Abstract: A suspension wheel apparatus for glass doors includes a suspension wheel set, a wheel seat and a bridging element. The bridging element is screwed on a clamping fixture to hold a glass door and has an arched round head held by the wheel seat to form an arched surface contact. Thus the bridging element can be directed to an upright position without skewing forwards, rearwards, leftwards or rightwards. The wheel seat has a conical orifice to increase the swinging room of the bridging element. Therefore, the glass door can be moved smoothly and steadily for opening or closing in close contact with a track, and adjustment can be made accurately and securely.

Abstract: Methods for making footwear products include: (a) applying cement to a surface of an upper and/or midsole; (b) cooling the upper and/or midsole so that these parts will move relative to one another despite the cement's presence; and (c) placing the midsole in the upper. Additional methods include: (a) providing an upper having an interior chamber; (b) placing a prelast member including a midsole allowance part into the chamber; (c) removing the prelast member; and (d) placing a midsole in the chamber. The upper and/or midsole may have cement applied thereto and may be cooled before the insertion step, as described above. When sufficiently cooled, the cement will not immediately bind the parts contacting it, but it will allow relative movement of these parts. After the midsole is positioned in the upper, the assembly may be heated to activate the cement and fix the parts together.

Abstract: A data processing method is provided. Target page data are read from a memory cell array and addresses of multiple programmed-error bits are stored. A first syndrome polynomial and a second syndrome polynomial are obtained according to the target page data, and the target page data are saved as a first codeword and a second codeword. An errata locator polynomial is obtained according to the syndrome polynomials, and a first error count and a second error count are obtained according to the errata locator polynomial, the first codeword and the second codeword. A set of reference codes is obtained according to the errata locator polynomial. Read page data are outputted according to the addresses of the programmed-error bits, the first error count and the second error count. The read page data are corrected according to the set of reference codes to obtain corrected read page data.

Abstract: Methods for making footwear products include: (a) applying cement to a surface of an upper and/or midsole; (b) cooling the upper and/or midsole so that these parts will move relative to one another despite the cement's presence; and (c) placing the midsole in the upper. Additional methods include: (a) providing an upper having an interior chamber; (b) placing a prelast member including a midsole allowance part into the chamber; (c) removing the prelast member; and (d) placing a midsole in the chamber. The upper and/or midsole may have cement applied thereto and may be cooled before the insertion step, as described above. When sufficiently cooled, the cement will not immediately bind the parts contacting it, but it will allow relative movement of these parts. After the midsole is positioned in the upper, the assembly may be heated to activate the cement and fix the parts together.

Abstract: The present invention relates to a fixing structure of motor spindle, which includes a spindle and a snap ring. One end of the spindle has a snap slot with a reduced diameter, and the inner hole of the snap ring shall be slightly greater than the maximum outer diameter of the snap slot, thereby maintaining a gap with a radius difference between the inner hole of the snap ring and the snap slot of the spindle in size of less than or equivalent to 0.37 mm. Meanwhile, by means of the holding effect of a bearing and a bottom cap, the snap ring of the present invention won't rotate with the spindle and won't generate noise due to abrasion with the spindle. Not only can the snap ring stably hold and fix the spindle to prevent the spindle from disengaging, but also it is free of the noise issue out of abrasion.

Abstract: An adjustable glass hinge mainly includes a fastening assembly fastened to a door frame and a clipping plate assembly to clip a glass panel. The fastening assembly includes a fastening seat, two bucking elements disposed from one side in the fastening seat and coupled respectively with an elastic element, a pintle running through another side of the fastening seat and a seat board fastened to the fastening seat. The clipping plate assembly has a first clip plate and a second clip plate that are coupled together, two pads held on an inner side of the first and second clip plates and a clipping blade to hold and confine two directing members. Alignment of the glass panel can be accomplished quickly.

