a user terminal connected via a Internet (Internet) and a pair of answering servers (Response Server), to answer the user's inquiry about the machine doll. Question or dialogue machine doll random answering system.

With the continuous advancement of technology, Robot Technology has gradually matured, and related robot products have been published one after another, especially robots based on interactive appeals, according to the current development of Artificial Intelligence (AI). In terms of reaching a robot that can interact with human beings, it is still not easy. After all, language is a cultural product of human beings who have accumulated long-term learning and experience. Therefore, in terms of technology that robots can truly answer all human problems naturally. There are still many obstacles waiting to be overcome.

The more common examples of robot-human interaction techniques are: store and build a contextual pre-set utterance on the robot for the words or problems that the user may express. For example, the user most often asks the robot: "How are you?" At this time, the robot may answer a similar response such as "I am very good" and "not bad". Therefore, such behavior usually takes a day after the user feels the way of interaction and loses freshness. However, in the current robotics technology, it is unlikely that the user will use random numbers in order to make the user unexpected. To choose to answer the interactive content, resulting in the result of the wrong text. Therefore, thinking about another way to achieve the same effect is bound to have the necessity and can achieve the same fun for the user.

In view of the above, the present invention provides a random connection system and method for a machine doll that answers a question or a dialogue that a user asks about a machine doll through a user terminal connected to a server through an Internet (Internet). The above question.

According to the above object, the present invention provides a machine doll random answering and answering system, comprising a response server (Response Server), a first machine doll device and at least one message transceiving device.

The first doll device network connects to the server and transmits the first message data input by the user. The messaging device network connects to the server and is used by its corresponding client. The answering server is configured to receive the first message data, and transmit the first message data to the message receiving and receiving device, and the user terminal inputs the second message data that responds to the first message data to the answering server through the message receiving and receiving device. The answering server transmits the second message data to the first doll device, and the first doll device converts the second message data into the first tone voice signal and broadcasts the first tone voice signal to Respond to the first message entered by the user.

According to the above object, the present invention also provides a random answering method for a machine doll, which is suitable for a stochastic answering system for a robot doll, the stochastic answering system of the robot doll has a answering server and a network for respectively connecting with the answering server network. A machine doll device and at least one message transceiving device, the method comprising: inputting the first voice signal data to the first machine doll device. The first voice signal data is transmitted to the transceiver device through the answering server. The second message data that responds to the first voice signal data is input from the message transceiving device to the answering server through a user end of the corresponding transceiver device. The second message data is transmitted to the first machine doll device by the response server. Converting the second message data into the first tone-changing voice signal and broadcasting the first tone-modulated voice signal through the first doll device.

The utility model has the advantages that the present invention is different from the current robot and pre-stores and establishes a situation-set utterance to answer the question or dialogue that the user asks. The machine doll random answering system provided by the present invention is transmitted through the Internet. The user connected to the server and the answering server, that is, using the human body itself to answer the question or dialogue that the user asks about the doll, so that the user really feels that he is in communication with the doll.

The above described objects, features, and characteristics of the present invention will become more apparent from the aspects of the invention.

Please refer to FIG. 1. FIG. 1 is a schematic diagram of a random answering system for a machine doll according to an embodiment of the present invention. As shown in FIG. 1, the machine doll random answering system 1 includes a first doll device 11, a response server 12, and a message transceiving device 13, wherein in the embodiment, the answering server 12 includes a data accompanying menu. Element 120 and data verification unit 121.

The first device doll device 11 and the message transceiving device 13 are connected to the Internet server of the server 12, and in the embodiment, the message transceiving device 13 uses the message transceiving devices A, B and C as examples. (The one, the two or more messaging devices are also applicable, and are not limited thereto), the message transceiving device 13 is used by the corresponding user terminal, and the user terminal respectively uses the user terminal C1 Three, C2 and C3 are for explanation.

Please refer to FIG. 1 and FIG. 2 simultaneously. FIG. 2 is a schematic diagram of a random answering method for a machine doll according to an embodiment of the present invention. As can be seen from FIG. 2, the method for randomly answering the doll of the machine includes the following steps: inputting the first voice signal data to the first doll device S100.

