Abstract: A data processing method includes receiving, by a source physical machine, a first data packet including first data, and a destination address of the first data is a first virtual machine, generating a second data packet including the first data and an identifier of a second virtual machine, where the second virtual machine is the first virtual machine after being live migrated from the source physical machine to a destination physical machine, and the identifier of the second virtual machine identifies the second virtual machine on the destination physical machine, and sending, by the source physical machine, the second data packet to the destination physical machine.

Abstract: The middle frame assembly includes a middle frame, connectors, and a vapor chamber. The middle frame is provided with a through hole, the connectors are fixedly connected to the middle frame, and some of the connectors are exposed to form a welding part. The vapor chamber includes a vapor chamber body and a surrounding edge surrounding the vapor chamber body. The vapor chamber is accommodated in the through hole, and the surrounding edge is welded to the welding part. In this application, the connectors are used to connect the middle frame and the vapor chamber, and the connectors and the vapor chamber are welded, to implement a high-strength and ultra-thin connection between the middle frame and the vapor chamber, and enable good thermal conduction performance between the vapor chamber and the middle frame.

Abstract: A fixing frame, a light-emitting decorative assembly, and a decorative light is disclosed, wherein a fixing frame contains a mounting portion and a support portion disposed on the mounting portion; one or both of the mounting portion and the support portion is/are arranged with a wire having light-emitting components; the light-emitting decorative assembly has a decorative piece and a fixing frame, and the decorative piece is removably mounted on the fixing frame; the decorative light has a support and a plurality of light-emitting decorative assemblies fixed on the support; fixing frames are fixed on the supporting frame. The fixing frame is used to mount the decorative piece, while the wire is arranged on the fixing frame, yet the wire and the decorative piece has no direct contact that results in tangling. As such, the decorative piece can be easily mount and dismount, and can be easily replaced.

Abstract: A light-emitting desk or stool, having a frame and a support portion mounted on the frame; the support portion is a hollowed light-emitting box having a mounting seat and a transparent cover mounted on the mounting seat; a cavity is formed between the mounting seat and the transparent cover; light-emitting bodies are provided within the cavity. Lights emitted by the light-emitting bodies can illuminate through the transparent cover to provide lighting effect. Also, the lights emitted by the light-emitting bodies can pass through hollowed portions provided on the mounting seat, thereby projecting a pattern defined by the hollowed portions to the external environment, and hence enhancing the lighting effect as well as providing aesthetic effect. The pattern defined by the hollowed portions can be flexibly designed according to personal preference or practical need.

Abstract: The present invention is a novel light-emitting basin which includes a body. A surface of the body protrudes or is recessed to form a chamber. The body and/or a chamber wall of the chamber is in an atypical shape or a polyhedron shape. At least part of the chamber wall of the chamber forms a luminous body which is light reflective or light refractive. By using the novel light-emitting basin of the present invention, the surface of the body protrudes or is recessed to form a chamber. Fittings such as electric parts can be disposed in the chamber and thus could not be damaged easily.

Abstract: A light-emitting desk or stool, having a frame and a support portion mounted on the frame; the support portion is a hollowed light-emitting box having a mounting seat and a transparent cover mounted on the mounting seat; a cavity is formed between the mounting seat and the transparent cover; light-emitting bodies are provided within the cavity. Lights emitted by the light-emitting bodies can illuminate through the transparent cover to provide lighting effect. Also, the lights emitted by the light-emitting bodies can pass through hollowed portions provided on the mounting seat, thereby projecting a pattern defined by the hollowed portions to the external environment, and hence enhancing the lighting effect as well as providing aesthetic effect. The pattern defined by the hollowed portions can be flexibly designed according to personal preference or practical need.

Abstract: A fixing frame, a light-emitting decorative assembly, and a decorative light is disclosed, wherein a fixing frame contains a mounting portion and a support portion disposed on the mounting portion; one or both of the mounting portion and the support portion is/are arranged with a wire having light-emitting components; the light-emitting decorative assembly has a decorative piece and a fixing frame, and the decorative piece is removably mounted on the fixing frame; the decorative light has a support and a plurality of light-emitting decorative assemblies fixed on the support; fixing frames are fixed on the supporting frame. The fixing frame is used to mount the decorative piece, while the wire is arranged on the fixing frame, yet the wire and the decorative piece has no direct contact that results in tangling. As such, the decorative piece can be easily mount and dismount, and can be easily replaced.

Abstract: An apparatus includes a digital phase-locked loop (DPLL). The DPLL includes a digital phase and frequency detector coupled to receive a reference signal and to generate a first set of output signals, and a digital loop filter that receives the first set of output signals of the phase and frequency detector output and generates an integral path control signal and a proportional path control signal. The DPLL further includes a digital to analog converter (DAC) to convert the integral path control signal and the proportional path control signal to a second set of output signals. The DPLL in addition includes a controlled oscillator (CO) to generate an output signal in response to the second set of output signals.

Abstract: A light-emitting birdbath basin having a body and a light-emitting body. A bottom portion of the body protrudes inwardly into the body to form a chamber. The light-emitting body is provided inside the chamber. Chamber walls of the chamber are formed as a first luminous body which is translucent. Lights emitted by the light-emitting body may brighten the hollow chamber to form a luminous chamber, and be configured to converge and focus on the surfaces of inner walls of the body after passing through the first luminous body. The basin-shaped body is placed outdoors. Water and bird food can be held in the basin. In daytime, the light-emitting body does not light up. Birds can clean their feathers and peck at the bird food in the basin, which is environmentally friendly and energy saving.

