TWM521198U - Container structure with holographic projection function - Google Patents

Description

Container structure with holographic projection function

The present invention relates to a container structure, and more particularly to a see-through container having a quadrangular pyramid shape, which is formed to allow light to generate a predetermined transmission and refraction, and to project a four-light image to form a holographic image in the container. At the same time, it is used as an object for display and 3D stereoscopic image display.

"Cultural creativity" means adding new ideas to an existing culture and giving the old culture a new look and value. According to the definition promulgated by the Law of the Republic of China on Cultural and Creative Industries, "cultural and creative industries" refers to Through the formation and application of intellectual property, through the formation and use of intellectual property, it has the potential to create wealth and employment opportunities, and promotes the aesthetics of the whole nation, and promotes the following industries in the national living environment: (1) visual arts industry; (2) music and performance Art industry; (3) cultural asset application and exhibition facilities industry; (4) craft industry; (5) film industry; (6) radio and television industry; (7) publishing industry; (8) advertising industry; Industry; (10) visual communication design industry; (11) design brand fashion industry; (12) architectural design industry; (13) digital content industry; (14) creative life industry; (15) popular music and cultural content industry; 16) Other industries designated by the central competent authority.

In recent years, due to the rise of the concept of cultural and creative products, many traditional items or daily necessities have jumped away from the old shackles, changing people's habits of using original items, and old impressions of traditional culture, plus humans. In the history of the art of the millennium, through the accumulation of "beauty experience", the cultural and living things have cultivated a fairly mature aesthetic concept and taste ability; therefore, it can be found that the demand for goods has been "early" The practicality and the "functionality" requirements have evolved to incorporate the product concept with the "humanization" design of the human factors concept. In recent years, it has evolved into an aesthetically pleasing "taste" product design. In addition to the functional and human-friendly design, it can also be decorated like a work of art, so as to enhance the added value of the product, and make the aesthetics of art omnipresent, let the daily life enter the eye. The pictures in the picture can be pleasing to the eye, so that users can not put it down, this will be the highest level of product design.

In addition to the aesthetic combination, product design will also incorporate relevant elements in the trend of each era. For example, the current development of factor technology, and then discover the application of electronic and optical technology in product structure and technology, so that the product produces another new Looks like, but more abundant.

Further description of the cup container product, the main purpose of which is to hold the article, so that the structure is provided with a concave portion having a predetermined depth as a part for containing the article, which is used when it is used for hot food or hot drinks. Avoid holding the cup directly with your hand, so add a handle to the outside of the cup to provide the part that the hand holds. This is the basic function and structure of the cup container. When there is a need to improve the "practicality" of the cup container, the other functions are further added. For example, the "bubble cup" disclosed in the new patent No. 103205118 is provided with a filter membrane for filtering tea leaves. It can be used to facilitate the function of brewing beverages. In addition, the "Beverage Cup with Insulation and Anti-slip Effect" as disclosed in the new patent No. 104205223 can add insulation and anti-slip effects.

When the aesthetic requirements of the cup container are given, it is usually shaped in the shape of the cup container. For example, the "cup (1)" disclosed in the design patent No. 103303650 of the country can also add new functions and ingeniously integrate. The overall design of the cup container, such as the "cup with straw spoon structure" disclosed in the new patent No. 103212767; on the other hand, the shape design of the cup container, in addition to the change of shape and contour, can also use various printing Techniques such as printing, painting, or painting, printing patterns, characters, or patterns on the outside of the cup to add visual effects. Such techniques are disclosed in the "Fluorescent Disperse Dyeing Paints" disclosed in the new patent No. 104204197. .

In response to the digital age of technology, cup containers can be further combined with optical technology to create another visual enhancement that is more eye-catching, and can also produce dynamic or static graphic changes, so that the cup container has a stylish and technological product design; Research on the use of optical, electronic or digital technology for cup containers.

Further, the invention relates to a cup container which is combined with the application of "electronic technology", such as the "light-emitting rotating container structure" disclosed in the domestic patent No. 102203370, which comprises: a container for placing an object to be stirred, and is disposed inside the container. At least one mixing body for stirring the object; a fixing base for receiving the container, the housing has an accommodating space, and the fixing seat is provided with at least one illuminating body; and a rotating device is disposed in the accommodating space The rotating device is used to drive the container Rotating; a power supply device is disposed in the accommodating space, the power supply device is electrically connected to the illuminant; the actuating member is disposed on the fixed seat and is reciprocally movable, and the actuating member is used to drive the rotating device, and The power supply unit can be activated.