The first voice signal data is transmitted to the messaging device S110 through the answering server. The second message data that responds to the first voice signal data is input from the message transceiving device to the response server S120 through the user terminal of the corresponding transceiver device. The second message data is transmitted to the first doll device S130 by the response server. The second message data is converted into the first tone-adjusted voice signal by the first doll device and the first tone-adjusted voice signal is broadcasted to the S140.

In order to facilitate understanding, the following is a description of the stochastic answering method of the robot doll.

First, the step is performed: inputting the first voice signal data to the first doll device S100.

When the first doll device 11 and the answering server 12 are connected to each other, the user U can input the first message data. In this embodiment, the first message data is exemplified by the first voice signal V1, that is, It is said that the user U makes a dialogue with the first robot doll device 11.

Then, the robot doll randomly performs the step of transmitting the first voice signal data to the message transmitting and receiving device S110 through the answering server.

After the user U inputs the first voice signal data V1 to the first doll device 11, the answering server 12 receives the first voice signal V1 and transmits the first voice signal V1 to the message transmitting and receiving device 13, That is, the message transmitting and receiving devices A, B, and C, at this time, the user terminals C1, C2, and C3 of the respective corresponding message transmitting and receiving devices A, B, and C receive the first voice signal data V1.

Then, the second message data that responds to the first voice signal data is input from the message transceiving device to the answering server S120 through the user end of the corresponding messaging device.

In this step, after the user terminal C1, C2, and C3 receive the first voice signal data V1, the user terminals C1, C2, and C3 can input the second message by using the corresponding message transmitting and receiving devices A, B, and C, respectively. The data is sent to the server 12, and the second message data is taken as an example of the second text data. Of course, the second message data may also be an audio signal or a related input message, so that it can be used as the first robot. The device 11 responds to the source of the conversation data of the user U.

Thereafter, the robot doll randomly performs the step of the answering system 1 : the second message data is transmitted to the first robot apparatus S130 by the answering server. And converting the second message data into the first tone-changing voice signal and broadcasting the first tone-modulated voice signal to the S140 through the first doll device.

When the answering server 12 transmits the second message data to the first doll device 11, the first doll device 11 converts the second text data into the first tone voice signal S1, and the first tone voice signal S1 can be For the robot sound signal or the cartoon doll sound signal, for example, a cartoon character raccoon or a robot, etc., the first machine doll device 11 broadcasts the first tone voice signal S1 to the user U. A voice signal data V1 responds.

The data selection step 120 and the data verification unit 121 of the response server 12 can perform a data processing step on the second message data before the response server 12 transmits the second message data to the first machine doll device 11. For example, the data on-demand unit 120 randomly selects one of the second text data input by the user terminals C1, C2, and C3 from the message transceiving device 13 and filters the selected one through the data verification unit 121. The data content of the second text data, that is, the data verification unit 121 filters out some indecent text or language in the second text data, and transmits the second text data to the first robot apparatus 11.

Therefore, after the second server data is transmitted to the first robot apparatus 11 by the answering server 12, the first robot apparatus 11 converts the second text data processed by the data checking unit 121 into the first variable voice signal S1. . In the actual application, the first tone voice signal S1 can be a robot voice signal or a cartoon doll voice signal, for example, a cartoon character raccoon or a robot, and the like, and finally the first machine doll device 11 changes the first tone. The voice signal S1 is broadcasted to respond to the first voice signal V1 input by the user U.

As can be seen from the above, the first doll device 11 randomly selects one of the second text data from the second text data that the response server 12 responds from the user terminals C1, C2, and C3 to respond to the user U. Ask questions or conversations. In contrast, the user terminals C1, C2, and C3 can also actively transmit the second text data, and after selecting the filtering through the answering server 12, the first robot device 11 can be used to talk to the user U to make the user U Experience the realism of the communication and dialogue with the first robotic doll device 11 and have unexpected fun.

In addition, it should be noted that since the machine doll random answering system 1 uses the user end connected to the answering server 12 on the Internet to answer the question or dialogue that the user U asks about the first doll device 11, the answering servo When the device 12 is actually operating, the user U cannot select a specific client to replace the response of the first doll device 11, that is, the response is randomly determined by the data on-demand unit 120 of the response server 12.

