46results about How to "Different visual effects" patented technology

The embodiment of the invention discloses a screen-off display control method and a terminal device. The control method is applied to the terminal device with a display screen. The method comprises: aterminal device obtaining meteorological information of a target area in a current period, then, the terminal device determining corresponding to-be-displayed information according to the acquired meteorological information; further determining the display attribute of the target object according to the to-be-displayed information; wherein the to-be-displayed information is used for reflecting the meteorological information, the display attribute of the target object comprises a color and / or brightness, the target object comprises information displayed on a display screen by the terminal device in a screen-off state, and finally, the terminal device displaying the target object of which the display attribute is determined on the display screen in the screen-off state.

The invention discloses a method for preparing a fluorophosphate composite opaque glass, which comprises the following steps: 1) raw material preparation: 50 to 65 portions of silica, 0.5 to 6.5 portions boron oxide, 2 to 5 portions alumina, 10 to 17.5 portions calcium oxide, 0.5 to 6 portions of magnesium oxide, 0.5 to 2 portions of zinc oxide, 5 to 10 portions of sodium oxide, 5 to 8 portions of phosphorus pentoxide, 0.5 to 2 portions of sodium fluosilicate and 1 portion of calcium nitrate. The materials form the raw material after evenly mixing; 2) the raw material is melted under the temperature ranging from 1,300 DEG C to 1,480 DEG C and a clarification; the material then is extruded and pulled for shaping; an annealing is followed and the material is then cooled to a normal temperature. After a polishing and a cutting, the fluorophosphate composite opaque glass is obtained. The method for preparing the fluorophosphate composite opaque glass in the invention has the advantages of not only preventing the environment pollution by fluoride, but also saving energy.

The present invention relates to one kind of nozzle for utilizing water flow to generating electricity driving LED. Inside the casing of the nozzle, there are light emitting device and baffle. The light emitting device includes light source, circuit board and stator connected to the circuit board; one flow guiding cavity is formed among the baffle, the light emitting device and the nozzle; one rotating drum is set inside a casing between the inner baffle and the connector to rotate the rotor of the electric generator; and the rotating drum cavity formed with the rotating blades and the rotor is connected to the flow guiding cavity and the connector. The present invention has light of different colors irradiating the water beads to form beautiful scene and outputs safe voltage without need outer power source to ensure the safety.

An embodiment of the invention discloses a screen-off display control method and terminal equipment. The screen-off display control method is applied to the terminal equipment with a display screen. The screen-off display control method comprises the steps that: firstly, the terminal equipment obtains meteorological information of a target area in a current period; then the terminal equipment determines corresponding to-be-displayed information according to the obtained meteorological information and further determines display attributes of a target object according to the to-be-displayed information, wherein the to-be-displayed information is used for reflecting the meteorological information, the display attributes of the target object comprises color and / or brightness, and the target object comprises information displayed by the terminal equipment on the display screen in a screen-off state; and finally, the terminal equipment displays the target object with the determined display attributes on the display screen in the screen-off state.

The LED display plate comprises the matrix of display units, whose long edge is deflected an angle in 30-60 degrees either right or left deflexion related to the reference coordinate axis. The said deflexion makes the light direction of diffusion generate the relevant deflextion angles so as to create the effect of vision fluctuation. Moreover, light-absorbing materials or reflective materials can be coated on the LED display units, making the LED display plate possess various effects of vision fluctuation. The invention generates virtual 3D vision effect without need of changing the display control program.

The invention relates to a unidirectional-transparent printing material used in an LED display screen. According to the invention, an upper printing substrate layer and a lower coated bottom layer are composed into a unidirectional-transparent film with a heat composition method. The coated bottom layer and a light proof paper layer are bonded by using an adhesive layer, or a layer of black glue is coated on the surface of the printing substrate layer, such that a unidirectional-transparent film is formed, and a layer of opaque paper is adhered by using the black glue layer as the adhesive layer. Through holes are provided in the vertical direction of the entire surface. Compared with existing products, the printing material is advantaged in that: the unidirectional-transparent film is applied on an LED display screen, such that a function of advertisement changeability of the LED display screen is achieved, and an advertisement effect is brought by the unidirectional-transparent film, such that good advertising and marking effects are provided; ink absorption performance of the material is good, image precision is high, and the color is bright; and the material has excellent aging resistance, ductility resistance, UV resistance, and stiff and smooth characteristics. With the material, different advertisement decorative effects are achieved, and application space is saved. Different visual effects can be provided days and nights.