Another type of cup container that is combined with the application of "electronic technology", such as the "digitalized wisdom wine glass" disclosed in the new patent No. 102214612, includes: a container; a sensing mechanism, which is disposed on the inner layer of the bottom of the container. And an output mechanism connected to the sensing mechanism and disposed at a side edge of the container.

There is also a cup container that is combined with the application of "electronic technology". For example, the "Health Information Cup" disclosed in the new patent No. 1032064622 includes: a cup comprising a cup body, a cup bottom, a water cup, and an electric control module; A smart phone application that wirelessly receives the amount of drinking water transmitted by the electronic control module to display the amount of water the user is monitoring.

Among the above-mentioned structures, all belong to the cup container of "electronic technology", wherein the first case mainly uses a rotating device for driving the container to rotate, and the power supply device is electrically connected to the illuminant, and the container is pressed by the actuating member. Rotating to give an object (such as liquid) in the container for stirring and cooling, etc., can also cause the illuminant of the fixed seat to emit light; in the second case, the acidity of the container is sensed by the container matching sensing mechanism. Relevant information such as ning, sweetness and suitable foods are transmitted to the exporting organization for display to provide relevant and relevant information on wine quickly and correctly. The third case is equipped with electronic control module and smart phone application. Monitor the amount of water consumed by the user per unit time, and automatically estimate and remind the drinker according to the settings, and then record and count the information related to drinking water.

Due to the widespread use of technology products, the image display is a very important part, mainly as information transmission or signal transmission between technology products and users, and communication platforms and media between the two; such image display The most common technologies are screen display devices built on technology products, or image projections used in large spaces. Research on the technology of Image Projection, also known as image projection, can be divided into "2D projection" and "3D projection", "2D projection" refers to the plane projection, from the early projection film projection and slide projection, to the later development of digital image projection, for the static or dynamic plane projection, will be digitalized The image or image is transmitted to the digital projector (Projector), and then projected to the projection screen through the internal processing of the projector; "3D projection" refers to stereoscopic projection, and its technical application such as Holographic Projection (also known as Holographic Projection) Projection), which mainly projects images and images of different angles into an optical projection device in multiple directions, and then displays a stereoscopic image at a predetermined position; currently such "2D projection" or "3D projection" image projection technology Applications with devices are quite extensive and are common in business presentations or conferences, classrooms, exhibitions, home theaters or games, theaters, entertainment gaming venues or multimedia applications.

However, the aforementioned cup containers using "electronic technology" do not have the function of display, and fail to produce dynamic or static projection image display effects, in view of the fact that the public is quite familiar and dependent on digital visual images, especially The effect of sound and light is extremely attractive, and its efficiency and speed of visual and message transmission are large and fast. Therefore, the creator of this case combines the holographic projection technology into the cup container, so that it has the function of container packaging. It also has the effect of displaying stereoscopic images, and is expected to be widely used in daily container supplies, advertising, exhibitions, commodity creation and other industries.

In view of this, the present invention discloses a container structure having a holographic projection function, comprising: a container having a fluoroscopic material and having a concave portion at a predetermined portion; at least two see-through refractive portions, The material can be formed in a transparent manner and integrated in at least two preset portions of the container, in order to provide a portion that can be respectively projected by at least two light and shadow images outside the container, and each of the light-refractive portions projected by the see-through refractive portion is transmitted through And the optical action of the refraction, and then separately projecting to one of the holographic imaging areas in the preset area of the container to jointly form a stereo holographic image; by the above components, the container is made to have a perspective refraction to form a stereo holographic image The optical display screen, together with the cup and pad, the desktop and other devices with light and shadow projection, can provide projection and static stereoscopic images, and has the dual functions of dynamic and static stereoscopic image display and articles, and can switch images as containers at will. Graphic, the conversion is easy and fast, and can be combined with general portable electronic devices and holographic image display programs. Users can create stereoscopic images or perform game image display. At the same time, the overall structure is simple and the manufacturing cost is low. It can be widely used in home container products, advertising, exhibitions, board games and commodity creation, so the overall structure can be high. Convenient for practicality and added value.