Please refer to FIG. 3 at the same time. FIG. 3 is a circuit block diagram of a preferred embodiment of the first machine doll device of FIG. As shown in FIG. 3, the first doll device 11 can include a voice receiver 111, a voice conversion text module 112, an operation processing module 113, a communication module 114, a text conversion voice module 115, and a voice player 116. The voice receiver 111 can be configured to receive the first message data input by the user U, for example, the first voice signal data V1, and the voice receiver 111 can be implemented by a microphone. The voice conversion text module 112 is coupled to the voice receiver 111 and configured to convert the first message data from the first voice signal data V1 into the first text data. The operation processing module 113 is coupled to the voice conversion text module 112. The operation processing module 113 performs a signal processing procedure on the first text data, and then the operation processing module 113 transmits the first text data to the communication module coupled thereto. The group 114, and the communication module 114 transmits the first text data of the processing module 113 to the response server 12.

After receiving the first text data, the answering server 12 transmits the first text data to the message transceiving device 13 for receiving by the user terminals C1, C2, and C3, and then the user terminals C1, C2, and C3 can respectively transmit the corresponding text data. The message transmitting and receiving device A, the message transmitting and receiving device B, and the message transmitting and receiving device C input the second text data to the answering server 12, and the answering server 12 randomly selects the second text data through the data selecting unit 120. And filtering the selected content of the second text data (for example, filtering the indecent text or the like) through the data verification unit 121, and then transmitting the second text data to the first server by the answering server 12 The device module 11 receives the second text data and transmits the second text data to the operation processing module 113. The operation processing module 113 performs a signal processing procedure on the second text data. And transmitting the second text data to the text conversion voice module 115 coupled thereto, and the text conversion voice module 115 will pass the second text of the signal processing program. The material is converted into the first tone voice signal S1, and then transmitted through the voice player 116 coupled to the text conversion voice module 115, for example, a speaker, to broadcast the first tone voice signal S1, so as to be used by the user. The first voice signal data V1 input by U responds, and the entire dialog flow of the user U and the first robot device 11 is completed.

Referring to FIG. 4, FIG. 4 is a schematic diagram of a random answering system for a machine doll according to another embodiment of the present invention.

As can be seen from FIG. 4, the message transmitting and receiving device 13 of the machine doll random answering system 1 can also be replaced by the second machine doll devices 131a, 131b and 131c having the same functions as the first robot device 11 described above (this functional part can be referred to. FIG. 3 is a functional description of the first robot apparatus, and is not described here. The second doll devices 131a, 131b, and 131c are respectively used by the corresponding user terminals C1, C2, and C3. The machine doll device receives the first message data input by the user U (for example, the first text data converted by the first voice signal data V1 in FIG. 3), and the second doll device 131a, 131b, and 131c Through the internal text conversion voice module, the first text data is converted into a second tone voice signal, and the second tone voice signals Sa, Sb and Sc are respectively played through the voice player, and the same can be made. The client terminals C1, C2, and C3 experience the realism of communicating and talking with their corresponding second doll devices 131a, 131b, and 131c, and have unexpected music. .

Of course, the user terminals C1, C2, and C3 can also actively send the second voice signal materials Va, Vb, and Vc to respectively communicate with the second doll devices 131a, 131b, and 131c, and similarly, when the user U receives When the message data converted by the second voice signal data Va, Vb, and Vc is sent, the user U responds to a message data to the response server 12, and the data selection unit 120 of the response server 12 randomly selects the message data. And filtering the selected data content of the message data through the data verification unit 121, so as to transmit the message data to each corresponding second doll device 131a, 131b and 131c, respectively, and transpose through the voice player respectively. The voice signal is played out to respond to the client terminals C1, C2 and C3. For the sake of brevity, this section will not be described.

It can be seen that the machine doll random answering system and method thereof according to the present invention have the following characteristics:

1. Using one or more clients connected to the server of the answering server, that is, using the human being to answer questions or conversations that the user asks about the doll, so that the user really feels that he is working with the doll Communicate and talk, and get unexpected fun.

2. Since the answering server is provided with random selection and filtering the messages replied by the client, the present invention can provide a natural and perfect dialogue environment between the user and the machine doll.

In summary, the present invention is only described as a preferred embodiment or embodiment of the technical means for solving the problem, and is not intended to limit the scope of the invention. That is, the equivalent changes and modifications made in accordance with the scope of the patent application of the present invention or the scope of the invention are covered by the scope of the invention.