The invention discloses a ceiling lamp for a hotel. The ceiling lamp comprises a first fixing plate, a photovoltaic panel, air exhaust pipes, second storage baskets and fixing parts, wherein support rods are fixed at the lower side of the first fixing plate, sliders are fixed at the lower sides of the support rods, the sliders are in sliding connection with slideways, the slideways are formed at the upper side of a support plate, a first storage box, a second storage box, a drive motor and first storage baskets are arranged at the upper side of the support plate, the drive motor is rotatably connected with a rotation shaft, a speed reducer is arranged between the rotation shaft and the drive motor, the photovoltaic panel is electrically connected with storage batteries, humidifiers are placed at the upper sides of the first storage baskets, threaded holes are formed at the lower side of the support plate, water storing plates are placed at the upper sides of the second storage baskets,and filter screens are placed on lugs. For the ceiling lamp for the hotel, the humidifiers are arranged, due to the arrangement of the two humidifiers, in winter, when the air is relatively dry, humidifying treatment can be carried out on a lobby of the hotel, and therefore, a comfortable environment is provided for consumers.

The invention discloses a mobile phone navigation key, a manufacturing method thereof, a mobile phone keypad and a mobile phone. The navigation key has a transparent integral structure, and both the upper surface and the lower surface of the navigation key are provided with a pattern-forming coating. The mobile phone keypad comprises a polycarbonate plastic substrate provided with a plurality of keys which include the navigation key, the front surface of the substrate is provided with an ultraviolet light cured pattern-forming coating, and the back side of the substrate is provided with a key symbol-forming coating. The transparent navigation key has a stereoscopic visual effect by coating pattern-forming ink layers respectively on the upper surface and the lower surface of the transparent navigation key; meanwhile, the navigation key is integrally formed, and the cost of the navigation key is similar to that of a navigation key consisting of one part, and the method has the advantages of simple process, effective production cost reduction and economic benefit increase.

The present invention relates to a gift box. The gift box includes a box body, a cover body and a box sleeve; the box sleeve is sleeved outside the box body and the cover body which are closed together, wherein the cover body includes a paperboard layer and an upper layer, the upper layer is pasted on the paperboard layer; the box sleeve includes a large number of small holes formed by laser drilling; the small holes are through holes penetrating through the box sleeve and form a pattern structure; and the upper layer color shown through the small holes is different from the color around the small holes on the upper surface of the box sleeve. In the gift box provided by the present invention, the pattern structure formed by the small holes is visually three-dimensional, has a concave-convex feeling when being touched, and shows different visual effects under different-intensity and different-angle lights, and thus the gift box brings enjoyment of beauty and different visual experienceto persons, and has strong attraction to customers, and is easy to produce and process.

The embodiment of the present application discloses a screen-off display control method and a terminal device, and the control method is applied to a terminal device with a display screen. First, the terminal device obtains the meteorological information of the target area in the current cycle, and then the terminal device determines the corresponding information to be displayed according to the obtained meteorological information, and further determines the display attribute of the target object according to the information to be displayed. In response to the above weather information, and the display attributes of the target object include color and / or brightness, the target object includes the information displayed on the display screen of the terminal device in the off-screen state, and finally, the terminal device in the above-mentioned off-screen state will determine The target object with display properties is displayed on the display.

The invention relates to a picture display method and device, in particular to a picture display unit, device and method. The picture display unit comprises a device box provided with a display window, wherein a rotary tube is arranged in the device box through a gear shaft rack, a gear shaft penetrates the device box, and the rotary tube is driven to rotate by a drive device; a plurality of picture cards are connected on the rotary tube through a connecting mechanism, and inner side edges of the picture cards are distributed circumferentially along the rotary tube; the rotary tube comprises a support frame provided with a penetration tube in the middle as well as a first mounting disc and a second mounting disc which are arranged at two ends of the support frame; a first inner ring gear is arranged on an end surface of the first mounting disc and connected with the drive device through a gear drive mechanism. The technical problems that a limited quantity of pictures are displayed and the pictures are played incoherently in a revolving lantern and electronic storage of the displayed pictures is limited by power supply, radiative and has loss risk in case of infection with a virus in the prior art are solved.

