Abstract: An automatic angle-measured apparatus includes a driving unit coupled with a clamping plate and a driving seat, an encoding unit located at an end of the driving unit facing the driving seat and signally connected to the driving unit, at least one attitude sensor located at the driving seat, and a control unit signally connected to the encoding unit and the attitude sensor. The attitude sensor senses the un-rotated and the rotated driving seat to generate a first and a second signals, respectively. The control unit bases on the first and the second signals to calculate an offset. The control unit controls the driving unit to rotate a predetermined angle. The encoding unit bases on the predetermined angle to generate location information. The control unit bases on the first signal, the second signal and the location information to calculate angle information and compensation for performing a correction procedure.

Abstract: A variable damping assembly includes a base, a supporting member, a damping member, and an elastic member. The supporting member is positioned on the base. The damping member is rotatably coupled to the supporting member and presses against the housing. The elastic member includes a first end and a second end opposite to the first end. The first end of the elastic member is coupled to the supporting member and the second end of the elastic member is coupled to the housing. The elastic member provides an elastic force and the damping member provides a damping force changed as the elastic force changes.

Abstract: An automatic angle-measured apparatus includes a driving unit coupled with a clamping plate and a driving seat, an encoding unit located at an end of the driving unit facing the driving seat and signally connected to the driving unit, at least one attitude sensor located at the driving seat, and a control unit signally connected to the encoding unit and the attitude sensor. The attitude sensor senses the un-rotated and the rotated driving seat to generate a first and a second signals, respectively. The control unit bases on the first and the second signals to calculate an offset. The control unit controls the driving unit to rotate a predetermined angle. The encoding unit bases on the predetermined angle to generate location information. The control unit bases on the first signal, the second signal and the location information to calculate angle information and compensation for performing a correction procedure.

Abstract: A device for positioning a platen roller is provided, the device including a body, a first clip, a second clip, a first rotating arm, a second rotating arm, a first linkage, a second linkage and a first elastic element. The first clip and the second clip are disposed movably on the body; the first and the second rotating arm are disposed rotatably on the body; the first linkage couples the first rotating arm and the first clip; the second linkage couples the second rotating arm and the second clip; the first elastic element connects the first clip and the second clip, wherein when the first clip and the second clip move toward a first moving direction and a second moving direction respectively, the first elastic element provides elasticity so that the first clip and the second clip restore.

Abstract: A peel-off module of a printing device is provided for peeling off consumables from a consumable tape. The peel-off module is located on a cover of the printing device and comprises at least a main body, a peeling bar, and a peeling roller module. The main body has at least two guiding slots. The peeling bar is connected to the main body for peeling off the consumables from the consumable tape. The peeling roller module is movably assembled to the at least two guiding slots. When an user wants to use the printing device, the peeling roller module is pushed along the at least two guiding slots to a first stop point of the at least two guiding slots and then is pressed down to a second stop point on one of the at least two guiding slots to have the peeling roller module steadily clamping the consumable tape.

Abstract: A fixing mechanism for fixing a thermal print head module is disclosed. The thermal print head module is pivoted to a casing. The fixing mechanism includes a base, a linkage member and a plurality of positioning structures. The base is disposed on the casing. The linkage member is pivoted to the base and the thermal print head module. The linkage member is driven by the thermal print head module when the thermal print head module is rotated relative to the casing, such that the linkage member is pivoted to different positions relative to the base. The plurality of the positioning structures is disposed on the linkage member for fixing the linkage member, so as to position the thermal print head module in corresponding positions.

Abstract: A fixing mechanism for fixing a thermal print head module is disclosed. The thermal print head module is pivoted to a casing. The fixing mechanism includes a base, a linkage member and a plurality of positioning structures. The base is disposed on the casing. The linkage member is pivoted to the base and the thermal print head module. The linkage member is driven by the thermal print head module when the thermal print head module is rotated relative to the casing, such that the linkage member is pivoted to different positions relative to the base. The plurality of the positioning structures is disposed on the linkage member for fixing the linkage member, so as to position the thermal print head module in corresponding positions.

Abstract: A vacuum glass structure comprising two glass substrates maintained at an substantially constant interval by a glass frit paste sealingly adhering to the peripheries thereof, forming a hermetically sealed vacuum room. A receiving gap is formed at the periphery of the glass substrate. The internal surface of the glass structure further includes an air chamber and a glass tube groove for receiving a pumping tube. The pumping tube can be placed inside the receiving gap with the internal end of the pumping tube extending from the receiving gap through the glass tube groove into the air chamber. The external end of the pumping tube constitutes a hermetic seal retained within the geometric boundary of the receiving gap. The air chamber structure may improve air transferring efficiency and prevents problems such as blockage in the pumping tube, thus enabling an increase in production yield.

Abstract: A vacuum flat glass substrate structure includes two glass substrates and a glass frit adhering to the boundary of the two glass substrates. The glass substrates and the glass frit form a sealed vacuum room. The two glass substrates have receiving gaps formed on the boundary thereof. A glass tube is disposed in the receiving gaps, and an interior end portion of the glass tube extends into the vacuum room and a sealed exterior end portion of the glass tube doesn't extend out of the geometric space in accordance of the receiving gaps. Accordingly, the present invention can receive and conceal the glass tube protruding out of the surfaces associated with the glass substrates in the receiving gaps, thereby keeping the glass substrates in flat and smooth shape after being lapped and sealed.

Abstract: A multi-layered glass structure includes at least three glass substrates. The edges of the three glass substrates are sealed and fastened. There is a cavity space between two adjacent glass substrates, and the multi-layered glass structure includes at least one vacuum cavity space. The multi-layered glass structure has a flat vacuum structure to enhance the heat insulation and separating effect and the noise insulation effect of the multi-layered glass structure.

Abstract: An optical diffuser structure for field emitting display element provides uniform lightness contrast to a display, and includes a glass substrate as main body, wherein plural black stripe blocking layers is arranged on the panel of the substrate for covering the light diffusing path of the display element, a transparent glue layer being further arranged on the surfaces of the black stripe blocking layer and glass substrate, thus the black stripe blocking layer is protected from the damage caused by sandblasting process, at last, a nebulized surface is formed on the transparent glue layer, thereby, through the diffuser structure, the light generated by the display element possesses a uniformity without any reduction and loss of lightness.

Abstract: In a method of uniforming the thickness of a rib, steps are forming a plurality of blocked layers by many times of printing and stack, processing a first pre-bake of each blocked layer printed, processing a second pre-bake of in the final blocked layer, flattening the final blocked layer by the uniform plate, and solidify the blocked layers by a sintering process in the final to form a rip (insulation structure), thereby the thickness of rip being uniform.

Abstract: A method for manufacturing glue-pasting area of field emission display forms a plurality of elongated low walls on glue-pasting area of the anode plate or the cathode plate by printing. The elongated low wall includes a length side parallel with a package side of the display. The elongated low walls are arranged on the glue-pasting area in staggered and parallel fashion, where a first gap is defined between two adjacent elongated low walls and the first gap is a channel for overflow glue after the cathode plate is pressed with the anode plate. After the glass glue is pasted on the elongated low wall and the cathode plate is pressed with the anode plate, the overflow glue is constrained b the gap to control the width of glue.