31results about How to "Reduce edge width" patented technology

The invention discloses a preparation method of lily-bulb spina-date-seed sharpleaf-galangal-fruit tea capable of improving sleep quality. The preparation method of the lily-bulb spina-date-seed sharpleaf-galangal-fruit tea is characterized by comprising the following steps: taking lily bulbs, mulberry fruits, longan flesh, spina date seeds and sharpleaf galangal fruits as raw materials; washing the raw materials, and drying the washed materials until the water content is lower than 5%; transferring the dried materials into a sterilizing device so as to carry out sterilizing; transferring the sterilized materials into a stainless crushing machine so as to crush the sterilized materials into 40-80-mesh powder; and then, stirring and mixing the crushed powder according to proportion, and packaging the uniformly blended mixture by using three-dimensional tea bags, so that the lily-bulb spina-date-seed sharpleaf-galangal-fruit tea capable of improving sleep quality is prepared. The lily-bulb spina-date-seed sharpleaf-galangal-fruit tea capable of improving sleep quality is excellent in material selection, unique in flavour, convenient to eat, good in taste, and easy to be accepted by people. Medicinal and edible food materials are adopted as active ingredients, so that the lily-bulb spina-date-seed sharpleaf-galangal-fruit tea is free of any chemical additives, hormones and harmful substances; even being daily drunk, the lily-bulb spina-date-seed sharpleaf-galangal-fruit tea causes no burden to the body after long-term drinking. The lily-bulb spina-date-seed sharpleaf-galangal-fruit tea capable of improving sleep quality is a natural tea substitute; moreover, the lily-bulb spina-date-seed sharpleaf-galangal-fruit tea is also a daily natural tea beverage for the people who pursue high-quality live, and is capable of preventing diseases, calming the nerves and helping sleep.

A double-sided OLED packaging structure is provided and has an upper plate and a lower plate. Edges of each of the upper plate and the lower plate has a bending structure disposed thereon. A packaging glue is disposed on an inner side of the bending structure, such that two light emitting display portions are corresponding to and connected to each other by the packaging glues and the bending structures. Therefore, the double-sided OLED packaging structure can protect an organic light-emitting layer from high-temperature damage and prolong the display life by disposing the packaging glue on a side part of the packaging cover and thus away from a light-emitting surface.

The invention discloses the edge enveloping art of a septum bag and the device thereof. The device comprises a gas cylinder (1) and a base (2). A guide rod retaining plate (4), an electric knife (5), an electric knife retaining plate (6), a pressing plate guide rod (7), an electric knife guide rod (8), two pressing plates (9) and a backing plate (10) are arranged between the gas cylinder (1) and the base (2). The lower end of a cylinder pushing rod is connected with the guide rod retaining plate (4). A structure which is as simple as possible is adopted for the invention to achieve that the cutting and the combining of two layers of septum can be finished simultaneously. The edge enveloping width of the septum bag is small, and the stickability of the bag mouth is tight without breach.

PURPOSE: A scribe method of a brittle material substrate is provided to scribe the substrate by a predetermined segment line on the curve by forming a cooling spot and irradiating laser on a laser irradiation spot at the same time. CONSTITUTION: A scribe method of a brittle material substrate comprises the following steps: the laser with the wavelength having absorption and transparency by a brittle material substrate is irradiated and dispersed to a cooling medium, and the laser is irradiated on a laser irradiation spot; and a beam spot by the laser irradiation and the cooling spot by the cooling medium are scanned by the predetermined segment line. In the laser irradiation step, the focus of the laser is positioned within the range of the other side of the surface of the substrate. A scribe method of the brittle material substrate comprises an additional initial crack forming process before the laser irradiation step. In the laser irradiation step, the wavelength of the laser is between 2.7 micrometers and 4.0 micrometers. A scribe apparatus(1) of the brittle material substrate comprises a table(2), a laser generator(3), an optical system, a condensing lens(5), a cooling nozzle(6), and a transport apparatus. [Reference numerals] (10) Table moving unit; (11) Condensing lens moving unit; (3) Laser generator

Avalanche photodiodes are provided, wherein the APDs provide both high optical coupling efficiency and low dark count rate. The APDs are formed such that their cap layer has an active region of sufficient width to enable high optical coupling efficiency but the APD still exhibits a low dark count rate. These cap layers have a device area with an active region and an edge region, wherein the size of the active region is substantially matched to the mode-field diameter of an optical beam, and wherein the size of the edge region is made small so as to reduce the number of defects included. These APD designs maintain a substantially uniform gain and breakdown voltage, as necessary for practical use.