The invention discloses a method for preparing a fluorophosphate composite opaque glass, which comprises the following steps: 1) raw material preparation: 50 to 65 portions of silica, 0.5 to 6.5 portions boron oxide, 2 to 5 portions alumina, 10 to 17.5 portions calcium oxide, 0.5 to 6 portions of magnesium oxide, 0.5 to 2 portions of zinc oxide, 5 to 10 portions of sodium oxide, 5 to 8 portions of phosphorus pentoxide, 0.5 to 2 portions of sodium fluosilicate and 1 portion of calcium nitrate. The materials form the raw material after evenly mixing; 2) the raw material is melted under the temperature ranging from 1,300 DEG C to 1,480 DEG C and a clarification; the material then is extruded and pulled for shaping; an annealing is followed and the material is then cooled to a normal temperature. After a polishing and a cutting, the fluorophosphate composite opaque glass is obtained. The method for preparing the fluorophosphate composite opaque glass in the invention has the advantages ofnot only preventing the environment pollution by fluoride, but also saving energy.

The invention discloses a wall-mounted sand clock creative lamp. The wall-mounted sand clock creative lamp comprises a mounting part, a lamp body and a lampshade, and is characterized by further comprising a sand clock rotating mechanism, a rotating groove is formed in one end of the sand clock rotating mechanism, the sand clock rotating mechanism is provided with a rotating shaft, one end of the rotating shaft is coordinated with the rotating groove to rotate to work, the other end of the rotating shaft is provided with two connecting parts corresponding to each other vertically, the upper connecting part and the lower connecting part are connected to two fixing blocks respectively, a flow speed control block is arranged between the two fixing blocks, a sand lock shell is arranged at the upper ends of the fixing blocks, the other sand lock shell is arranged at the lower ends of the other fixing blocks, sand grains are arranged in one of the sand clock shells, one ends of the sand clock shells are connected to the fixing blocks, and the other ends of the sand clock shells are provided with pressure sensors.

The invention discloses a quartz plate and a preparation method thereof, belonging to the technical field of quartz plates. The quartz plate of the present invention comprises the following components in parts by mass: 700-730 parts of quartz mixture, 100-130 parts of adhesive, 80-100 parts of glass powder, and 30-50 parts of toner. The quartz plate material prepared by the invention has excellent high strength, acid and alkali resistance, and bright visual effect.

The invention discloses a method for manufacturing a fastener. The method comprises the following steps of providing a substrate having a plurality of through holes thereon; correspondingly penetrating the plurality of wire bodies through the plurality of through holes of the substrate to enable the tail ends of the plurality of wire bodies to protrude out of the substrate; welding the tail ends of the plurality of wire bodies and the substrate so as to fix the plurality of wire bodies on the substrate; cutting the plurality of wire bodies to form free ends relative to the tail ends of the plurality of wire bodies fixed on the substrate; and heating the plurality of wire bodies in the direction from the side of the free ends of the plurality of wire bodies so that the plurality of wire bodies form joining units of the fastener, each joining unit having a head portion formed by the free end and a stem portion connected to the substrate. On the other hand, the invention further comprisesthe fastener manufactured by the method for manufacturing the fastener.

The invention provides a self-luminous webbing knitting process. The process comprises the steps of healding, reeding, heald lifting and weft passing, wherein healding adopts 9 healds; the corresponding healds penetrate through yarns and are reeded; first to ninth wefts are inserted and subjected to heald lifting; double plain weave structures are formed; the yarns corresponding to the healds adopt different yarns, and warps adopt multiple types of yarns and self-luminous yarns; and the self-luminous yarns can emit various kinds of color light, are used for sportswear, achieve a certain warning effect and ensure that travel is safer.

The invention relates to an LED lamp set, and in particular relates to an LED lighting module which is convenient to maintain, simple and convenient to mount, and wide in applicable scope. The LED lamp set comprises an LED lamp set body, a radiator set and a fixing plate; a plurality of through holes are formed in the fixing plate; each LED lamp bead of the LED lamp set body passes through the through holes; a radiator is fixed to each through hole; a transparent protecting cover is fixed on the fixing plate and at the outside of the radiator set; radiating holes are formed in the transparent protecting cover. According to the structure above, the LED lamp set has the advantages that the whole protecting cover is manufactured from transparent materials, so that the running condition of an LED lamp can be directly observed; in addition, various LED lamps can be additionally mounted on the protecting cover body to achieve different visual effects as requirement; fault points can be timely found out and repaired and removed quickly, and therefore, normal use can be ensured.