The main purpose of the present invention is to provide a container structure with a holographic projection function, which is an optical display container having a perspective refracting to form a stereo holographic image, which has the dual functions of displaying dynamic and static stereoscopic images and containing articles.

The second purpose of the present invention is to provide a container structure with a full-image projection function, which can switch images as a container image at any time, and the transformation is easy and fast, and the flexibility, richness and variability of the appearance of the container are added. At the same time, the function of automatically adjusting the size of the stereo image can be achieved.

A further object of the present invention is to provide a container structure with a full-image projection function, which has a simple structure, low manufacturing cost, and the image display achieves display, advertisement, beauty and leisure entertainment effects, and can be widely applied to household container supplies. , advertising, exhibitions, board games and merchandise and other industries, so its practicality and added value is extremely high.

A further object of the present invention is to provide a container structure with a full-image projection function, which can be combined with a general portable electronic device and a holographic image display program to provide a user-prepared flat image of a preset orientation and form a A stereoscopic image projected into the creation container.

[This creation]

(10) ‧ ‧ container

(11) ‧ ‧ recess

(12)‧‧‧ grip

(13) ‧‧‧Cup

(14) ‧‧‧ cup bottom

(20)(21)(22)(23)(24)‧‧‧Perspective Refraction

(30) ‧ ‧ holographic imaging area

(41)(42)(43)(44)‧‧‧Light and shadow images

(50)‧‧‧ Stereo holographic images

(60)‧‧‧Portable electronic devices

(61)‧‧‧ Display screen

(62)‧‧‧Full image display program

(63)‧‧‧Measurement module

(70)‧‧‧ Digital Image Coasters

(71)‧‧‧Light source module

(80)‧‧‧Desktop projection device

(81)‧‧‧Desktop

(82)‧‧‧Projector

(83)‧‧‧Full image display program

The first figure is a perspective view of a preferred embodiment of the present invention.

The second figure is a schematic cross-sectional view of a preferred embodiment of the present invention.

The third figure is a schematic diagram of a portable electronic device according to a preferred embodiment of the present invention.

The fourth figure is a schematic diagram 1 of the state of use of a preferred embodiment of the present invention.

The fifth figure is a schematic diagram 2 of the state of use of a preferred embodiment of the present invention.

The sixth figure is a schematic diagram 3 of the state of use of a preferred embodiment of the present invention.

The seventh figure is a flowchart 1 of the weight measurement application of the holographic image display program according to a preferred embodiment of the present invention.

The eighth figure is a flow chart 2 of the weight measurement application of the holographic image display program according to a preferred embodiment of the present invention.

The ninth drawing is a perspective view of the second embodiment of the creation.

The tenth figure is a schematic view showing the state of use of the second embodiment of the present creation.

The eleventh drawing is a perspective view of the third embodiment of the creation.

Fig. 12 is a perspective view showing the fourth embodiment of the creation.

Figure 13 is a plan view showing the fourth embodiment of the creation.

Fig. 14 is a plan sectional view showing the fourth embodiment of the creation.

The fifteenth drawing is a perspective view of the fifth embodiment of the creation.

Figure 16 is a perspective view of the sixth embodiment of the present invention.

Figure 17 is a schematic view showing the state of use of the multi-machine board game of the seventh embodiment of the present invention.

Figure 18 is a schematic view showing the state of use of the desktop board game of the eighth embodiment of the present invention.

First, please refer to the first to third figures. The container structure with full-image projection function provided by the present invention is an embodiment of stereoscopic imaging formed by four light and shadows, which mainly comprises: a container (10), and At least two see-through refractive portions (20) and a holographic imaging region (30) on the container (10), and a portable electronic device (60) disposed under the container (10).

The container (10) is a square fluoroscopic material having a concave portion (11) at a predetermined portion, which is a portion for containing articles or liquids.

