Abstract: A semiconductor device includes a first die having a first bonding layer; a second die having a second bonding layer disposed over and bonded to the first bonding layer; a plurality of bonding members, wherein each of the plurality of bonding members extends within the first bonding layer and the second bonding layer, wherein the plurality of bonding members includes a connecting member electrically connected to a first conductive pattern in the first die and a second conductive pattern in the second die, and a dummy member electrically isolated from the first conductive pattern and the second conductive pattern; and an inductor disposed within the first bonding layer and the second bonding layer. A method of manufacturing a semiconductor device includes bonding a first inductive coil of a first die to a second inductive coil of a second die to form an inductor.

Abstract: A flow entry aggregation method of a network system includes classifying a plurality of flow entries into a plurality of partitions according to a plurality of indicators of the plurality of flow entries, wherein each flow entry utilizes ternary strings to represent at least one field of the flow entry and the plurality of indicators are utilized to indicating network requirements corresponding to the plurality of flow entries; and utilizing bit merging or subset merging to compress the flow entries in the same partition.

Abstract: A flow entry aggregation method of a network system includes classifying a plurality of flow entries into a plurality of partitions according to a plurality of indicators of the plurality of flow entries, wherein each flow entry utilizes ternary strings to represent at least one field of the flow entry and the plurality of indicators are utilized to indicating network requirements corresponding to the plurality of flow entries; and utilizing bit merging or subset merging to compress the flow entries in the same partition.

Abstract: The wheel includes a tire, a rim, two groups of supporting members. The tire is coupled to the rim. The groups of supporting members are oppositely positioned and received in the tire. Each group of supporting members are separately positioned from each other. The supporting members of each group are coupled to an inner surface of the tire by injection method. Central axes of the supporting members of each group are coincident or parallel. A central axis of each supporting member is coincident with or parallel to a central axis of a central axis of the tire.

Abstract: A mirror structure permitting an undistorted view of the blind spots of a vehicle include a first lens module and a second lens module. The first lens module is mounted on an A-pillar of a vehicle and located outside of the vehicle; the second lens module is opposite the first lens module and mounted inside of the vehicle on the A-pillar. The first lens module focuses light beams which would otherwise be blocked by the A-pillar of the vehicle and transmits the light beams to a front windshield of the vehicle, the light beam passing through the front windshield to reach the second lens module, the second lens module diffusing the light beams into the vision of a driver.

Abstract: A continuously variable transmission includes a housing, an input assembly, a driven assembly, an output assembly, and a speed changing rod. The input assembly, the driven assembly, and the output assembly are rotatably assembled to the housing. The input assembly includes a power input shaft and a first friction member fixedly sleeved on the power input shaft. The driven assembly is positioned oppositely to the input assembly. The driven assembly includes a rotation shaft and a second friction member fixedly sleeved on the rotation shaft. The output assembly includes a power output shaft and a rotational wheel non-rotatably sleeved on the power output shaft and engaging between the first friction member and the second friction member. Rotations of the first friction member and the second friction member rotate the power output shaft, a transmission ratio of continuously variable transmission is adjustable by moving the speed changing rod.

Abstract: An automobile includes an anti-dazzling system and a luminous body. The anti-dazzling system includes a sensing module, a calculating unit, a controlling module and a display module. The sensing module includes a signal receiver and a recorder. The signal receiver defines a through hole and a signal receiving chip is received therein. The signal receiving chip can receive infrared light through the hole. The recorder can obtain an emitting time and a receiving time of the infrared light, and send the emitting time and the receiving time to the calculating unit. The calculating unit calculates a size and a location of the display module to be shielded, and sends the size and the location of area to be shielded to the controlling module to control the correspondingly area of the display module being opaque or translucent. The present disclosure also provides an anti-dazzling method.

Abstract: A traffic monitoring system includes a plurality of road monitoring devices and a traffic control center electronically coupled to the road monitoring devices. Each road monitoring device has specific transmittable position information stored therein. The traffic control center has stored transmittable images of a plurality of vehicle types and stored transmittable images of the plurality of roads to be monitored. When one or more vehicles passes one of the road monitoring devices, the road monitoring device receives a vehicle identification code from each vehicle, calculates position information of each vehicle and transmits the road monitoring device position information, each vehicle identification code and the vehicle position information for each vehicle to the traffic control center. The traffic control center configures a three dimensional traffic image from all of the vehicle images of the one or more vehicles passing the one of the road monitoring devices.

Abstract: A rotary assembly includes a shaft, a rotary member, a fixing member, a sliding member, and a shank. The shaft defines a latching groove. The rotary member defines a plurality of notched grooves. The fixing member is coupled to the rotary member. The sliding member secures the shaft and the rotary member, the sliding member protruding a resisting block. The shank includes a plurality of teeth. The rotary member passes through the sliding member to rotate around the shaft and the fixing member, the resisting block engages the latching groove, and the plurality of teeth engage the plurality of notched grooves.

