Abstract: A female connector has a female connector housing, a fastening member, and a resilient member. The female connector housing is provided with a slot at a portion thereof which receives a male connector, the slot forming at least one accommodating portion in a circumferential direction of the female connector housing. The fastening member is inserted into the slot and movable between a blocking position and an unblocking position. The resilient member is resiliently connected between the female connector housing and the fastening member, and the resilient member to apply a restoring force to the fastening member to move the fastening member towards the blocking position when the fastening member is in the unblocking position.

Abstract: The present disclosure provides a female connector for receiving and being fixedly connected to a male connector having a retention groove, the female connector including a housing and a retention clip. The retention clip has a fixed portion and a movable portion, wherein the fixed portion is connected to the housing, and the movable portion is movable between a locked position and a released position along a surface of the housing. The retention clip is configured such that a retention flange can project into the channel and be located in a travel path of the male connector when the movable portion is in the locked position, and the retention flange exits the channel and is out of the travel path of the male connector when the movable portion is in the released position. The fixing portion of the retention clip of the present disclosure is connected to the housing, and thus the retention clip would not be detached from the housing even when an operator applies a large force.

Abstract: A female connector comprises a female connector housing and a flow separating seal. The female connector housing comprises a connecting section, an inlet section and an outlet section of which each being generally tubular. The connecting section comprises a first end and a second end opposite to each other, and the inlet section and the outlet section are connected to the first end and in fluid connection with the connecting section. The connecting section receives the male connector housing via the second end. The flow separating seal is arranged in the female connector housing. The flow separating seal is configured to allow the inlet section and the outlet section respectively to fluidly connect with a male connector inlet channel and a male connector outlet channel in a sealed manner to form a connector assembly inlet channel and a connector assembly outlet channel separated from each other.

Abstract: A female connector having a housing and a retaining clamp. The housing has a channel and a housing window. The retaining clamp is around at least part of the housing and comprises a pair of arms deflectable towards or away from each other. Each arm is provided with a retaining groove, enters the channel of the housing through the housing window and is in a travel path of a retaining flange of a male connector. During the female connector receiving the male connector, when the retaining flange is in contact with the arms but is not yet aligned with the retaining grooves, it deflects the arms out of the travel path of the retaining flange, when the retaining flange is aligned with the retaining grooves, the arms return to the travel path of the retaining flange to accommodate the retaining flange in the retaining grooves.

Abstract: The present disclosure provides a female connector and a connector assembly. The female connector includes a female connector shell and a snap-fit fastener. The retaining portion is elastically deformable and the retaining portion and the locking portion are configured to enter the receiving channel through the retaining channel and the locking channel, respectively, wherein the snap-fit fastener has a first position and a second position, and is movable between the first position and the second position in a radial direction of the female connector shell. The retaining portion is configured to elastically deform under the action of the male connector to provide a force that drives the snap-fit fastener to move from the first position to the second position. The snap-fit fastener in the first position can move to the second position only after the male connector and the female connector are fixed, so that it is possible to visually determine whether the male connector and the female connector are fixed.

Abstract: The present disclosure provides a female connector for receiving and being fixedly connected to a male connector having a retention groove, the female connector including a housing and a retention clip. The retention clip has a fixed portion and a movable portion, wherein the fixed portion is connected to the housing, and the movable portion is movable between a locked position and a released position along a surface of the housing. The retention clip is configured such that a retention flange can project into the channel and be located in a travel path of the male connector when the movable portion is in the locked position, and the retention flange exits the channel and is out of the travel path of the male connector when the movable portion is in the released position. The fixing portion of the retention clip of the present disclosure is connected to the housing, and thus the retention clip would not be detached from the housing even when an operator applies a large force.

Abstract: Described is a female connector having a housing, a retaining clamp, and an indicating clamp. The housing has a channel running through it and a window on its side. The retaining clamp wraps around part of the housing and can move into the channel through the window to lock the female connector to a male connector. The indicating clamp is placed around both the retaining clamp and the housing and is temporarily locked to the retaining clamp. When the male connector is inserted but not yet fully secured, the indicating clamp stays locked. Once the male connector is fully secured, the indicating clamp unlocks and can be removed.

Abstract: Example communication methods and apparatus are described. In one example method, a transmitting end first encapsulates, according to a first wireless communication protocol, to-be-transmitted data, then performs encapsulation according to a second wireless communication protocol. The transmitting end sends, by using a wireless communication technology corresponding to the second wireless communication protocol, a data frame obtained through encapsulation. Correspondingly, after receiving the data frame by using the wireless communication technology corresponding to the second wireless communication protocol, a receiving end first decapsulates the data frame according to the second wireless communication protocol, and then performs decapsulation according to the first wireless communication protocol to obtain the data sent by the transmitting end.

Abstract: The present disclosure provides a female connector for receiving and being secured with a male connector. The female connector comprises a housing and an indicating slider. The housing defines therein a channel extending in an axial direction and is provided with an opening extending in the axial direction. The indicating slider is slidably connected to the housing and configured to be slidable in the axial direction. The indicating slider extends from the opening into the channel of the housing, and is configured to be capable of sliding under the push of a retaining flange of the male connector when the female connector receives the male connector through the channel, and to reach an indicating position when the male connector is secured in place in the female connector.

Abstract: The present disclosure provides a female connector comprising a female connector housing and a flow separating seal. The female connector housing comprises a connecting section, an inlet section and an outlet section of which each being generally tubular. The connecting section comprises a first end and a second end opposite to each other, and the inlet section and the outlet section are connected to the first end and in fluid connection with the connecting section. The connecting section receives the male connector housing via the second end. The flow separating seal is arranged in the female connector housing. The flow separating seal is configured to allow the inlet section and the outlet section respectively to fluidly connect with a male connector inlet channel and a male connector outlet channel in a sealed manner to form a connector assembly inlet channel and a connector assembly outlet channel separated from each other.

