Abstract: A head light assembly includes a body having a base and a connection portion respectively connected to two ends thereof. A circuit board is connected to the base and has at least two Light Emitting Diodes (LEDs). A lens is connected to the base and has a room in which the circuit board is located. The lens has a high beam area and a low beam area. The at least two Light Emitting Diodes (LEDs) are respectively located corresponding to the high beam area and the low beam area. A heat removing member is connected to the connection portion and has multiple fins.

Abstract: A power adaptation apparatus for a wireless communication channel includes a power ratio compensator. The power ratio compensator is capable of receiving a channel quality indicator and compensating a power ratio parameter according to the channel quality indicator, wherein the power ratio parameter defines a relation between power of the wireless communication channel and power of another wireless communication channel, and is referenced for setting the power of the wireless communication channel.

Abstract: A head light assembly includes a body having a base and a connection portion respectively connected to two ends thereof. A circuit board is connected to the base and has at least two Light Emitting Diodes (LEDs). A lens is connected to the base and has a room in which the circuit board is located. The lens has a high beam area and a low beam area. The at least two Light Emitting Diodes (LEDs) are respectively located corresponding to the high beam area and the low beam area. A heat removing member is connected to the connection portion and has multiple fins.

Abstract: A power adaptation apparatus for a wireless communication channel includes a power ratio compensator. The power ratio compensator is capable of receiving a channel quality indicator and compensating a power ratio parameter according to the channel quality indicator, wherein the power ratio parameter defines a relation between power of the wireless communication channel and power of another wireless communication channel, and is referenced for setting the power of the wireless communication channel.

Abstract: A lens for an illumination device includes a lens having a first surface and a second surface which is connected to the second surface along an annular curved line which is composed of two symmetric curved lines. The two curved lines are connected to each other at a first end point and a second end point. Each of the two curved lines has a middle point. The first surface is a multiple-focus surface and located on the outer side of the lens. The patterns and paths of the light beams can be controlled by the first surface of the lens.

Abstract: A light tube includes a silicone tube and two Light Emitting Diode tubes. The silicone tube is made by silicone which allows light beams to pass therethrough evenly. The silicone tube has a flat bottom and a curved top. A passage and at least one axial hole are defined axially through the silicone tube. The Light Emitting Diode tubes each have multiple Light Emitting Diodes connected thereto. Wires are connected to the Light Emitting Diode tubes. The Light Emitting Diode tubes are inserted in the passage. The light tube is fixed to an object and the light beams from the Light Emitting Diodes evenly delivered from the light tube to provide warning signals or decoration feature.

Abstract: A lens for an illumination device includes a lens having a first surface and a second surface which is connected to the second surface along an annular curved line which is composed of two symmetric curved lines. The two curved lines are connected to each other at a first end point and a second end point. Each of the two curved lines has a middle point. The first surface is a multiple-focus surface and located on the outer side of the lens. The patterns and paths of the light beams can be controlled by the first surface of the lens.

Abstract: A rearview mirror includes a case, a light tube and a lens. The case has a slot defined in the outside thereof and the light tube is engaged with the slot. The lens is connected to the slot to cover the light tube. The light tube includes a silicone tube and two Light Emitting Diodes strings. The silicone tube has a flat bottom and a curved face on the top thereof. The silicone tube has a reception slot and a through hole. The two Light Emitting Diodes strings are positioned in the reception slot and have multiple Light Emitting Diodes connected thereto. Wires are connected to the two Light Emitting Diodes strings and extend through the installation hole of the case. The light beams from the Light Emitting Diodes are guided by the silicone tube and pass through the lens. The light beams are even and provide sufficient warning features.

Abstract: A vehicle headlight assembly includes a housing, a lens, a radiation member and a circuit board. The housing has a first hole, and multiple first and second fixing tubes extend from the inside of the housing. The lens is located in the first hole of the housing and has at least two legs which are fixed to the first fixing tubes by multiple first fixing members. The lens has a multiple-focus curved surface on the front side thereof. The radiation member is located in the housing and behind the lens. The radiation member is connected to the second fixing tubes by multiple second fixing members. The radiation member has multiple fins and a fixing board to which the circuit board is connected. The circuit board has multiple Light Emitting Diodes whose beams pass through the multiple-focus curved surface of the leans and are spread to desired angles and areas.