1. . . Machine doll random answering system

11. . . First machine doll equipment

111. . . Voice receiver

112. . . Voice conversion text module

113. . . Operation processing module

114. . . Communication module

115. . . Text conversion voice module

116. . . Voice player

12. . . Answer server

120. . . Data on demand unit

121. . . Data inspection unit

13, A, B, C. . . Messaging device

131a, 131b, 131c. . . Second machine doll equipment

C1, C2, C3. . . user terminal

U. . . user

V1. . . First voice signal data

Va, Vb, Vc. . . Second voice signal data

S1. . . First tone voice signal

Sa, Sb, Sc. . . Second tone voice signal

S100~S140. . . Process step

1 is a schematic diagram of a random answering system for a machine doll according to an embodiment of the present invention;

2 is a schematic diagram of a method for randomly answering a machine doll according to an embodiment of the present invention;

3 is a circuit block diagram of a preferred embodiment of the first robot apparatus of FIG. 1;

FIG. 4 is a schematic diagram of a random doll answering system for a machine doll according to another embodiment of the present invention.

1. . . Machine doll random answering system

11. . . First machine doll equipment

12. . . Answer server

120. . . Data on demand unit

121. . . Data inspection unit

13. . . Messaging device

131a, 131b, 131c. . . Second machine doll equipment

C1, C2, C3. . . user terminal

U. . . user

V1. . . First voice signal data

Va, Vb, Vc. . . Second voice signal data

S1. . . First tone voice signal

Sa, Sb, Sc. . . Second tone voice signal

Claims (10)

A machine doll random answering system, comprising: a pair of answering servers (Response Server); a first doll device, the network connecting the answering server and transmitting a first message data input by a user; and at least one a messaging device, the network is connected to the answering server and used by one of the corresponding users; wherein the answering server is configured to receive the first message data and transmit the first message data to the message receiving device Transmitting, by the user equipment, the second message data of the first message data to the answering server through the message receiving and receiving device, the answering server transmitting the second message data to the first machine doll device, the first The doll device converts the second message data into a first tone-modulated voice signal and broadcasts the first tone-modulated voice signal. The machine doll random answering system according to the first aspect of the invention, wherein the first message data is a first voice signal data, and the second message data is a second text message, the first robot device comprises: a voice receiver for receiving the first voice signal data input by the user; a voice conversion text module coupled to the voice receiver and configured to convert the first voice signal data into a first text data; An operation processing module is coupled to the voice conversion text module and transmits the first text data; a communication module coupled to the operation processing module and configured to receive the first text data transmitted by the operation processing module, the communication The module transmits the first text data to the answer server and receives the second text data input by the message receiving and receiving device from the answering server, and the communication module transmits the second text data to the operation processing mode a text conversion voice module coupled to the operation processing module and converting the second text data of the operation processing module into the first tone voice And a voice player coupled to the text conversion voice module and broadcasting the first tone voice signal. The machine doll random answering system according to claim 2, wherein the voice receiver is a microphone. The machine doll random answering system described in claim 2, wherein the voice player is a speaker. The machine doll random answering system according to claim 1, wherein the answering server further comprises a data on-demand unit, wherein the data selection unit is used to randomly select the second message data. The machine doll random answering system according to the first aspect of the invention, wherein the answering server further comprises a data checking unit, wherein the data checking unit is configured to filter the data content of the second message data. The machine doll random answering system according to claim 1, wherein the message transmitting and receiving device is a second doll device, and the second doll device is configured to convert the first message data into a second tone voice signal. And broadcast the second tone voice signal. A machine doll random answering method is applicable to a machine doll random answering system, the machine doll random answering system has a pair of answering servers and a first machine doll device and at least one for respectively connecting with the answering server network The transceiver device includes: inputting a first voice signal data to the first doll device; transmitting the first voice signal to the message transceiver through the answering server; The user terminal inputs, from the message transceiving device, a second message data of the first voice signal data to the answering server; and the second message data is transmitted to the first doll device by the answering server; The second message data is converted into a first tone-adjusted voice signal by the first doll device and the first tone-adjusted voice signal is broadcasted. The method for randomly answering a machine doll according to claim 8, wherein before the step of transmitting the second message data to the first doll device by the answering server, the method further comprises: randomizing through the answering server Select the second text. The method for randomly matching a machine doll according to claim 8, wherein before the step of transmitting the second message data to the first doll device by the answering server, the method further comprises: filtering through the answering server The content of the second text.