Abstract: A washable long-filament fiber quilt includes a plurality of filament fibers in the interior of the shell, each filament fiber including a first end attached at the first end of the shell, and a second end attached at the second end of the shell; a first plurality of stitching line structures extending in the first direction; a second plurality of stitching line structures extending in a direction transverse to the first direction. The first and second plurality of stitching line structures divide the interior of the shell into a plurality of compartments, and each filament fiber traverses multiple compartments. This quilt is characterized by light and soft texture, excellent air permeability, high strength and high elasticity. This quilt can be repeatedly washed and maintains its form and comfort, does not lend itself to be shifting and flattening after long-term use.

Abstract: This invention is a long-filament fiber memory foam pillow, comprising of at least one foam unit, having at least one side of multiple egg-shaped supports; and an inner tube made of long-filament fibers, formed by stretched and stacked up long chemical filament fibers. This long-filament fibers inner tube covers the foam unit, a number of long chemical filament fibers which are embedded and positioned inside are egg-shaped supports, by means of the long chemical filament fibers which have an excellent air permeability, a high strength, and high elasticity, enhance the chemical processing softening treatment, to achieve a comparable silk comfort which enables the replacement of silk raw materials, while significantly reduces the cost of production. Additionally, said long-filament fiber inner tube and the foam unit are covered by an external cover which allows the user to lie on it.

Abstract: A system and method to cancel a blindly-transferred call in Session Initiation Protocol (SIP) includes receiving a call request from an endpoint and selecting a first call agent to handle the call request. A blind transfer of the call request is initiated to the first call agent. It is determined whether the first call agent is available to handle the call request. If the first call agent is not available to handle the call request, the blind transfer of the call request is canceled.

Abstract: In one embodiment, a network device attaches a header including an identifier for an original call to an outgoing refer message and may also modify a table entry for a consultative call to include the identifier. The network device then monitors incoming invite messages for a header containing the identifier and observes that an incoming invite message containing the header correlates to the original call. When a header is not included, the network device extracts information from the incoming invite messages and compares the extracted information to the modified table entry to correlate one of the incoming invite messages to the original call.

Abstract: In one embodiment, a gateway orchestrates a call between an IP device and a PSTN device. As a result, third party call control features such as Click-to-Dial together with various call features in operator services and conferencing service are available for the call with the PSTN device.

Abstract: In one embodiment, a network device attaches a header including an identifier for an original call to an outgoing refer message and may also modify a table entry for a consultative call to include the identifier. The network device then monitors incoming invite messages for a header containing the identifier and observes that an incoming invite message containing the header correlates to the original call. When a header is not included, the network device extracts information from the incoming invite messages and compares the extracted information to the modified table entry to correlate one of the incoming invite messages to the original call.

Abstract: An exemplary flat panel display (2) includes a front housing part (20), which has a frame (21) having a button through hole (222) defined in a lower side thereof; a button (221) corresponding to the button through hole, the button comprising a pressing end (2215), at least one claw (2213), and a contact portion (2219), the at least one claw extending inward from an inner side of the button, and the contact portion extending inward from an inner side of the button at the pressing end; and an elastic arm (225) fixed at an inner surface of the lower side of the frame. The at least one claw of the button is snappingly engaged adjacent an inner surface of the lower side of the frame such that the button is engaged in the button through hole and slidable in the button through hole.

Abstract: A method for providing fail-over capability in a local branch of a call center includes determining, by a local device, which of a plurality of phones are call center phones. The determination is based on a predetermined rule set. In an alternative embodiment, the method may also include determining, by the local device, which of the plurality of call center phones are available for receiving calls. This may include determining whether a “do not disturb” function of each respective call center phone is invoked, and in response, determining whether the call center phone is available. In addition, this method may involve placing, by the local device, each call center phone into a “do not disturb” mode if the call center phone does not answer a call sent to the call center phone.

Abstract: An exemplary flat panel display (2) includes a display module (20), a supporting member (30) attached to the display module, and a base (40) engaged with the supporting member. The supporting member includes engaging members (31), and the base includes elastic arms (411). The engaging members detachably engage with corresponding elastic arms whereby the supporting member is detachably engaged with the base. The base can be detached from the supporting member of the flat panel display whenever desired. Therefore once the flat panel display has been newly manufactured, it can be conveniently wrapped and transported at a reduced cost.