Each of the see-through refractive portions (20) is formed in a see-through material and integrally formed in four predetermined portions (21) (22) (23) (24) of the container (10) for providing the container (10) At least two external light images (41) (42) (43) (44) can be respectively projected, and each of the perspective refracting portions respectively generates the respective light image (41) (42) (43) (44) Optical effects of transmission and refraction; each of the see-through refracting portions (21) (22) (23) (24) has a planar shape of a predetermined thickness and is inclined at an angle of 45 degrees with respect to a horizontal plane in which the container is placed; each of the light and shadow Images (41)(42)(43)(44) are a combination of image and light, respectively.

The holographic imaging area (30) is formed inside the container (10), and each of the light-shadow images (41) (42) (43) (44) projected externally is respectively passed through each of the see-through refractive portions (21). (22) (23) (24) the transmitted and refracted projected light while focusing inside the container (10) on the holographic imaging area (30) to form a preset range of a stereo holographic image (50) The stereo hologram (50) may be one of an image projection such as a dynamic stereo image or a static stereo image.

The portable electronic device (60) has a display screen (61), and the preset portion of the display screen (61) is attached to a lower portion of the container (10), and the display screen (61) is at a predetermined portion. Four respective light image (41) (42) (43) (44) in different states are respectively displayed to be respectively projected to each of the see-through refractive portions (21) (22) (23) (24) via transmission And generating the stereo hologram (50) in the holographic imaging area (30); the portable electronic device (60) can be one of a smart phone, a tablet computer or a touch screen; The image display program (62) is built in the portable electronic device (60), and provides an operator to convert the image captured and stored in the portable electronic device (60) into each of the light and shadow images (41). (42) (43) (44) are formed on the display screen (61) so as to be respectively projected to each of the see-through refractive portions (21) (22) (23) (24) and in the holographic imaging area ( 30) generating the stereo holographic image (50); a weight measuring module (63) for detecting the pressure weight of the display screen (61) at a predetermined portion thereof, and transmitting the measured related signal to The processing unit of the portable electronic device (60) is further analyzed and judged.

By means of the above-mentioned members, the container (10) having each of the see-through refractive portions (21) (22) (23) (24) is an optical display screen having a perspective refracting to form the stereo holographic image (50), with a cup Pads, desktops, etc., with light and shadow projection devices, can project dynamic and static stereoscopic images, and have the dual functions of dynamic and static stereoscopic image display and articles, and can easily switch images as containers, and the conversion is easy and fast. The utility model can also be combined with a general portable electronic device (60) and a holographic image display program (62) to provide a stereoscopic image that can be customized by a user or to perform game image display, and has a simple overall structure and low manufacturing cost, and is widely used. Home container supplies, advertising, exhibitions, board games and merchandise and other industries, so the overall structure can be high convenience and practical value and added value.

In order to further understand the characteristics of this creation, the use of technical means and the expected results, the use of this creation is described as follows: The structure of the optical display container of this creation, please refer to the first figure, the main system will be The four perspective refracting portions (20) of the thickness plane are integrally formed in a 40-degree oblique taper shape and formed in the container (10), and are integrally formed at the center of the container (10). The recess (11) of the article or liquid is contained as required.

Each of the container (10) and the see-through refractive portion (20) of the present invention are formed by a visual material integrally formed, wherein the visual material refers to a material application for light and image penetration, and the visible material includes glass and pressure. Cree, or plastic materials, etc.

The holographic image display program (62) is built in the portable electronic device (60), except that the portable electronic device (60) can display different orientations on the display screen (61). In addition to the light image (41) (42) (43) (44), the operator may further create and photograph each of the light image (41) (42) that can form the stereo hologram (50). (43) (44); at the same time, the holographic image display program (62) also has a stereo image database storing a plurality of image files, which can be provided by the user to be displayed in the holographic imaging area (30). The graphic or film of the stereo holographic image (50), the holographic image file in the stereo image database can be a dynamic film, or a static picture, photo or text.

For the stereoscopic image display of the present invention, please refer to the fourth to sixth figures, and the portable electronic device (60) executes the holographic image display program (62) to cause the display screen (61) to display each of the light and shadow images; The container (10) is placed in each of the light image (41) (42) (43) (44) (between the central positions; each of the light images (41) (42) (43) (44) respectively Each of the see-through refractive portions (21) (22) (23) (24) is projected and then refracted and fluoresced through each of the see-through refractive portions (21) (22) (23) (24), respectively The light and shadow images (41) (42) (43) (44) are collectively combined toward the holographic imaging area (30) to form the stereo holographic image (50).