Abstract: A short-distance wireless communication method includes a sending device that sends first clock information to a relay device, where the first clock information indicates a local clock of the sending device, and communication between the sending device and a receiving device is performed based on at least the first clock information. The sending device sends first service data to the receiving device via the relay device. In this manner, the relay device can relay and amplify BLUETOOTH information to increase a transmission distance, and ensure that a frequency hopping sequence, physical layer modulation and bandwidth, and an encryption mode remain unchanged before and after a host is transferred, to ensure a service to be continuously performed and avoid freezing.

Abstract: A compressor and an air conditioning system. The compressor includes two compressing structures and an intermediate gas supplement structure. A communication pipe is provided between a gas exhaustion port of one compressing structure and a gas suction port of another compressing structure in the two compressing structures. The intermediate gas supplement structure is in communication with the communication pipe. At least one compressing structure is provided with a gas supplement structure. In the compressor and the air conditioning system, the gas supplement structure is provided to at least one compressing structure, so that at least two levels of gas supplement to the compressor are provided.

Abstract: A camera module comprises a supporting member for supporting a sensor chip to move relative to a lens for correcting camera shake, a plurality of bulges is provided between the supporting member and a bottom plate. The bulges provide a reduced resistance to sliding on the supporting member. An electronic device using the module is also disclosed.

Abstract: Disclosed is a female connector having a female connector housing, a fastening member, and a resilient member. The female connector housing is provided with a slot at a portion thereof which receives a male connector, the slot forming at least one accommodating portion in a circumferential direction of the female connector housing. The fastening member is inserted into the slot and movable between a blocking position and an unblocking position. The resilient member is resiliently connected between the female connector housing and the fastening member, and the resilient member to apply a restoring force to the fastening member to move the fastening member towards the blocking position when the fastening member is in the unblocking position.

Abstract: The present disclosure provides a compressor and an air conditioner. The compressor includes a housing; a first rotating shaft mounted in the housing; a connecting assembly sleeved on the first rotating shaft; and a first rotor assembly including a first rotor and a second rotor coaxially disposed on the connecting assembly. The connecting assembly carries the first rotor and the second rotor to rotate about the first rotating shaft together. The connecting assembly is configured to limit the relative positions of the first rotor and the second rotor, such that there exists a clearance between the first rotor and the second rotor. The present disclosure can maintain a clearance between the first rotor and the second rotor without increasing the number of components of the compressor.

Abstract: A photographing device able to not requiring installation and space in a non-display area of an electronic device includes a base, a prism mechanism, and a photosensitive mechanism. The base includes a receiving groove, and inclined first and second stop surfaces. The prism mechanism is rotatably coupled to the base, accommodated in the receiving groove, and includes incident and light-emitting surfaces at right angles. The first and second stop surfaces are in the rotation path of the light emitting surface. The photosensitive mechanism includes a photosensitive surface parallel to the first stop surface. When the light emitting surface resists against the first stop surface, the light emitting surface faces the photosensitive surface, and at least part of the incident surface is located outside the receiving groove. When the light emitting surface resists against the second stop surface, the incident surface is accommodated in the receiving groove.

Abstract: This application relates to a resource negotiation method and apparatus, a device, a computer-readable storage medium, and a computer program product. In an example method, a first primary device obtains, through a secondary device, resource allocation information provided by a second primary device. The resource allocation information indicates at least a time resource for transmission from the first primary device or the second primary device to the secondary device. The first primary device determines, in an event periodicity based on the obtained resource allocation information, a first time resource for transmission from the first primary device to the secondary device.

Abstract: A first device performs periodic scanning alternately, where a first scanning periodicity is used for a first-type Bluetooth connection, and a second scanning periodicity is used for a second-type Bluetooth connection; the first device receives a first-type data packet from a second device in a first scan window of any first scanning periodicity, where the first-type data packet is used to establish the first-type Bluetooth connection; the first device obtains, based on the first-type data packet, a second connection parameter for establishing the second-type Bluetooth connection to the second device; and the first device establishes the second-type Bluetooth connection to the second device based on the second connection parameter.

Abstract: The present disclosure provides a sealing ring, which comprises an annular base, an inside sealing portion, and an outside sealing portion. The annular base comprises an inner annular side and an outer annular side. The inside sealing portion protrudes inwardly from the inner annular side. The outside sealing portion protrudes outwardly from the outer annular side. At least one of the inside sealing portion and the outside sealing portion has a contour undulating in an axial direction of the annular base or inclined with respect to a radial direction of the annular base. The sealing ring according to the present disclosure is used for a sealing between side surfaces of two components (such as a male connector and a female connector of a connector assembly) that cooperate with each other by insertion, and by the above configuration, an insertion force that an operator needs to apply during the insertion operation between the two components can be reduced.

Abstract: Embodiments of this application disclose a head-mounted wireless headset and a communication method thereof, and relate to the communication field. A specific solution is as follows: The head-mounted wireless headset includes: a first headphone, including: a first short-range wireless communication chip and a first radio frequency antenna, where the first short-range wireless communication chip is coupled to the first radio frequency antenna; a second headphone, including: a second short-range wireless communication chip and a second radio frequency antenna, where the second short-range wireless communication chip is coupled to the second radio frequency antenna; and a data bus, separately connected to the first short-range wireless communication chip and the second short-range wireless communication chip, and configured to provide a physical link required for communication between the first short-range wireless communication chip and the second short-range wireless communication chip.