Abstract: An exemplary liquid crystal display device (1) includes a liquid crystal module (10), a circuit board (12), a chassis (16), and a stabilizing clip (18). The circuit board and the liquid crystal module are received in the chassis. The circuit board includes a power socket (122). The liquid crystal module includes a plug (104) electrically connecting with the power socket. The stabilizing clip is detachably engaged with the chassis and the power socket, whereby movement of the plug relative to the power socket is restricted or eliminated.

Abstract: In one embodiment, a network device attaches a header including an identifier for an original call to an outgoing refer message and may also modify a table entry for a consultative call to include the identifier. The network device then monitors incoming invite messages for a header containing the identifier and observes that an incoming invite message containing the header correlates to the original call. When a header is not included, the network device extracts information from the incoming invite messages and compares the extracted information to the modified table entry to correlate one of the incoming invite messages to the original call.

Abstract: A system and method to cancel a blindly-transferred call in Session Initiation Protocol (SIP) includes receiving a call request from an endpoint and selecting a first call agent to handle the call request. A blind transfer of the call request is initiated to the first call agent. It is determined whether the first call agent is available to handle the call request. If the first call agent is not available to handle the call request, the blind transfer of the call request is canceled.

Abstract: An exemplary display device (1) includes a chassis (12), a circuit board (14) and a heat sink (16). The heat sink connects with the circuit board and the chassis. The chassis covers the circuit board and includes at least one heat conducting member (120) connecting with the heat sink. The display device performs an increased heat dissipating efficiency, and can be conveniently assembled or disassembled.

Abstract: An exemplary flat panel display (2) includes a front bezel (21), a back cover (22), a display panel (23), and a button circuit board (28). The front bezel and the back cover cooperatively define a space for accommodating the display panel and the button circuit board. The front bezel includes a display window defined therein and a plurality of button devices (212). The button devices and the front bezel are portions of a single piece of molded material. The button devices corresponding to the button circuit board. Because the button devices of the flat panel display are inseparably integrated with the front bezel, the button devices and the front bezel can be fabricated using a single mold, and an individual mold for the button devices is not necessary. Therefore, the flat panel display has a reduced cost and a simplified fabricating process.

Abstract: In one embodiment, a gateway orchestrates a call between an IP device and a PSTN device. As a result, third party call control features such as Click-to-Dial together with various call features in operator services and conferencing service are available for the call with the PSTN device.

Abstract: An exemplary flat panel display (2) includes a front housing part (20), which has a frame (21) having a button through hole (222) defined in a lower side thereof; a button (221) corresponding to the button through hole, the button comprising a pressing end (2215), at least one claw (2213), and a contact portion (2219), the at least one claw extending inward from an inner side of the button, and the contact portion extending inward from an inner side of the button at the pressing end; and an elastic arm (225) fixed at an inner surface of the lower side of the frame. The at least one claw of the button is snappingly engaged adjacent an inner surface of the lower side of the frame such that the button is engaged in the button through hole and slidable in the button through hole.

Abstract: An exemplary liquid crystal display device (1) includes a liquid crystal module (10), a circuit board (12), a chassis (16), and a stabilizing clip (18). The circuit board and the liquid crystal module are received in the chassis. The circuit board includes a power socket (122). The liquid crystal module includes a plug (104) electrically connecting with the power socket. The stabilizing clip is detachably engaged with the chassis and the power socket, whereby movement of the plug relative to the power socket is restricted or eliminated.

Abstract: An exemplary flat panel display (2) includes a display module (20), a supporting member (30) attached to the display module, and a base (40) engaged with the supporting member. The supporting member includes engaging members (31), and the base includes elastic arms (411). The engaging members detachably engage with corresponding elastic arms whereby the supporting member is detachably engaged with the base. The base can be detached from the supporting member of the flat panel display whenever desired. Therefore once the flat panel display has been newly manufactured, it can be conveniently wrapped and transported at a reduced cost.

Abstract: An exemplary display device (1) includes a chassis (12), a circuit board (14) and a heat sink (16). The heat sink connects with the circuit board and the chassis. The chassis covers the circuit board and includes at least one heat conducting member (120) connecting with the heat sink. The display device performs an increased heat dissipating efficiency, and can be conveniently assembled or disassembled.

Abstract: A method for providing fail-over capability in a local branch of a call center includes determining, by a local device, which of a plurality of phones are call center phones. The determination is based on a predetermined rule set. In an alternative embodiment, the method may also include determining, by the local device, which of the plurality of call center phones are available for receiving calls. This may include determining whether a “do not disturb” function of each respective call center phone is invoked, and in response, determining whether the call center phone is available. In addition, this method may involve placing, by the local device, each call center phone into a “do not disturb” mode if the call center phone does not answer a call sent to the call center phone.