Each of the portable electronic device (60) and the holographic image display program (62) of the present invention can measure the weight of the container (10) and the liquid contained therein, and further analyze the measured weight value. And the application; referring to the seventh figure, in order to use the measured weight data as an application for automatically adjusting the stereo holographic image, first, the portable electronic device (60) executes the holographic image display program (61) and inputs The container (10) filled with liquid or articles is placed on the display screen (61) by the height of the container, the filling capacity or other related data, and the weight measuring module (63) performs weight sensing. And transmitting the measured weight data to the processing unit of the portable electronic device (60) for analysis and determination, and after the operation of the holographic image display program (62), displaying the appropriate size on the display screen (61) Each of the light and shadow images (41) (42) (43) (44) of the size presents the stereo holographic image (50) that has been automatically resized in the holographic imaging area (30). Therefore, when the container (10) is placed on the portable electronic device (60), the container (10) and the filler are detected by each of the portable electronic device (60) and the weight measuring module (63). The overall weight, together with the holographic image display program (62), can be calculated and analyzed based on the measured data and the color value, and finally the height and the size of the container can be displayed. The stereo hologram (50) has the function of automatically adjusting the size of the light and shadow image.

Please refer to the eighth figure, the weight data will be filled as a reminder. The liquid or article application first causes the portable electronic device (60) to execute the holographic image display program (62), and input the height of the container, the filling capacity or other related data, and then fill the liquid or the item. The container (10) is placed on the display screen (61). At this time, the weight measuring module (63) performs weight sensing, and transmits the measured weight data to the portable electronic device (60). The unit performs analysis and judgment, and after the operation of the holographic image display program (62), when the container (10) and the overall weight of the contents are not lower than a preset value, the detection is continued, when the container (10) When the overall weight of the content is lower than the preset value, the signal is transmitted to the buzzer module of the portable electronic device (60) to generate a warning sound. Therefore, when the container (10) is placed on the portable electronic device (60), the holographic image display program (62) can calculate the current data based on the measured related data and the input container capacity value. The amount of liquid in the container is such that the weight measuring module (63) repeatedly detects continuously at a preset time; when the weight measuring data is lower than the preset value, it indicates that the contents of the container (10) are empty, The holographic image display program (62) will drive the portable electronic device (60) to generate a warning sound, prompting the user to replenish the contents or liquid, such as pouring wine, pouring the beverage, etc., and having the effect of prompting the filling.

The container (10) of the present invention has the function of placing articles or liquids, so it can be used as a container for a liquid beverage cup, a solid material container, a fish tank, a hydroponic plant, etc., and when it is displayed as a stereoscopic image, it is filled with liquid or Preferably, the item is in a visible state, that is, each of the projected light images (41) (42) (43) (44) can penetrate the container (10) and the liquid or article contained therein to be capable of the hologram. The imaging area (30) generates the stereo holographic image (50); therefore, the present invention is an optical display container having a perspective refracting to form a stereo holographic image (50), which has the dual functions of displaying dynamic and static stereoscopic images and containing articles. .

The stereo holographic image (50) of the present invention may be one of a dynamic stereoscopic image or a static stereoscopic image. When imaging with a static stereoscopic image, each of the optical image (41) (42) (43) (44) is presented. A picture of a single image; when imaging with a dynamic stereo image, each of the light images (41) (42) (43) (44) is a dynamic film formed by continuous images.

The optical display container structure capable of forming the stereo holographic image (50) has simple structure, low manufacturing cost, and the image display can achieve display and advertising effects, and can be widely applied to household container supplies, advertisements, exhibitions, and commodities. Wenchuang and other industries, so its practicality and added value is extremely high.

When the image projection is used in this embodiment, the portable electronic device (70) is Each of the light and shadow images (41) (42) (43) (44) is displayed on the display screen (71); the container (10) is placed on a predetermined portion of the digital image cup pad (60), and each The light and shadow images (41) (42) (43) (44) respectively correspond to the four respective see-through refracting portions (20), and project the image and the ray through the respective light and shadow images (41) (42) (43) (44) After each of the see-through refracting portions (20) is penetrated and refracted therein, finally projected onto the holographic imaging region (30) to form the stereo holographic image (50).