The invention provides a display panel. The display panel comprises a first substrate, a second substrate and a cover plate. The first substrate, the second substrate and the cover plate are horizontally arranged in an overlapped mode, a vertical side connecting area is defined by the outer surfaces of the side end portions of the first substrate, the second substrate and the cover plate together,and the side connecting area is provided with a switching conducting layer and an electrical functional assembly which is arranged on the switching conducting layer and electrically connected with the switching conducting layer. An insulating layer is arranged on the first substrate; conducting layers are arranged in the insulating layers at intervals, and a side end connecting gasket of at leastone of the conducting layers extends to the surface of the side connecting area and is electrically connected with the switching conducting layer, so that electrical connection between the electricalfunctional assembly and the conducting layers is realized. The invention provides the display panel, which adopts a novel structural design and can effectively shorten the width of the edge of the display panel so as to realize a narrow frame design of the display panel.

The present invention relates to a chrysanthemum and semen cassiae tea substitute and a preparation method thereof. The tea substitute is prepared from the following raw materials packaged with three-dimensional tea bags by weight: chrysanthemums 3.2 g and semen cassiae 2.3 g. The preparation method includes the following steps: crushing and granulating the raw materials, successively picking, screening, washing, drying and sterilizing each ingredient of the raw materials, then putting the ingredients into the three-dimensional tea bags by a granulating machine in accordance with the above-mentioned ingredients and weight ratio, and finally boxing the three-dimensional tea bags and delivering the finished products from storage. The tea substitute has effects in detoxifying and beautifying, clearing liver and improving vision, lowering blood pressure, dispelling pathogenic wind and removing dampness, and tonifying kidney yang; and has certain regulatory roles for blurred vision and dimmed sight resulted from old age. The tea substitute adopts entirely new independent three-dimensional tea bags, and is convenient, quick, and instant ready to drink, eliminates the need for cumbersome tea wash processing; also, customers do not need to worry about the dregs of decoction when drinking water; and it is more convenient to wash teacups.

The invention relates to the technical field of automobile sight glass, and especially relates to a narrow edge electro-dimming device. The device includes conductive transparent glass and reflectiveconductive glass with same shapes and sizes; the conductive transparent glass and the reflective conductive glass are in mutual fitting arrangement; the surface of the side, back toward the reflectiveconductive glass, of the conductive transparent glass is circumferentially provided with a reflective masking ring along the edge; a sealant is arranged between the conductive transparent glass and the reflective conductive glass, and is circumferentially arranged on the edge of the reflective conductive glass; one side of the conductive transparent glass is provided with a first electrical insulation chamfer; and the side, away from the first electrical insulation chamfer, of the reflective conductive glass is provided with a second electrical insulation chamfer. Thus, the dimming uniformityof the device can be effectively improved, the width of non-dimming regions on the edge of the device can be effectively decreased, and the beauty of the appearance of the device can be enhanced.

A touch cover including a substrate, a sensing circuit and a grounding circuit is provided. The substrate has an inner plane and an inner side surface extending from the inner plane. The inner plane and the inner side surface are not coplanar. The sensing circuit is disposed on the inner plane. At least a portion of the grounding circuit is disposed on the inner side surface. An electronic apparatus with the touch cover and a fabricating method of the touch cover are also provided.

The present invention provides a display panel, including a display area, a binding area and a pad area located between the display area and the binding area. The display area is provided with a function layer, the binding area is provided with a driving unit, and the pad area provided with a plurality of pads arranged in multiple rows and multiple columns. One end of each of the pads is connected to the function layer, and the other end of each of the pads is connected to the driving unit, wherein the plurality of the pads are disposed asymmetrically with respect to the centerline, and the centerline is a centerline of the display panel running through the display area, the pad area, and the binding area.

A touch cover including a substrate, a sensing circuit and a grounding circuit is provided. The substrate has an inner plane and an inner side surface extending from the inner plane. The inner plane and the inner side surface are not coplanar. The sensing circuit is disposed on the inner plane. At least a portion of the grounding circuit is disposed on the inner side surface. An electronic apparatus with the touch cover and a fabricating method of the touch cover are also provided.

A stacking structure for a flexible display assembly is provided, which is advantageous in that, an region of a lower protection film protruding from an region in a flexible display panel, serves as an region for a waste removal device to capture and discharge waste, and meets the needs of the waste removal device for waste removal and the flexible display panel is not contaminated. In addition, a width of an edge removal area of the flexible display panel decreases, a layout efficiency of the irregular-shaped flexible display assembly is thereby improved, and a utilization rate of a master flexible display panel greatly increases to save costs.

