Abstract: The present invention provides a control method of aMLD, wherein the MLD includes a first station and a second station. The control method includes: using the first station to wirelessly transmit a first packet; notifying the second station that the first station is transmitting the first packet; determining an upper limit of a RX gain of the second station; determining a first RX gain of the second station according to information of a header of a second packet received by the second station and the upper limit of the RX gain; using the first RX gain to receive a payload of the second packet; and after receiving a notification indicating that a transmission of the first packet is ended, releasing the upper limit of the reception gain of the second station.

Abstract: The present invention provides a control method of an electronic device is disclosed, wherein the electronic device includes a first antenna and a second antenna. The control method includes the steps of: setting one of the first antenna and the second antenna as a default antenna; receiving a plurality of packets within an interval; for each of the plurality of packets, comparing a signal strength corresponding to the first antenna and a signal strength of the second antenna to generate a first comparison result; updating a first value or a second value according to the first comparison result; wcomparing the first value and the second value to generate a second comparison result when running out the interval; and selecting one of the first antenna and the second antenna to be the default antenna according to the second comparison result.

Abstract: A compressor may include a shell assembly, orbiting and non-orbiting scrolls, a bearing housing, a bushing, a damper, and a fastener. The bearing housing includes a first aperture. The bushing may include an axial end abutting the bearing housing. The bushing may extend through a second aperture of the non-orbiting scroll. The bushing may include a third aperture. The damper may be received in a pocket that may be defined by and disposed radially between an outer diametrical surface of the bushing and an inner diametrical surface of the non-orbiting scroll. The damper may be at least partially disposed within the second aperture and may encircle the second portion of the bushing. The fastener may include a shaft portion and a flange portion. The shaft portion may extend through the third aperture and into the first aperture. The flange portion may contact a first axial end of the damper.

Abstract: A compressor may include a shell assembly, orbiting and non-orbiting scrolls, a bearing housing, a bushing, a damper, and a fastener. The bearing housing includes a first aperture. The bushing may include an axial end abutting the bearing housing. The bushing may extend through a second aperture of the non-orbiting scroll. The bushing may include a third aperture. The damper may be received in a pocket that may be defined by and disposed radially between an outer diametrical surface of the bushing and an inner diametrical surface of the non-orbiting scroll. The damper may be at least partially disposed within the second aperture and may encircle the second portion of the bushing. The fastener may include a shaft portion and a flange portion. The shaft portion may extend through the third aperture and into the first aperture. The flange portion may contact a first axial end of the damper.

Abstract: A modular elevator sheave comprises a mandrel body, wherein multiple sheave units are arranged side by side along the mandrel body, and wherein, the outer wall of the outer circumference of the sheave unit is provided with a groove. In this structural composition, the mandrel body with multiple sheave units, which increases the overall strength and rigidity of the sheave. Furthermore, the number of sheave unit used can be increase and decrease depending on the need or situation, and it should be noted that since the sheave unit can be replaced individually when damaged, it is easier to maintain and reduce repairing costs.

Abstract: A modular elevator sheave comprises a mandrel body, wherein multiple sheave units are arranged side by side along the mandrel body, and wherein, the outer wall of the outer circumference of the sheave unit is provided with a groove. In this structural composition, the mandrel body with multiple sheave units, which increases the overall strength and rigidity of the sheave. Furthermore, the number of sheave unit used can be increase and decrease depending on the need or situation, and it should be noted that since the sheave unit can be replaced individually when damaged, it is easier to maintain and reduce repairing costs.

Abstract: An electrical connector includes an insulating body, and a first and second terminal groups located in the insulating body. The second terminal group is located below the first terminal group. The first terminal group has a first grounding terminal, and two pairs of first differential signal terminals located at two sides. The second terminal group has a pair of second differential signal terminals, a second grounding terminal and a power supply terminal located at two sides. The first differential signal terminal, the first and second grounding terminals, and the power supply terminal have a first, third, fourth and fifth fixing portions fixed to the insulating body, and a first, third, fourth and fifth vertical portions bends downward and extends from the corresponding fixing portions. The first grounding terminal is wider than the second differential signal terminal. The fourth and fifth vertical portions are wider than the first vertical portion.