The holographic image display program (72) of the embodiment can be used to create different applications of the light image (41) (42) (43) (44) according to the instructions of the holographic image display program. Each of the light and shadow images (41) (42) (43) (44) is calculated and processed by the holographic image display program (72), and finally the light image (41) is displayed on the display screen (71). (43) (44), the container (10) can be projected and the stereo hologram (50) can be formed.

Please refer to the ninth to tenth drawings, which is a second embodiment of the present invention, which is a combination application method of the coaster, wherein the digital image coaster (70) is attached to the container (10) with a preset portion. In the lower portion, the predetermined portions of the digital image coaster (70) respectively have at least four of the respective light image images (41) (42) (43) (44) in different states to be respectively projected to the respective see-through refractive portions (20). After the transmission and folding, the stereo hologram (50) is generated in the holographic imaging area (30); the digital image coaster (70) has a light source module (71) for combining the image and the light. Each of the light and shadow images (41) (42) (43) (44); the external preset portion of the container (10) is provided with a grip (12) for providing a portion that the hand can hold; the container (10) a cup edge (13) is provided at the open end portion of the opening end; and a bottom portion (43) having a predetermined thickness is provided at a bottom end portion of the outer portion of the container (10); each of the grips (12) ), the cup edge (13) and the cup bottom (14) are integrally connected in an integrated manner, and can form a shape of a predetermined shape.

Each of the image cup mats (60) is provided with an image of a different orientation of the object, and four light images (41) (42) (43) (44) are generated in conjunction with the light source module (61). When the creation is projected, the container (10) is placed on a preset portion of the digital image cup pad (60), and each of the light and shadow images (41) (42) (43) (44) corresponds to four Each of the see-through refracting portions (20) projects images and light rays onto the respective see-through refractive portions (21) (22) (23) (24) via the respective light image (41) (42) (43) (44), After being penetrated and refracted therein, it is finally projected onto the holographic imaging area (30) to form the stereo holographic image (50).

This embodiment provides another use aspect, which can be utilized on a plurality of the digital image coasters (60) to respectively provide different optical images of the three-dimensional holographic images (50). (41) (42) (43) (44), when the image of the stereo hologram (50) is to be replaced, the other digital image cup pad (60) can be replaced, so that the image can be switched as a container at will. Graphic, the change is easy and fast, adding the flexibility, richness and variability of the appearance of the container; the other techniques and structure application, assembly, actuation and use state of the embodiment and the expected effect are all the first The embodiments are identical.

Please refer to the eleventh figure, which is a third embodiment of the present invention, which is an embodiment of another three-dimensional holographic image container, wherein the container (10) is provided with four grips (12) on the outside, which can be used according to requirements. The container is presented in different shapes, contours or patterns, so that the overall shape has a variety of variations; other technical and structural applications, assembly, actuation and use states and expected functions of the present embodiment are the same as the foregoing first embodiment. It's exactly the same.

Please refer to the twelfth to fourteenth drawings, which is a fourth embodiment of the present invention, which is an embodiment of another stereo holographic image container, wherein the see-through refractive portions (20) are adjacent to each other in three numbers. The predetermined portion of the container (10) is formed into a tapered body; and the holographic imaging region (30) is formed at a predetermined portion of the container (10). When stereoscopically affecting the projection, the three respective light-shadow images (41) (42) (43) are externally projected to correspond to the respective see-through refractive portions (21) (22) (23), respectively. The holographic imaging zone (30) produces the stereo holographic image (50). This embodiment mainly provides another form of holographic projection container, and other technical and structural applications, assembly, actuation and use states and expected functions are all identical to the foregoing first embodiment.

Please refer to the fifteenth figure, which is a fifth embodiment of the present invention, which is an embodiment of another stereoscopic holographic image container, wherein the see-through refractive portion (20) is adjacent to the container (10) in two numbers. The predetermined portion forms a cone; and the holographic imaging region (30) is formed at a predetermined portion of the container (10). When performing the stereoscopic effect on the projection, the two respective light-shadow images (41) (42) are externally projected to correspond to the respective see-through refractive portions (21) (22), that is, in the holographic imaging region (30). Producing the stereo hologram (50). This embodiment mainly provides another form of holographic projection container, and other technical and structural applications, assembly, actuation and use states and expected functions are all identical to the foregoing first embodiment.