A display panel includes a first substrate, a second substrate, and a cover plate which are horizontally stacked on each other and together define a side connection region extending vertically on outer surfaces of lateral end portions of the first substrate, the second substrate, and the cover plate. An electrically conductive connection layer and an electrical functional assembly electrically connected to the same are placed on the side connection region. Insulating layers and conductive layers between them are on the first substrate, a lateral end portion of at least one of the conductive layers is provided with a bonding pad extended to the side connection region and electrically connected to the electrically conductive connection layer, so as to establish electrical connection between the electrical functional assembly and the conductive layers. The display panel can effectively shorten a width of its edge, and realize a “narrow bezel” design.

The present invention provides a double-sided OLED packaging structure, which includes an upper plate and a lower plate. A bending structure is arranged on the edge of the upper plate and the lower plate, and an encapsulating glue is arranged inside the bending structure, so that the first base, The side parts of the second base are correspondingly connected to the bending structure through the encapsulation glue; the beneficial effect is: in the double-sided OLED encapsulation structure of the present invention, the encapsulation glue is arranged on the side of the encapsulation cover, away from the light-emitting surface, thereby protecting the organic light emitting Layers are protected from high temperature damage to extend display life; the sides of the package lid can be thinned to help reduce the bezel width of double-sided displays.

The invention provides a double-sided organic light emitting diode (OLED) package structure. The double-sided OLED package structure comprises an upper plate body and a lower plate body, wherein bending structures are arranged at edges of the upper plate body and the lower plate body, and package adhesives are arranged at inner sides of the bending structures so that side parts of a first substrate and a second substrate are respectively and correspondingly connected with the bending structures by the package adhesives. The double-sided LED package structure has the beneficial effects that the package adhesives are arranged at side parts of package covers and are far away from a light emitting surface, so that an organic light emitting layer is free from the damage of a high temperature, and the display lifetime is prolonged; and the side parts of the package covers can be thinned so as to be beneficial for reducing the frame width of a double-sided display.

The invention provides a laser precision welding method for edge sealing of soft-clad aluminum-shell electric cores, which includes: two electric cores to be edge-sealed and welded with soft-wrapped aluminum-plastic composite films according to the edge-sealing welding position, so that the PP inner layer is relatively attached to each other. Put it together; add a transparent glass layer on the upper nylon layer, and fill a thin layer of cooling liquid to isolate the two; apply pressure to make the layers contact closely; use the laser beam to incident from above the transparent glass layer, and the laser beam is focused on the upper The surface of the aluminum layer melts the upper PP layer and the lower PP layer; stop the irradiation or remove the laser beam, and the melted upper PP layer and lower PP layer cool down rapidly and solidify to achieve a firm and tight sealing edge. The invention utilizes the laser absorption, rapid temperature rise and heat conduction of the middle layer of aluminum foil to realize the technological effect of melting the PP layer but not melting the nylon outer layer, and realizes the laser precision of the upper and lower aluminum-plastic composite film PP inner layers under the action of external pressure. welding. The laser precision welding has the advantages of narrow edge width, good sealing quality and high production efficiency.

The present invention provides a display panel, including a display area, a binding area and a pad area located between the display area and the binding area. The display area is provided with a function layer, the binding area is provided with a driving unit, and the pad area provided with a plurality of pads arranged in multiple rows and multiple columns. One end of each of the pads is connected to the function layer, and the other end of each of the pads is connected to the driving unit, wherein the plurality of the pads are disposed asymmetrically with respect to the centerline, and the centerline is a centerline of the display panel running through the display area, the pad area, and the binding area.

A double-sided OLED packaging structure is provided and has an upper plate and a lower plate. Edges of each of the upper plate and the lower plate has a bending structure disposed thereon. A packaging glue is disposed on an inner side of the bending structure, such that two light emitting display portions are corresponding to and connected to each other by the packaging glues and the bending structures. Therefore, the double-sided OLED packaging structure can protect an organic light-emitting layer from high-temperature damage and prolong the display life by disposing the packaging glue on a side part of the packaging cover and thus away from a light-emitting surface.

The invention provides an OLED display panel and a packaging method thereof. The OLED display panel includes: a base substrate, an OLED device disposed on the base substrate, and a thin film encapsulation layer, the thin film encapsulation layer includes a first inorganic layer, an organic layer, and a second inorganic layer, wherein the organic The layer includes a lower surface in contact with the first inorganic layer, an upper surface away from the first inorganic layer, a plurality of sides connecting the upper surface and the lower surface, the upper surface on the base substrate The orthographic projection on is located within the orthographic projection of the lower surface on the base substrate, and each side is inclined; the OLED display panel of the present invention has a long service life and a small edge width, which is conducive to realizing Narrow bezels of products.