Abstract: In implementations of the present disclosure, there is provided an approach for an enhancement mechanism for fine time measurement. A method comprises detecting, by an access point (AP) multi-link device (MLD), a set of parameters for each of a plurality of links between the AP MLD and a set of station MLDs. Then, the AP MLD may use the set of parameters to determine a score for each of the plurality of links. The plurality of scores for the plurality of links may be used to select a set of links from the plurality of links for transmitting a plurality of FTM frames. The AP MLD further determines a number of the FTM frames to be transmitted on one of the set of links. Then, the AP MLD transmits the number of the FTM frames to the set of station MLDs via the one of the set of links.

Abstract: Systems and methods are provided for optimizing, e.g., speeding up, fine time measurement (FTM) scanning by dedicating a radio of a network element, such as an access point (AP), to performing FTM scanning at a high frequency. The high frequency FTM scanning provides quicker results regarding location determination of the network element as compared to conventional FTM scanning, which is performed merely as a background process. The high frequency FTM scanning can be performed in accordance with configurable FTM scan parameters.

Abstract: Examples of performing selective Fine Timing Measurement (FTM) are described. For an FTM scan cycle, a first AP (i.e., an initiator) may determine scanning parameter values of a plurality of second APs (i.e., potential responders) based on previously performed FTM scans. The first AP may determine weights of the plurality of second APs based on the scanning parameter values and select a set of target APs based on the weights. The first AP may then scan the set of target APs for the FTM scan so that the rest of the plurality of second APs are relieved from participating in the FTM scan thereby reducing the performance impact on the rest of the plurality of second APs. After the FTM scan cycle is completed, the first AP may update the weights and select another set of target APs based on the updated weights to perform another FTM scan cycle.

Abstract: In implementations of the present disclosure, a solution for requesting an AFC response is provided. An access point (AP) collects a first number of location samples of the AP from a positioning system and determines a location range of the AP based on the first number of the location samples and sends the location range to a server for frequency coordination. If a location of the AP is unchanged, the AP may receive at least one available channel and power from the server. If the location of the AP is changed, the AP may collect a second number of location samples of the AP from the positioning system, and update the location range of the AP based on the second number of location samples. In this way, the time for obtaining the authorized channel and power by Federal Communications Commission (FCC) can be reduced.

Abstract: In implementations of the present disclosure, there is provided an approach for an application of access point in the 6 GHz frequency band. A method comprises configuring a mode of the AP as a 6 GHz station mode in a case that the AP is enabled on a 6 GHz frequency band. Then, a list of target APs around the AP working on the 6 GHz frequency band is obtained. Next, the AP selects a target AP from the list of target APs and connects to the selected target AP by setting a power of the AP to be lower than a power of the target AP by a predetermined value. After the AP connects to the target AP, the AP sends a request including global positioning system (GPS) information to an automated frequency coordination (AFC) server via the target AP to obtain a response including allowed power information.

Abstract: A massage device includes a shell and a pump mounted inside the shell. The shell includes a main body and a massage member provided at one end of the main body. The massage member includes an outer wall and an inner wall concaved inwardly from a distal end of the outer wall, a first chamber is defined in the inner wall for accommodating a part of a human body to be massaged therein, and a second chamber is defined in the shell and around the inner wall, wherein the first chamber is not communicated with the second chamber. The pump is connected to the second chamber for changing a pressure inside the second chamber, so as to make the inner wall deform.

Abstract: The present disclosure provides a system and a method to adjust a transmit power level of a device at different temperatures. The method includes performing a power calibration to determine a preliminary power index; measuring a temperature of the device; obtaining an offset relationship as a function of temperature; determining a target offset value of the device according to the measured temperature and the offset relationship; determining an updated power index based on the preliminary power index and the target offset value; obtaining a transmit power relationship as a function of power index; determining a target transmit power level of the device according to the updated power index and the transmit power relationship; and transmitting data at the target transmit power level.

Abstract: A male sexual stimulation device includes a first stimulation member, a second stimulation member and a driving assembly. The first stimulation member includes a first stimulation portion and a second stimulation portion which are opposite to each other, wherein a first chamber is defined between the first and second stimulation portions. The second stimulation member defines a second chamber therein, and the first and second chambers communicate with each other and cooperatively form an accommodating chamber for receiving a male genitalia therein. The driving assembly includes a first swinging arm and a driving source configured for driving the first swinging arm to swing. One end of the first swinging arm extends into the first stimulation portion, making the first stimulation portion be swingable relative the second stimulation portion to stimulate the male genitalia received in the accommodating space.

Abstract: A sexual stimulation device includes a shell, a first driving unit and a second driving unit. The shell includes a massage portion formed at one end thereof, wherein the massage portion is configured to be inserted into a rectum or a vagina of a human body. An outer surface of the massage portion serves as a massage surface of the sexual stimulation device for contacting a rectum wall or a vaginal wall. The first driving unit includes a vibration motor arranged in the massage portion; and the second driving unit includes a gearbox and a swing arm driven by the gearbox. One end of the swing arm is connected to the massage portion, and under the driving of the second driving unit, the massage portion moves along an annular trajectory to make the massage surface form a kneading effect on the rectum wall or the vaginal wall.

