Abstract: A semen collection device includes a core member, a mounting unit, and a position sensing module. The core member defines an insertion space having an inlet at an end. The mounting unit includes a main body having a main portion and a receiving portion extending from an end of the main portion, a cover detachably installed on the receiving portion. The cover and the receiving portion cooperatively define a cylindrical chamber for fixedly receiving the core member, and further define an opening communicating with the chamber for exposing the end of core member having the inlet. The position sensing module is located in the main portion substantially close to the opening and configured to detect a variation of amplitude and frequency of a position of the core member.

Abstract: A control method is provided. The control method is applied to a sexual stimulation device including a vibration unit. The control method comprises the steps as follows. A communication connection is established between the sexual stimulation device and an intelligent terminal. A pressure of the sexual stimulation device and a moving speed of the sexual stimulation device are detected in real time. The detected pressure and the detected speed are obtained. A detect signal containing the detected pressure and the detected speed is generated. The detect signal is submitted to the intelligent terminal. A control signal is generated by the intelligent terminal according to the detect signal and further transmitted to the sexual stimulation device. The sexual stimulation device is controlled to vibrate according to the control signal.

Abstract: A core member for semen collection device includes a flexible body and a built-in piece. The flexible body has a flexible base and an annular sidewall extending from the flexible base to form the cylindrical structure. The built-in piece is disposed in the sidewall of the flexible body. The built-in piece is made of a hard resin material, and the flexible body defines the insertion space having the inlet at the end of the flexible body.

Abstract: A score system is applied to an electronic device. The electronic device includes a storage unit storing a mapping relationship between touch points and score values, and a touch screen generating input signals. The control system includes a number of processing units and a number of modules which are collections of instructions executed by the number of processing units. The number of modules includes a gesture recognition module recognizing a gesture in response to the input signals and determines all coordinate values of the gesture, a comparison module comparing the coordinate values of the gesture with coordinate values of the plurality of touch points and a calculation module obtaining a score value of each touch point of which the coordinate value is equal to the one of coordinate values of the gesture and calculate a total score of the score values.

Abstract: A score system is applied to an electronic device. The electronic device includes a storage unit storing a mapping relationship between touch points and score values, and a touch screen generating input signals. The control system includes a number of processing units and a number of modules which are collections of instructions executed by the number of processing units. The number of modules includes a gesture recognition module recognizing a gesture in response to the input signals and determines all coordinate values of the gesture, a comparison module comparing the coordinate values of the gesture with coordinate values of the plurality of touch points and a calculation module obtaining a score value of each touch point of which the coordinate value is equal to the one of coordinate values of the gesture and calculate a total score of the score values.

Abstract: A control method is provided. The control method is applied to a sexual stimulation device including a vibration unit. The control method comprises the steps as follows. A communication connection is established between the sexual stimulation device and an intelligent terminal. A pressure of the sexual stimulation device and a moving speed of the sexual stimulation device are detected in real time. The detected pressure and the detected speed are obtained. A detect signal containing the detected pressure and the detected speed is generated. The detect signal is submitted to the intelligent terminal. A control signal is generated by the intelligent terminal according to the detect signal and further transmitted to the sexual stimulation device. The sexual stimulation device is controlled to vibrate according to the control signal.

Abstract: An interactive control method is provided. The method is applied to an intelligent terminal. The intelligent terminal includes a storage unit. The method includes the following. The intelligent terminal receives an inquiry signal transmitted from a remote server. The intelligent terminal inquires a user whether to store conversations in response to the inquiry signal. The intelligent terminal generates a first storage request when storing the conversations is selected and further transmits the first storage request to the remote server. A second storage request generated by another intelligent terminal is further transmitted to the remote server and a storage authorization is generated according to the first storage request and the second storage request by the remote server and transmitted to the intelligent terminal. The intelligent terminal controls the storage unit to store the conversations according to the storage authorization.

Abstract: A massage device includes a main body, a control circuit, a battery, a vibratory element, a sensor, and a pressing contact module, the main body having a receiving chamber. The pressing contact module is fixed in the receiving chamber of the main body and partially exposed of the main body. The pressing contact module includes a base body, a Holzer component formed a contacting side surface of the base body, and magnetic members formed on an opposite contacting side surface of the pressing contact module base body corresponding to the Holzer component. The Holzer component is configured to send a change of a distance relative to the corresponding magnetic member to the control circuit when the base body is compressed at the contact side surface thereof. The control circuit is capability of calculating a pressure depending on the change of the distance.

Abstract: A semen collection device includes a core member, a mounting unit, and a position sensing module. The core member defines an insertion space having an inlet at an end. The mounting unit includes a main body having a main portion and a receiving portion extending from an end of the main portion, a cover detachably installed on the receiving portion. The cover and the receiving portion cooperatively define a cylindrical chamber for fixedly receiving the core member, and further define an opening communicating with the chamber for exposing the end of core member having the inlet. The position sensing module is located in the main portion substantially close to the opening and configured to detect a variation of amplitude and frequency of a position of the core member.

Abstract: A massage device includes a main body, and a flexible outer layer completely sealing the main body. The flexible outer layer can prevent dust or water from corrupting a plurality of electronic components received in the receiving chamber of the massage device.

Abstract: A core member for semen collection device includes a flexible body and a built-in piece. The flexible body has a flexible base and an annular sidewall extending from the flexible base to form the cylindrical structure. The built-in piece is disposed in the sidewall of the flexible body. The built-in piece is made of a hard resin material, and the flexible body defines the insertion space having the inlet at the end of the flexible body.

Abstract: A massage device includes a main body, a control circuit, a wireless communication module, a battery, a vibratory element, a sensor, and a pressing contact module. The main body has a receiving chamber. The control circuit, the wireless communication module, the battery, the vibratory element, and the sensor are received in the receiving chamber. The wireless communication module, the battery, the vibratory element, and the sensor electrically coupled to the control circuit respectively. The pressing contact module is fixed in the receiving chamber of the main body and partially exposed of the main body for allowing an operator to control a vibration of the vibratory element via the control circuit based on the pressing contact module. The wireless communication module is capable of receiving a control signal and transmitting to the control circuit to control or adjust the vibration of the vibratory element.