Abstract: An electrical connector includes an insulating body, and a first and second terminal groups located in the insulating body. The second terminal group is located below the first terminal group. The first terminal group has a first grounding terminal, and two pairs of first differential signal terminals located at two sides. The second terminal group has a pair of second differential signal terminals, a second grounding terminal and a power supply terminal located at two sides. The first differential signal terminal, the first and second grounding terminals, and the power supply terminal have a first, third, fourth and fifth fixing portions fixed to the insulating body, and a first, third, fourth and fifth vertical portions bends downward and extends from the corresponding fixing portions. The first grounding terminal is wider than the second differential signal terminal. The fourth and fifth vertical portions are wider than the first vertical portion.

Abstract: A light emitting diode (LED) lighting device includes a light case, a plurality of heatsinks, a plurality of LED modules and a plurality of power supplies. Each of the heatsinks is connected with one of the LED modules and one of the power supplies correspondingly to form one LED light unit. The LED light units are assembled with the light case to form the LED lighting device.

Abstract: A light emitting diode (LED) lighting device includes a light case, a plurality of heatsink, a plurality of LED modules and a plurality of power supplies. Each of the heatsink is connected with one of the LED modules and one of the power supplies correspondingly to form one LED light unit. The LED light units are assembled with the light case to form the LED lighting device.

Abstract: A method for animating an image is useful for animating avatars using real-time speech data. According to one aspect, the method includes identifying an upper facial part and a lower facial part of the image (step 705); animating the lower facial part based on speech data that are classified according to a reduced vowel set (step 710); tilting both the upper facial part and the lower facial part using a coordinate transformation model (step 715); and rotating both the upper facial part and the lower facial part using an image warping model (step 720).

Abstract: A mobile phone with pedometer, which can detect the user's physical-activity status and can generate and display the calorie and fatness the user consumes via the user's inputting the related parameters, such as weight, stride, etc. is disclosed. Further, via inputting the parameters, such as the number of objective step, the standard of insufficient physical activity, etc., into the mobile phone with pedometer, the user can monitor and control his/her physical activity status.

Abstract: An optical compact disk drive includes a housing and a mounting seat with a disk-supporting tray that has opposite front and rear peripheral portions and that is formed with a recess between the front and rear peripheral portions and an elongated opening extending from a center of the recess to the rear peripheral portion. A pair of front air-communicating openings are formed in the front peripheral portion, and at least a rear air-communicating opening is formed in the rear peripheral portion. Air is permitted to flow from a bottom side to a top side of the disk-supporting tray through the front and rear air-communicating openings.

Abstract: A panel structure installed on an electric device. The electric device includes a circuit board including at least one indicating lamp for displaying actions and at least one button switch for inputting the default command. The panel structure includes a panel connected to the electric device for covering the circuit board, the panel including at least one slotting, and at least one button installed between the circuit board and the panel for matching the slotting. The button includes a prominent part, a pressing part extended from the bottom of the prominent part, and an elastic frame extended from the bottom of the prominent part, wherein the one end of the elastic frame is connected to the panel for holding the button slightly protruded from the slotting when the button is not being forced and for making the pressing part contact with the button switch when the button is being forced.

Abstract: An optical compact disk drive includes a housing and a mounting seat with a disk-supporting tray that has opposite front and rear peripheral portions and that is formed with a recess between the front and rear peripheral portions and an elongated opening extending from a center of the recess to the rear peripheral portion. A pair of front air-communicating openings are formed in the front peripheral portion, and at least a rear air-communicating opening is formed in the rear peripheral portion. Air is permitted to flow from a bottom side to a top side of the disk-supporting tray through the front and rear air-communicating openings.