Abstract: A massage device includes a shell, a first massage portion and a first driving unit. The shell is configured to be inserted into a human body along an insertion direction. A moving space is defined in a middle portion of the shell in the insertion direction and extends through a lateral wall of the shell to define an opening therein. The moving space communicates with an external environment out of the shell through the opening of the lateral wall of the shell. The first massage portion extends into the moving space of the shell. The first driving unit is arranged in the shell and connected to the first massage portion. Under the driving of the first driving unit, the first massage portion moves along an annular trajectory.

Abstract: A sexual stimulation device includes a shell, a first driving mechanism and a second driving mechanism. The shell includes a shell body, and first and second massage portions that extend outwardly from the shell body along a first direction. The first massage portion and the second massage portion are configured to be into the human body along the first direction, and the first massage portion extends beyond the second massage portion in the first direction. The first driving mechanism is mounted in the shell for driving the first massage portion; and the second driving mechanism is mounted in the shell for driving the second massage portion. The second driving mechanism includes a swing arm connected to the second massage portion, wherein the swing arm is slidably and rotatably connected to the shell.

Abstract: A massage device includes a first massage part and a second massage part, which are configured to be inserted into a vagina or a rectum, and a driving mechanism, which is connected to both the first massage part and the second massage part. The driving mechanism is configured to drive the first massage part and the second massage part respectively to perform reciprocating linear motion simultaneously in opposite directions.

Abstract: A massage device includes a shell, a first massage portion and a first driving unit. The shell is configured to be inserted into a human body along an insertion direction. A moving space is defined in a middle portion of the shell in the insertion direction and extends through a lateral wall of the shell to define an opening therein. The moving space communicates with an external environment out of the shell through the opening of the lateral wall of the shell. The first massage portion extends into the moving space of the shell. The first driving unit is arranged in the shell and connected to the first massage portion. Under the driving of the first driving unit, the first massage portion moves along an annular trajectory.

Abstract: A massage device includes a shell configured to be inserted into a vagina along an insertion direction and a first massage module mounted in the shell. A first massage portion is provided at a middle of the shell along the insertion direction. The first massage module includes a first motor and a swinging bar. The swinging bar is rotatably connected to the shell by a pivot extending along a lateral direction of the shell, one end of the swinging bar is connected to the first motor in a transmission way, and another end of the swinging bar extends into the first massage portion of the shell. The swinging bar is swingable about the pivot under the driving of the first motor, and the first massage portion is swingable together with the another end of the swinging bar to slap on a vaginal wall around the shell.

Abstract: Implementations of the present disclosure relate to intrusion detection information. A method comprises detecting, by an access point (AP), at least one device in a wireless communication network to be an illegal device. The method also comprises obtaining, by the AP, intrusion detection information related to the at least one device, the intrusion detection information comprising at least one identifier of the at least one device.

Abstract: A massage device includes a shell configured to be inserted into a vagina along an insertion direction and a first massage module mounted in the shell. A first massage portion is provided at a middle of the shell along the insertion direction. The first massage module includes a first motor and a swinging bar. The swinging bar is rotatably connected to the shell by a pivot extending along a lateral direction of the shell, one end of the swinging bar is connected to the first motor in a transmission way, and another end of the swinging bar extends into the first massage portion of the shell. The swinging bar is swingable about the pivot under the driving of the first motor, and the first massage portion is swingable together with the another end of the swinging bar to slap on a vaginal wall around the shell.

Abstract: A rotary masturbation apparatus includes a cup holder, a cup body and a conductive structure arranged between the cup holder and the cup body. The cup body is rotatably connected to the cup holder, and defines an inner chamber therein for accommodating the male genitalia. The conductive structure includes a first conductive element and a second conductive element which are in contact with each other and are electrically conducted with each other. The first conductive element is fixed relative to the cup holder, and the second conductive element is fixed relative to the cup body. One of the first and second conductive elements is configured as a conductive ring, and the conductive ring is coaxial with the cup body.

Abstract: Examples of performing selective Fine Timing Measurement (FTM) are described. For an FTM scan cycle, a first AP (i.e., an initiator) may determine scanning parameter values of a plurality of second APs (i.e., potential responders) based on previously performed FTM scans. The first AP may determine weights of the plurality of second APs based on the scanning parameter values and select a set of target APs based on the weights. The first AP may then scan the set of target APs for the FTM scan so that the rest of the plurality of second APs are relieved from participating in the FTM scan thereby reducing the performance impact on the rest of the plurality of second APs. After the FTM scan cycle is completed, the first AP may update the weights and select another set of target APs based on the updated weights to perform another FTM scan cycle.

Abstract: A penis massager includes a housing defining a first space and a second space therein, a sleeve provided in the first space of the housing, a driving motor mounted in the second space of the housing, and at least two handles extending outwardly from an outer face of the housing for holding of the penis massager. The sleeve defines an interior volume for accommodating a penis therein. The driving motor is connected to the sleeve in a transmission way, configured for driving to sleeve to move and/or rotate relative to the housing, thereby providing a massaging stimulation to the penis in the sleeve.