Abstract: A light guiding device for a headlight includes a casing, a light guiding tube and a cover. The light guiding tube is connected to the front of the casing and the cover is connected to the casing. The light guiding tube is composed of a silicone tube and two Light Emitting Diode tubes. The silicone tube is made by silicone which allows light beams to evenly pass. The silicone tube has a flat surface formed on an underside thereof and a curved surface formed on the top thereof The silicone tube has a room defined therein and at least one passage is defined through the silicone tube. The two Light Emitting Diode tubes each have multiple Light Emitting Diodes and are located in the room. The light beams generated from the Light Emitting Diodes evenly pass through the silicone tube to provide illumination and warning features.

Abstract: A multi-focal lens for a lighting device includes a central portion and multiple peripheral portions around the central portion. The central portion has a central convex refracting surface, and each peripheral portion has an oblique refracting surface and a convex refracting surface opposite to the oblique refracting surface, wherein the oblique refracting surface extends at an angle with respect to the optical axis of the multi-focal lens. The central portion and the peripheral portions share a common flat surface opposite to the refracting surfaces of the central portion and the peripheral portions. The convex refracting surface and the oblique refracting surface of each peripheral portion can change the paths of corresponding light rays refracted from the flat surface to increase the distance and area of illumination. Furthermore, the volume and thickness of the lens required for a lighting device can be reduced, so that the production cost can be reduced.

Abstract: The zoom lens with multi-layers for illumination mainly comprises a lens body that has at least one free curved surface on a side. The free curved surface is designed to be multiple zoom curved surfaces with multiple layers. Besides, one side of the curved surface is designed to be oblique and the other side is arc surface. Hence, the curved surface can be divided into multiple patterns with multiple focuses through the various combinations of complex free curved surfaces.

Abstract: In a method for reading a help file of a software program, relationships between graphical interfaces of the software program and help items in the help file are generated, and one or more help items related to a currently displayed graphical interface of the software program are loaded according to the relationships. The related help items are classified to generate a help list which includes one or more information items, and the help list is displayed to a user for selecting an information item when the help file is invoked. The related help items are then displayed on a display device according to the selected information item.

Abstract: In a method for editing drawings of a webpage using an application server, the application server connects to at least one terminal device through a network. The application server obtains a webpage document from a storage device of the application server when a webpage access request is received from a browser of the terminal device. The application server generates a drawing editing interface according to the webpage document, and displays a webpage including the drawing editing interface on a display screen of the terminal device using the browser. The application server performs an editing operation on a drawing of the webpage through the drawing editing interface of the browser, generates basic information of elements of the drawing and connection information of the elements, and stores the basic information and the connection information of the elements into the storage device.

Abstract: A computerized carbon footprint inventory method of carrying out a carbon footprint inventory of a product is implemented in a computing device. The computing device receives an inventory procedure selected by a user, sets products as inventory targets, loads data as to materials in the product, and determines which materials are to be inventoried according to a weight analysis and according to a carbon dioxide equivalent (CO2e) analysis. The computing device further receives an inventory list uploaded by a vendor, sets a calculation boundary of the carbon footprint inventory and a priority of the material, calculates any uncertainties in relation to the product and the CO2e of the product, generates an inventory report including the uncertainties and the CO2e of the product, and executes an internal verification and an external verification of the inventory report.

Abstract: A communications apparatus with a processor coupled to a first RAT module in a packet transfer mode for data transfer, a second RAT module in an idle mode and a radio transceiver are provided. The processor receives a reservation request requesting permission to use the radio transceiver for performing a first radio activity from the first RAT module, and determines whether to provide a gap interval during the data transfer of the second RAT module for the first RAT module to use the radio transceiver according to a type of a second radio activity to be preformed by the second RAT module which collides with the first radio activity. When the gap interval is determined to be provided, the second RAT module is unable to use the radio transceiver for performing the second radio activity and the data transfer of the second RAT module is suspended during the gap interval.

Abstract: A communications apparatus with a processor coupled to a first RAT module in a packet transfer mode for data transfer, a second RAT module in an idle mode and a radio transceiver are provided. The processor receives a reservation request requesting permission to use the radio transceiver for performing a first radio activity from the first RAT module, and determines whether to provide a gap interval during the data transfer of the second RAT module for the first RAT module to use the radio transceiver according to a type of a second radio activity to be preformed by the second RAT module which collides with the first radio activity. When the gap interval is determined to be provided, the second RAT module is unable to use the radio transceiver for performing the second radio activity and the data transfer of the second RAT module is suspended during the gap interval.