Abstract: A mouse pad includes a mat part having a fixation portion and a 3D decorative object removably fixed on the fixation portion.

Abstract: A mouse pad includes a mat part having a fixation portion and a 3D decorative object removably fixed on the fixation portion.

Abstract: A luminous mouse pad includes a mat part and a light-guiding structure. The light-guiding structure includes a tube portion; and an insertion portion. The insertion portion protrudes from the tube portion and is inserted into an end side surface of the mat part to leave the tube portion to be exposed outside the mat part.

Abstract: A luminous mouse pad includes a mat part and a light-guiding structure. The light-guiding structure includes a tube portion; and an insertion portion. The insertion portion protrudes from the tube portion and is inserted into an end side surface of the mat part to leave the tube portion to be exposed outside the mat part.

Abstract: A wireless charging pad includes a mat part and a coil. The mat part includes a first and second layer. The first layer has contact surface and recess formed on the contact surface. The recess has a slot area and a coil accommodation area connected to each other. The coil is located within the coil accommodation area. The accommodation area is located at a side of the slot area away from the contact surface. The second layer is stacked on the contact surface to cover the recess. The slot area has a first opening at the contact surface, the first opening has a first width of W1, the slot area has a second opening connected to the coil accommodation area, the second opening has a second width of W2, the coil accommodation area has a third width of W3. The following conditions are satisfied: W1?W2; and W3>W2.

Abstract: A wireless charging mousepad structure and processes are provided. The processes include providing a bottom seat and disposing a first cloth on the bottom seat, bonding the first cloth to the bottom seat through a first glue, embedding a coil layer into the first glue, disposing a second glue on a second cloth, laminating the second glue on the coil layer, and embedding the coil layer in the first glue and the second glue by heat pressing. Thereby, the wireless charging mousepad is completed.

Abstract: A mouse pad structure having wireless charging coil and a manufacturing procedure thereof are provided. The mouse pad structure having wireless charging coil includes: a covering layer, formed with an injection molding means and having a seat member and plural accommodation slots; a first fabric layer, disposed on the seat member, and arranged on a lateral surface opposite to the accommodation slots; a coil layer having coils accommodated in the accommodation slots; and a silicone layer, filled in the accommodation slots for covering the coils. Accordingly, the mouse pad structure having wireless charging coil is assembled.

Abstract: A wireless charging mousepad and processes thereof is provided. The wireless charging mousepad includes an accommodation seat with at least one groove, and a first cloth is disposed on the accommodation seat. Then a coil layer is disposed on the first cloth and placed in the groove with the first cloth. In addition, a glue layer is disposed on the first cloth and covers the groove. At last, a second cloth is disposed on the glue layer. Thereby, the coil layer will be embedded in the accommodation seat, and the wireless charging mousepad is completed.

Abstract: A wireless power-supplying mouse pad with an apparatus-identifying function is applied to a wirelessly-charged apparatus. The wirelessly-charged apparatus includes an inductive identification tag. The wireless power-supplying mouse pad includes a mouse pad body, an inductive charging unit and a control unit. The inductive charging unit includes a tag identifier. The tag identifier identifies the inductive identification tag of the wirelessly-charged apparatus to obtain an identification signal. After the tag identifier obtains the identification signal, the tag identifier sends the identification signal to the control unit. After the control unit receives the identification signal, the control unit controls an emitting power of the inductive charging unit based on the identification signal.

Abstract: Disclosed are a computer input apparatus including a mouse pad and a pointing device, and a setting method. The pointing device includes a displacement sensing part, a light sensing part, a memory and a processing part. The displacement sensing part detects a displacement of the pointing device. The memory stores at least a set of predetermined parameters. The processing part is connected to the displacement sensing part, the light sensing part and the memory. The mouse pad includes an indicating unit. When the pointing device is operated on the mouse pad, the light sensing part detects a light mode of the indicating unit, and the processing part selects and sets one of the predetermined parameters as a working parameter of the pointing device according to the detected light mode of the indicating unit.

Abstract: A computer input apparatus is used for making a host computer execute a start event according to an instruction of a mobile device. The computer input apparatus includes a mouse pad and an input device. The mouse pad includes a transmission section and an indication section. When the transmission section receives an indication signal from the mobile device, the indication section outputs a sensory signal sensible for humans. The input device has an actuation section. When the input device receives the actuation signal corresponding to the indication signal, the actuation section outputs a start signal to the host computer. Thereby, the host computer executes a start event according to the start signal.

Abstract: A lightening mouse pad with multiple light sources comprises: a mouse pad body; a plurality of lightening boxes, each of the lightening boxes is respectively arranged on each corner of the mouse pad body; a plurality of light guiding bars, each of the light guiding bars is arranged around the mouse pad body and is arranged between two adjacent lightening boxes; each of the lightening boxes therein comprises: a printed circuit board which is provided with a control circuit; and two light emitting diodes which are respectively arranged on two surfaces of the printed circuit board, the control circuit supplies a power source to the two light emitting diode.