Abstract: A writing method of a memory module comprises temporarily storing a piece of 2m-byte data as p characters, wherein each character comprises q bits, and m, p and q are positive integers; rearranging the 2m-byte data to obtain K symbols, wherein each symbol has m bits and K is a positive integer smaller than 2m; encoding the K symbols into a codeword according to a Reed-Solomon (RS)-code algorithm, wherein the codeword comprises N symbols, the codeword has a parity code, the parity code comprises (2T=N?K) symbols, and N and T are positive integers; and writing the p characters and the parity code into a memory-cell array, wherein all the symbols belong to a finite field GF(2m).

Abstract: A bushing structure for a motor has a shaft tube, a fastener and a bushing disposed on a hub. A bushing is disposed a bearing therein so that the shaft of the rotor penetrates through the bearing and rotates therein. The bushing has an engaging part over the bottom thereof and the engaging part integrally extends from the inner wall of the bushing and forms a plurality of projected and elastic plates capable of being inserted in the scoop channel over the end of the shaft to replace a snap ring such that the shaft and the rotor can be integrally disposed and positioned to prevent from falling off. As such, it is free of the concern if the snap ring will fall off or the issue posed on the assembling direction while assembling the bushing and the fastener.

Abstract: A memory 1-bit error checking method is provided. Firstly, at least one piece of data fragment whose side is 2n bits is received. Next, an error correction code, a parity code and a data code are generated and written in the memory. Then, the at least one piece of data fragment is read from the memory and used as at least one piece of read data fragment. Next, a new error correction code, a new parity code and a new data code are generated. Afterwards, a determination as to whether the at least one piece of read data fragment has a 1-bit error is made. After that, if the at least one piece of read data fragment does not have a 1-bit error, then the at least one piece of read data fragment is outputted.

Abstract: The present invention relates to a shock-absorbent structure of motor, which includes an upper case and a lower case assembled for accommodation of a rotor to rotate therein. A shaft seat is formed on the upper case and the lower case respectively; a bearing is disposed in the shaft seat, and a shock-absorbent member serving to absorb and dampening shock is disposed between the shaft seat and the bearing. Therefore, when a spindle of the rotor is pivotally disposed in two bearings and rotated therein, the shock-absorbent member can absorb, isolate and dampen the vibration amplitude generated by rotation of the rotor and by attrition between the spindle and the bearing, thereby preventing the vibration amplitude from impacting the system and thus maintaining the normal efficacy and the operational life duration thereof.

Abstract: The present invention relates to a brushless DC motor structure providing at least a dust-filtering element between a holder of a rotor and a bearing. The dust-filtering element is made of a porous and absorbent material and nearly or slightly contacts with the holder and a spindle. As such, when particles and dust in air enter the motor structure to be completely filtered, blocked, and absorbed by the porous dust-filtering element, no particles and dust will get into the spindle seat to be mixed with lubricant in formation of oil sludge, thereby ruling out the blocking and locking issue of the spindle arising from the oil sludge and prolonging the operation life span of the motor.

Abstract: A motor rotor structure includes a rotor having a center from which an axial seat protrudes for coupling with a shaft. The axial seat extends into an axial tube through which the shaft extends. A gap smaller than 1 mm exists between the axial seat and an inner circumferential wall of the axial tube. The axial seat includes a non-planar bottom face having a difference in height from a center of the shaft to a circumferential edge of the bottom face. The lubricating oil leaving an axial hole of a bearing in the axial tube impacts the bottom face and then flows back into the bearing along the bottom face. Outflow and loss of the lubricating oil are thus avoided.

Abstract: A positioning ring structure for a motor includes an axial tube, a bearing mounted in the axial tube, and a positioning ring mounted in the axial tube for retaining the bearing in place. The positioning ring includes a central hole extended through by a shaft. The positioning ring includes at least one circulating hole facing an inner circumferential wall of the axial tube. The circulating hole is a through-hole. The lubricating oil that has flowed outward via the central hole of the positioning ring flows back into the axial tube via the circulating hole. Thus, the circulating hole provides a circulating path for the lubricating oil, prevents outflow and loss of the lubricating oil, protects the motor by preventing wear to the shaft and the bearing, and prolongs the life of the motor.

