Abstract: A headphone includes a headgear and two earmuffs connected to opposite ends of the headgear, and each of the earmuffs includes an adjustment assembly. The adjustment assembly includes a base, two elastic members, two protrusions, and two sliding blocks. The base has two opposite accommodating parts and two guiding grooves. The elastic members are disposed in the accommodating parts, respectively, and the elastic members extend along a first axial direction. The protrusions are slidably connected to the guiding grooves, respectively, and protrude into the accommodating parts. The sliding blocks are disposed in the accommodating parts, respectively, and each of the sliding blocks is respectively connected between the corresponding protrusion and the corresponding elastic member.

Abstract: The invention is to provide a vibration fitness machine, comprising: a bottom seat, a driving device, two linkage mechanisms, a plurality of eccentric units and an upper cover seat body. The driving device drives the linkage mechanism to act through an eccentric shaft. The linkage mechanism is composed of at least three linkages, wherein the second and third linkages are pivotally connected to a left and right sides of the first linkage, and the middle between the second and third linkages and another end are pivotally connected to a fastening seat and the carrying seat, respectively, through the eccentric unit. The carrying seat is fixedly connected to the upper cover seat body so that the second and third linkages can generate up and down displacement as the same as seesaw-like at left and right sides, capable of driving the upper cover seat body to generate vertical motion as up and down displacement repeatedly, thereby achieving vibration fitness effect.

Abstract: Methods of fabricating a bioresorbable polymer scaffold are disclosed including a step of inducing crystallization in a bioresorbable polymer construct through exposure to a liquid penetrant.

Abstract: Methods of fabricating a bioresorbable polymer scaffold are disclosed including a step of inducing crystallization in a bioresorbable polymer construct through exposure to a liquid penetrant.

Abstract: Methods of fabricating a bioresorbable polymer scaffold are disclosed including a step of inducing crystallization in a bioresorbable polymer construct through exposure to a liquid penetrant.

Abstract: A portable solar energy collecting device includes a container configured with an accommodating space therein and including a transparent housing. The transparent housing is formed with a vacuum chamber defined between the inner and outer surrounding walls and surrounding the accommodating space. A heat-absorbing unit is disposed in the accommodating space in the container, absorbs solar energy when the housing is irradiated by solar radiation, and converts the solar energy into thermal energy that is accumulated in the accommodating space in the container.

Abstract: A data buffer device that includes a write unit and a read unit, and is disposed between a first interface device and a second interface device is provided. The write unit further includes a first write buffer, a second write buffer and a write controller. The write controller controls the first write buffer and the second write buffer to receive and transmit data from the first interface device to the second interface device alternatively according to the requests of the first interface device and the second interface device. The read unit further includes a first read controller, a first read buffer and a second read buffer. The read controller controls the first read buffer and the second read buffer to receive and transmit data from the second interface device to the first interface device alternatively according to the requests of the first interface device and the second interface device.

Abstract: A method for determining a buffer size of devices in an embedded system is disclosed. A buffer fill time (BFT) and a request response time (RRT) are determined. Next, a media data rate (MDR) and a number of bus masters (NBM) are calculated. Finally, a lowest buffer size of a device is determined according to the BFT, the MDR and NBM of the system.

Abstract: A method for determining a buffer size of devices in an embedded system is disclosed. A buffer fill time (BFT) and a request response time (RRT) are determined. Next, a media data rate (MDR) and a number of bus masters (NBM) are calculated. Finally, a lowest buffer size of a device is determined according to the BFT, the MDR and NBM of the system.

Abstract: The present invention relates to an embedded system and method, and in particular relates to an embedded system with a bus and an arbitration method. An arbitration method is applied in an embedded system that comprises a plurality of devices, a bus and an arbiter. Each device comprises a buffer and a time-to-death value. The arbiter chooses one device to access data through the bus according to the plurality of TTD values. The arbitration method comprises: sending a plurality of request signals to the arbiter; choosing one device to access data through the bus according to the plurality of TTD values, wherein the chosen device with a minimum TTD value is chosen; increasing the TTD value of the chosen device when the chosen device is accessing data through the bus; choosing another device to access data through the bus when the TTD value of another device becomes minimum.

Abstract: A data buffer device that includes a write unit and a read unit, and is disposed between a first interface device and a second interface device is provided. The write unit further includes a first write buffer, a second write buffer and a write controller. The write controller controls the first write buffer and the second write buffer to receive and transmit data from the first interface device to the second interface device alternatively according to the requests of the first interface device and the second interface device. The read unit further includes a first read controller, a first read buffer and a second read buffer. The read controller controls the first read buffer and the second read buffer to receive and transmit data from the second interface device to the first interface device alternatively according to the requests of the first interface device and the second interface device.

Abstract: The present invention relates to a method for forming LED. In the present invention, LED dies are defined by photolithography and etching processes to replace a cutting step, and a metal substrate of the LED is formed by chemical or physical method.

Abstract: The present invention relates to a method for forming LED. In the present invention, LED dies are defined by photolithography and etching processes to replace a cutting step, and a metal substrate of the LED is formed by chemical or physical method.

Abstract: The present invention relates to a method for forming LED. In the present invention, LED dies are defined by photolithography and etching processes to replace a cutting step, and a metal substrate of the LED is formed by chemical or physical method.

Abstract: The present invention relates to a method for forming LED. In the present invention, LED dies are defined by photolithography and etching processes to replace a cutting step, and a metal substrate of the LED is formed by chemical or physical method.

Abstract: A method of early release of buffers and a related media access control chip are disclosed, wherein the method includes the steps of: receiving an Ethernet packet from a port, allocating a buffer area having a plurality of buffers stitched sequentially for storing the Ethernet packet, transmitting the Ethernet packet from the destination port, and releasing the buffers when the transmission starts if the destination port is full-duplex transmission mode, or releasing the buffers after at least 128 bytes of the packet is transmitted if the destination port is half-duplex transmission mode. The Ethernet packet can be either uni-cast, multi-cast or broadcast.

Abstract: The present invention includes step of selecting a provisional substrate, and forming semiconductor device structure is formed on the provisional substrate. The provisional substrate includes conductor material, semiconductor material or insulator material. Then, next step is to separate the chips on the provisional substrate into a plurality of individual units on the provisional substrate. The separating method includes but is not limited to physical method such as cutting by knife or laser or, chemical method such as lithography. Next step is to select a permanence substrate to attach the device to the permanence substrate by using physical or chemical method. The attaching method includes the usage of glue, metal, fusion, pressure, van der waale force, and so on. Subsequently, the provisional substrate on the other side of the semiconductor device is removed. The method of removing the provisional substrate includes but is not limited to physical polish, chemical etching, or laser removal.

Abstract: A novel method of using lasers for generating driving energy for activating P-type compound semiconductor films and reducing the resistivity thereof. The P-type compound semiconductor films are made from III-V nitrides or II-VI group compounds doped with P-type impurity. The present invention can be carried out in the ambience of atmosphere rather than in the ambience of nitrogen gas. In addition, adjusting the power and focusing distance of a laser source, and the power density can change the time required by the activating process.