Abstract: A driving recorder of a vehicle includes a video module, a processing module electrically connected to the video module; a display module, an audio module, a Wi-Fi antenna module, and an input module electrically connected to the processing module. The processing module is configured to receive data and process the received data. The Wi-Fi antenna module includes a first unidirectional antenna and a second unidirectional antenna. The first unidirectional antenna is configured to receive a Wi-Fi signal in front of the vehicle and emit a Wi-Fi signal to the front of the vehicle. The second unidirectional antenna is configured to receive a Wi-Fi signal from behind the vehicle and emit a Wi-Fi signal towards the back. The input module is configured to selectively transmit data to the processing module.

Abstract: The wheel includes a tire, a rim, two groups of supporting members. The tire is coupled to the rim. The groups of supporting members are oppositely positioned and received in the tire. Each group of supporting members are separately positioned from each other. The supporting members of each group are coupled to an inner surface of the tire by injection method. Central axes of the supporting members of each group are coincident or parallel. A central axis of each supporting member is coincident with or parallel to a central axis of a central axis of the tire.

Abstract: An automobile includes an anti-dazzling system and a luminous body. The anti-dazzling system includes a sensing module, a calculating unit, a controlling module and a display module. The sensing module includes a signal receiver and a recorder. The signal receiver defines a through hole and a signal receiving chip is received therein. The signal receiving chip can receive infrared light through the hole. The recorder can obtain an emitting time and a receiving time of the infrared light, and send the emitting time and the receiving time to the calculating unit. The calculating unit calculates a size and a location of the display module to be shielded, and sends the size and the location of area to be shielded to the controlling module to control the correspondingly area of the display module being opaque or translucent. The present disclosure also provides an anti-dazzling method.

Abstract: A traffic monitoring system includes a plurality of road monitoring devices and a traffic control center electronically coupled to the road monitoring devices. Each road monitoring device has specific transmittable position information stored therein. The traffic control center has stored transmittable images of a plurality of vehicle types and stored transmittable images of the plurality of roads to be monitored. When one or more vehicles passes one of the road monitoring devices, the road monitoring device receives a vehicle identification code from each vehicle, calculates position information of each vehicle and transmits the road monitoring device position information, each vehicle identification code and the vehicle position information for each vehicle to the traffic control center. The traffic control center configures a three dimensional traffic image from all of the vehicle images of the one or more vehicles passing the one of the road monitoring devices.

Abstract: A rear-view mirror is for the driver to view the rear of the vehicle. The rear-view mirror includes a concave lens positioned in the vehicle body and a reflective module installed in the vehicle. The concave lens is positioned outwardly from the vehicle body. The reflective module includes a reflective mirror optically coupled with the concave lens. The concave lens is applied to the vehicle replacing the traditional rear-view mirror, therefore the width of the vehicle body is reduced, and very convenient for the driver to view the rear of the vehicle.

Abstract: A continuously variable transmission includes a housing, an input assembly, a driven assembly, an output assembly, and a speed changing rod. The input assembly, the driven assembly, and the output assembly are rotatably assembled to the housing. The input assembly includes a power input shaft and a first friction member fixedly sleeved on the power input shaft. The driven assembly is positioned oppositely to the input assembly. The driven assembly includes a rotation shaft and a second friction member fixedly sleeved on the rotation shaft. The output assembly includes a power output shaft and a rotational wheel non-rotatably sleeved on the power output shaft and engaging between the first friction member and the second friction member. Rotations of the first friction member and the second friction member rotate the power output shaft, a transmission ratio of continuously variable transmission is adjustable by moving the speed changing rod.

Abstract: A mirror structure permitting an undistorted view of the blind spots of a vehicle include a first lens module and a second lens module. The first lens module is mounted on an A-pillar of a vehicle and located outside of the vehicle; the second lens module is opposite the first lens module and mounted inside of the vehicle on the A-pillar. The first lens module focuses light beams which would otherwise be blocked by the A-pillar of the vehicle and transmits the light beams to a front windshield of the vehicle, the light beam passing through the front windshield to reach the second lens module, the second lens module diffusing the light beams into the vision of a driver.

Abstract: A rotary assembly includes a shaft, a rotary member, a fixing member, a sliding member, and a shank. The shaft defines a latching groove. The rotary member defines a plurality of notched grooves. The fixing member is coupled to the rotary member. The sliding member secures the shaft and the rotary member, the sliding member protruding a resisting block. The shank includes a plurality of racks. The rotary member passes through the sliding member to rotate around the shaft and the fixing member, the resisting block engages the latching groove, and the plurality of racks engage the plurality of notched grooves.

Abstract: A projection device includes a base, a desk lamp, a projector, a supporting member, and a fastener assembly. The desk lamp defines a first hole. The projector defines a second hole aligned with the first hole of the desk lamp. One end of the supporting member is connected to the base, and another end of the supporting member is connected to the desk lamp. The fastener assembly includes a bolt and a nut. The nut is fixed in the projector. The bolt is capable of passing through the first hole and being screwed into the nut via the second hole to connect the projector to the desk lamp.