Patent application number | Description | Published |
20090002991 | Decorative light string - A decorative light string has multiple light units connected to a power wire. Each of the light units has a base, a holder, a lighting element and a stopper. The base has a channel that allows the power wire to extend through the base. The holder is formed on the base. The lighting element is mounted in the holder and has two conductive pins extending through the holder and the base to electronically contact the power wire. The stopper is mounted in the base to prevent the power wire from detaching from the base. | 01-01-2009 |
20090003011 | Fairy lights - Fairy lights have at least one light assembly connected to a wire cable. Each light assembly has at least one shell, a film attached to the at least one shell and at least one lighting device. The film has a mounting ring and multiple branches radially extend outward from the mounting ring, and may be coated with a reflective layer and have optical fibers arbitrarily mounted on the branches. When changing the branches to different shapes, the film is formed to have a particular pattern. With the films, the light string generates festinating decorative effects when the light assembly is activated. | 01-01-2009 |
20090080195 | WATERPROOF LIGHT - A waterproof light has a socket, a lens, an LED connecting to two wires mounted in the lens, and may further have a partition mounted in the lens. The socket is formed by two casings corresponding and being mounted together to hold the lens. Each casing has a lens recess and two wire grooves, wherein a protruding grip is formed in one of the grooves and multiple ribs are formed in the wire grooves and on the protruding grip. The protruding grips hold and bend the wires in the socket to prevent the wire from being pulled out. The ribs of the two casings prevent water from entering the socket. | 03-26-2009 |
Patent application number | Description | Published |
20120243504 | Method of Handling Cell Change in Wireless Communication Systems and Communication Device Thereof - A method of handling cell change for a mobile device employing a high speed downlink package access (HSDPA) technology in wireless communication systems. The method includes initiating a handover procedure to change a serving cell of the mobile device when the mobile device moves from a HSDPA cell into another HSDPA cell, performing a physical channel reconfiguration procedure from a high speed physical downlink shared channel (HS-PDSCH) to a dedicated physical data channel (DPDCH), wherein the physical channel reconfiguration procedure is initiated via a Radio Network Controller (RNC), and performing the handover procedure. | 09-27-2012 |
20130130716 | METHOD FOR OBTAINING REPORT INFORMATION IN SHORT MESSAGE SERVICE - A method for obtaining report information in short message service includes defining a first information element identifier (IEI) as a report request and defining a second IEI as a report response in transfer protocol user data (TPUD); operating a first electronic device to generate a first short message; the first electronic device setting the first IEI and a first information element data (IED) in the first short message; operating the first electronic device to transmit the first short message to a second electronic device; operating the second electronic device to read the first short message; the second electronic device generating a second short message according to the first short message, setting the second IEI and a second IED in the second short message, and transmitting the second short message to the first electronic device; and the first electronic device displaying a report information according to the second short message. | 05-23-2013 |
20130337783 | METHOD FOR ADJUSTING RING VOLUME THROUGH SHORT MESSAGE SERVICE - A method for adjusting ring volume through short message service includes steps of a communication device determining whether a volume adjusting condition is satisfied when there is a missed call; the communication device transmitting a first short message if the volume adjusting condition has been satisfied, wherein a first information element identifier (IEI) is set in the first short message and defined as a volume adjusting request in transfer protocol user data (TPUD) in advance; the communication device determining whether a second IEI is set in a second short message when receiving the second short message, wherein the second IEI is defined as a volume adjusting response in TPUD in advance; and the communication device selectively adjusting a ring volume thereof to maximum level if the second IEI is set in the second short message. | 12-19-2013 |
Patent application number | Description | Published |
20100140386 | Locking mechanism for a seat belt - A locking mechanism for a seat belt has a case, a locking set and a pretensioner. The case is mounted adjacent to a side of a retractor having a shaft and the case is mounted around the shaft and has a mount inside the case and at least one opening being formed on the bottom. The mount has at least one hole formed therethrough. The locking set is mounted on the shaft. The pretensioner has a steel ball and a rod. The steel ball is detachably disposed on the mount and the rod is pivotally mounted in the case and is disposed on the steel ball. If muddy water, sand or dirt enters the locking mechanism, muddy water, sand or dirt can fall through the at least one hole of the mount and the at least one opening thus avoiding muddy water, sand or dirt affecting the locking mechanism. | 06-10-2010 |
20100281660 | Seat Belt Connector - A seat belt connector has a tongue and a protection. The tongue has an insertion portion formed on a front end, a tongue hole formed through the insertion portion and a handle mounted on a rear end of the tongue. The protection is mounted between the insertion portion of tongue and the handle. The protection can cover gaps formed between an opening of a buckle and the tongue and thereby prevent sand, debris or muddy water from entering a casing of the buckle. | 11-11-2010 |
20110240787 | LOCKING MECHANISM FOR A SEAT BELT - A locking mechanism for a seat belt has a case, a locking set and a sensor. The case is mounted adjacent to a side of a retractor having a shaft and the case is mounted around the shaft and has a flat support inside the case and at least one opening being formed on the bottom. The flat support has at least one hole formed therethrough. The locking set is mounted on the shaft. The sensor has a steel ball and a rod. The steel ball is detachably disposed on the flat support and the rod is pivotally mounted in the case and is disposed on the steel ball. If muddy water, sand or dirt enters the locking mechanism, muddy water, sand or dirt can fall through the at least one hole of the flat support and the at least one opening thus avoiding muddy water, sand or dirt affecting the locking mechanism. | 10-06-2011 |
20120104138 | ENGAGEMENT DEVICE OF A SAFETY BELT - An engagement device of a safety belt is mounted on one side of a safety belt retractor of the safety belt, and has a body, and an actuating assembly and a stopping assembly mounted inside the body. The body has a seat formed therein and at least one stopper formed around a perimeter of the seat, so that a steel ball of the stopping assembly is held in the seat. Besides regularly locking the safety belt retractor during an emergency braking or a collision, the safety belt does not lock the safety belt retractor when the vehicle drives on a moderately slanted road as the steel ball is blocked by the at least one stopper without further pushing a rocking arm of the stopping assembly to engage and lock a ratchet wheel of the actuating assembly. Accordingly, the driving safety and comfort can be both taken into account. | 05-03-2012 |