Abstract: A birdbath basin having a body and a lighting assembly. The lighting assembly includes a light-emitting body. A bottom portion of the body protrudes inwardly into the body to form a chamber. The light-emitting body is provided inside the chamber. Chamber walls of the chamber are formed as a first luminous body which is translucent. Lights emitted by the light-emitting body may converge and focus on the surfaces of inner walls of the body after passing through the first luminous body. The basin-shaped body is placed outdoors. Water and bird food can be held in the basin. In daytime, the light-emitting body does not light up. Birds can clean their feathers and peck at the bird food in the basin, which is environmentally friendly and energy saving.

Abstract: A light-emitting birdbath basin having a body and a light-emitting body. A bottom portion of the body protrudes inwardly into the body to form a chamber. The light-emitting body is provided inside the chamber. Chamber walls of the chamber are formed as a first luminous body which is translucent. Lights emitted by the light-emitting body may brighten the hollow chamber to form a luminous chambe, and be configured to converge and focus on the surfaces of inner walls of the body after passing through the first luminous body. The basin-shaped body is placed outdoors. Water and bird food can be held in the basin. In daytime, the light-emitting body does not light up. Birds can clean their feathers and peck at the bird food in the basin, which is environmentally friendly and energy saving.

Abstract: The present invention discloses a lighting apparatus which includes a body and a lighting assembly. The lighting assembly includes a mounting frame and a light-emitting body disposed thereon. The body is in an atypical shape or a polyhedron shape. A surface of the body protrudes or is recessed to form a chamber. The light-emitting body is provided inside and/or outside the chamber, and/or inside and/or outside the body. The present invention utilizes the shape features of the body to create a harmonious, unified and perfect effect in combination of the environment in which it is used. The basin-shaped body is placed outdoors. Water and bird food can be held in the basin. In daytime, the light-emitting body does not light up. Birds can clean their feathers and peck at the bird food in the basin, which is environmentally friendly and energy saving.

Abstract: A birdbath basin having a body and a lighting assembly. The lighting assembly includes a light-emitting body. A bottom portion of the body protrudes inwardly into the body to form a chamber. The light-emitting body is provided inside the chamber. Chamber walls of the chamber are formed as a first luminous body which is translucent. Lights emitted by the light-emitting body may converge and focus on the surfaces of inner walls of the body after passing through the first luminous body. The basin-shaped body is placed outdoors. Water and bird food can be held in the basin. In daytime, the light-emitting body does not light up. Birds can clean their feathers and peck at the bird food in the basin, which is environmentally friendly and energy saving.

Abstract: The present invention is a novel light-emitting basin which includes a body. A surface of the body protrudes or is recessed to form a chamber. The body and/or a chamber wall of the chamber is in an atypical shape or a polyhedron shape. At least part of the chamber wall of the chamber forms a luminous body which is light reflective or light refractive. By using the novel light-emitting basin of the present invention, the surface of the body protrudes or is recessed to form a chamber. Fittings such as electric parts can be disposed in the chamber and thus could not be damaged easily.

Abstract: The present invention discloses a lighting apparatus which includes a body and a lighting assembly. The lighting assembly includes a mounting frame and a light-emitting body disposed thereon. The body is in an atypical shape or a polyhedron shape. A surface of the body protrudes or is recessed to form a chamber. The light-emitting body is provided inside and/or outside the chamber, and/or inside and/or outside the body. The present invention utilizes the shape features of the body to create a harmonious, unified and perfect effect in combination of the environment in which it is used. The basin-shaped body is placed outdoors. Water and bird food can be held in the basin. In daytime, the light-emitting body does not light up. Birds can clean their feathers and peck at the bird food in the basin, which is environmentally friendly and energy saving.

Abstract: A redundant signed digit (RSD) analog to digital converter (ADC) includes an amplifier, a first variable capacitance circuit coupled to a first input to the amplifier, a second variable capacitance circuit coupled to a second input to the amplifier, a third variable capacitance circuit coupled to a first output of the amplifier, and a fourth variable capacitance circuit coupled to a second output of the amplifier. An output of the third and fourth capacitance circuits are coupled to one another and to inputs to the first and second variable capacitance circuits. Capacitance values of the first, second, third and fourth variable capacitance circuits are higher when inputs to the ADC correspond to a selected number of more significant bits than when inputs to the ADC correspond to a remaining number of less significant bits.

Abstract: A sigma delta modulator includes a first circuit that receives an analog signal and provides an intermediate signal and a first quantizer signal and further includes a first quantizer that receives the first quantizer signal and provides a first quantizer output. Also included are a second input circuit that receives the intermediate signal and provides a second quantizer signal and a second quantizer that receives the second quantizer signal and provides a second quantizer output. The first quantizer includes a programmable circuit having a first reference and a negative of the first reference, a first comparator having a first input coupled to the first quantizer signal, a second input coupled to the first reference and a second comparator having a second input coupled to the first quantizer signal a second input coupled to the negative. The first and second comparators have outputs that form the output of the first quantizer.

Abstract: A sigma delta modulator includes a first circuit that receives an analog signal and provides an intermediate signal and a first quantizer signal and further includes a first quantizer that receives the first quantizer signal and provides a first quantizer output. Also included are a second input circuit that receives the intermediate signal and provides a second quantizer signal and a second quantizer that receives the second quantizer signal and provides a second quantizer output. The first quantizer includes a programmable circuit having a first reference and a negative of the first reference, a first comparator having a first input coupled to the first quantizer signal, a second input coupled to the first reference and a second comparator having a second input coupled to the first quantizer signal a second input coupled to the negative. The first and second comparators have outputs that form the output of the first quantizer.