Abstract: Methods for making footwear products include: (a) applying cement to a surface of an upper and/or midsole; (b) cooling the upper and/or midsole so that these parts will move relative to one another despite the cement's presence; and (c) placing the midsole in the upper. Additional methods include: (a) providing an upper having an interior chamber; (b) placing a prelast member including a midsole allowance part into the chamber; (c) removing the prelast member; and (d) placing a midsole in the chamber. The upper and/or midsole may have cement applied thereto and may be cooled before the insertion step, as described above. When sufficiently cooled, the cement will not immediately bind the parts contacting it, but it will allow relative movement of these parts. After the midsole is positioned in the upper, the assembly may be heated to activate the cement and fix the parts together.

Abstract: A method for fabricating a junction for a field effect transistor which does not cause distortion of the sidewall spacers during subsequent processing thereby reducing junction depletion and source to drain leakage. The process begins by providing a substrate structure having a gate thereon. Sidewall spacers are formed on the sidewalls of the gate. Impurity ions are implanted into the substrate structure adjacent to the gate to form source and drain regions. A resist protect oxide layer is formed over the substrate structure. The resist protect oxide is patterned by forming a mask over the resist protect oxide layer having an opening over the gate and the source and drain regions. The resist protect oxide layer is selectively etched; thereby removing the resist protect oxide over the source and drain regions without distorting the sidewall spacers. A silicide region is formed on the source and drain regions using a salicide process comprising a pre-amorphous implant and one or more rapid thermal anneal steps.

Abstract: A belt feeding device for feeding a belt of a stapler includes a casing slidable and movable inward and outward of a housing and having a guide passage for receiving the belt. A rotary member is unidirectionally secured on in the casing with a shaft and includes a number of outer projections for engaging with and for feeding the belt step by step. The rotary member may be rotated relative to the casing step by step when the casing moves inward and outward of the housing. A spring member may be engaged with the rotary member for positioning the rotary member to said casing.

Abstract: A stapler includes a barrel slidably received in a housing for engaging with a work piece, and a base having one end adjustably secured to the barrel and having a groove for slidably receiving fasteners. A casing is slidably engaged onto the base, a pusher is pivotally coupled to the casing, and a spring biases the pusher to the casing and biases the casing and the pusher toward the barrel for moving the fasteners into the barrel one by one. The casing and the pusher may be moved away from the barrel by a cam surface when the barrel is moved inward of the housing against a spring.

Abstract: A stapler includes a barrel slidably received in a housing for engaging with a work piece, and a base having one end adjustably secured to the barrel and having a groove for slidably receiving fasteners. A casing is slidably engaged onto the base, a pusher is pivotally coupled to the casing, and a spring biases the pusher to the casing and biases the casing and the pusher toward the barrel for moving the fasteners into the barrel one by one. The casing and the pusher may be moved away from the barrel by a cam surface when the barrel is moved inward of the housing against a spring.

Abstract: A stapler includes a driving tool rotatably received in one end and a sleeve slidably engaged on the driving tool and biased outward of the stapler. A base and a barrel and a latch are secured onto the sleeve. A casing is slidably engaged onto the base. The base includes an arm having a groove for slidably receiving the ends of the fasteners that are secured in a belt. The casing includes a flange for guiding the belt. The latch includes a passage and a slot for guiding the belt and for allowing the belt to stably and smoothly supply the fasteners into the barrel.

Abstract: A strip includes a number of holes formed by a number of peripheral walls for engaging with fasteners and includes a number of tapered annular surfaces and shoulders formed between the strip and the peripheral walls. The peripheral walls each includes one or more slits for resiliently supporting the fasteners in place. The slits are each terminated at a coupling portion. The strip includes a number of openings and a number of bulges extended from the tapered annular surfaces for decreasing the contact area between the strip and the fasteners.