Abstract: An intelligent wireless power-supplying mouse pad is applied to a wirelessly-charged mouse. The intelligent wireless power-supplying mouse pad includes a mouse pad body, a plurality of inductive charging units and a control unit. Each of the inductive charging units includes an inductive charging coil and an inductive charging loop. When the inductive charging coil and the wirelessly-charged mouse form an inductive coupling to perform a wireless charging to the wirelessly-charged mouse, the inductive charging loop detects a charging current of the inductive charging coil to obtain a charging status signal. The inductive charging loop sends the charging status signal to the control unit. Based on the charging status signal, the control unit controls a magnitude of an output energy outputted from the inductive charging loop to the inductive charging coil to control an emitting power of the inductive charging coil.

Abstract: A light guide structure and a luminous pad having the same are provided. The luminous pad includes a pedestal and a light guide structure disposed on the pedestal. The light guide structure includes a light guide tube, a light source module, an electrical load, and a transmission line set. The light guide tube has a wire channel and two positions. The light source module and the electrical load are individually disposed at the two positions. The light source module is electrically connected to the transmitter. The transmission line set is disposed inside the wire channel and electrically connected between the transmitter and the electrical load. Therefore, an aesthetic effect of the transmission line set not exposed outside is achieved, the light guide tube is not obstructed by the transmission line set, and the smoothness of the luminous pad is ensured.

Abstract: A light-emitting pad structure and a manufacturing method thereof are provided. The light-emitting pad structure includes: a pad unit, including a main pad body and a light-emitting module, and the main pad body has a top wall, a bottom wall and a lateral annular wall; a light-guiding strip, bent for being surrounded at a periphery of the lateral annular wall and arranged corresponding to the light-emitting module; a light-pervious fabric member having a middle segment and an outer segment, the middle segment is adhered to the top wall, the outer segment is adhered to the bottom wall, so that the light-pervious fabric member is formed with an accommodation bag arranged to cross the lateral annular wall and enclose the light-guiding strip; and a bottom plate adhered to and covering the bottom wall and the outer segment.

Abstract: A luminous mouse pad includes a pad assembly, a cap member and a light emitting unit. The pad assembly includes a base plate, a pad, and an anti-slip plate. The base plate has a main board and an extension plate extending from the main board; the pad is stacked onto the main board; the light guide plate is sandwiched between the main board and the pad; the anti-slip plate covers the main board; the cap member is coupled to the base plate and totally covers the extension plate, and a cavity is formed between the cap member, extension plate and light guide plate; and the light emitting unit is contained in the cavity and corresponsive to the light guide plate. The base plate and cap member may be manufactured by different simple-structured molds separately to save costs and improve the yield rate of the luminous mouse pad.

Abstract: A mouse pad having multiple light guide plates including a base, a plurality of light guide plates, a light reflection layer, at least one lateral light source module, a light unifying layer and a pad member is disclosed. The light guide plates are adjacently arranged and linearly extended in the base. The light reflection layer is disposed on a lateral surface of the light guide plates facing the base. The lateral light source module is disposed at one lateral side of the light guide plates. The light unifying layer is disposed on a lateral surface of the light guide plates away from the base. The pad member is disposed on an outer surface of the light unifying layer. The lateral light source module is able to emit lights to the pad member through the light guide plates and the light unifying layer for providing various lighting effects.

Abstract: A mouse pad with a light guide function includes a light guide plate installed on a side of a pad, a lateral light source installed at a side edge of the light guide plate, a shading structure installed at the top of the lateral light source and disposed together with the lateral light source on the same side of the light guide plate, and the mouse pad can guide light of the lateral light source through the installation of the shading structure without passing from the top of the lateral light source, so as to simplify the manufacturing process.

Abstract: A mouse pad structure includes a pad, a light source module, a control member, and a bendable wire. The light source module is installed in the pad. The control member is disposed corresponding to the pad. One end of the bendable wire is electrically connected to the light source module, the other end of the bendable wire is electrically connected to the control member, the bendable wire is provided for adjusting a distance between the control member and the pad. Accordingly, by collapsing or unfolding the bendable wire, the control member and the pad are spaced apart by a certain distance. Therefore, movement of a mouse cord is prevented from being obstructed by the control member, so a mouse can move smoothly, and smooth operations of the mouse are ensured.

Abstract: A keyboard device and a mouse cord holder thereof for using in a mouse cord (101). The mouse cord holder (10) includes a base (1), a cord guiding frame (2) and a magnetic assembly (3). The base (1) has a bottom surface (11). The cord guiding frame (2) is connected to the base (1) and is arranged at an acute angle (?) with respect to the bottom surface (11). The magnetic assembly (3) includes a first magnetic element (31) and a second magnetic element (32), the first magnetic element (31) is fixed at one end of the cord guiding frame (2) away from the base (1), and the second magnetic element (32) receives and fixes the mouse cord (101). The first magnetic element (31) and the second magnetic element (32) are magnetically attached to each other or are separated from each other.