Please refer to the sixteenth embodiment, which is a sixth embodiment of the present invention, which is an embodiment of another three-dimensional holographic image container, wherein the see-through refracting portion (20) is preset in the container (10) by an amount. The portion forms a cone; and the holographic imaging region (30) is formed at a predetermined portion of the container (10). When performing the stereoscopic effect on the projection, the two illuminating images are projected from the outside at different preset angles (as indicated by the dashed lines) to collectively converge on the see-through refracting portion (21), that is, the hologram The imaging zone (30) produces the stereo holographic image (50). This embodiment mainly provides another form of holographic projection container, and other technical and structural applications, assembly, actuation and use states and expected functions are all identical to the foregoing first embodiment.

Please refer to the seventeenth embodiment, which is a seventh embodiment of the present invention, which is an implementation aspect of multi-machine interactive stereoscopic image display projection, wherein the portable electronic device (60) is wirelessly used with each other by a preset number. The transmission technology transmits and couples the signals, so that the stereo holograms (50) respectively imaged by the portable electronic devices (60) can interact and correspond to each other; the holographic image display program (62) has a game program. In this embodiment, a multi-machine connection is provided to simultaneously perform an interactive game, and the holographic image display program (62) is executed and a game program to be executed is selected, and each of the containers (10) is separately placed for each of the portable devices. On the display screen (61) of the electronic device (60), a multi-machine interactive game can be performed. This embodiment mainly provides a holographic projection container of another application mode, and other technical and structural applications, assembly, actuation and use states, and expected functions are all identical to the foregoing first embodiment.

Referring to FIG. 18, an eighth embodiment of the present invention further cooperates with a desktop projection device (80) having a table top (81) for providing a portion for placing an item, the table top (81) being The application of the light transmissive material; at least one projection device (82) is disposed under the desktop (81), and can be projected from below the desktop (81) to transmit light to the desktop, and is preset on the desktop (81) Forming each of the light and shadow images (41) (42) (43) (44); a holographic image display program (83) is built in the desktop projection device (80); the container (10) can be placed a predetermined portion between each of the light and shadow images (41) (42) (43) (44). This embodiment is an application of a desktop game machine. Taking a chess game as an example, a checkerboard line is set on the desktop, or another checkerboard is placed, and the container is placed on each chessboard (10). .

In the embodiment, when the chess game is played, each of the light and shadow images (41) (42) (43) (44) of the chess pieces is respectively projected onto each of the containers (10) by using one or more projection devices to form a chess piece. The stereo holographic image (50) is matched with the holographic image display program (83) to move each of the stereo holograms (50) of the chess pieces in the container (10) along with the container (10). Performing a chess board game; this embodiment mainly provides a holographic projection container of another application mode, and other technical and structural applications, assembly, actuation and use states, and expected effects are all completed with the foregoing first embodiment. All the same.

In summary, the present disclosure discloses a "container structure with a full-image projection function", which is an optical display container for providing a stereoscopic holographic image, which uses the respective see-through refractive portions to form a container having a pyramid shape and an object to be placed. Cooperating with each of the digital image coasters, the portable electronic device or each of the light and shadow images provided thereon, or adding the desktop projection device, projecting each of the light and shadow images to each of the see-through refractive portions, after transmitting and refracting the The holographic imaging area generates the technical features of the stereo holographic image, thereby achieving the dual functions of displaying dynamic and static stereoscopic image display and containing articles, and can easily switch images as images and images of the container, and the transformation is easy and fast, and the structure thereof Simple, low manufacturing cost, and its image display achieves display, advertising, aesthetics and leisure and entertainment effects, and has a wide container structure with added value and practicality, which makes the whole industry practical and cost-effective. Benefits, and its structure has not been seen in books or public use, in line with the requirements of new patent applications, please The Bureau of the Ming Dynasty, granting patents as soon as possible, is a prayer.

To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

(10) ‧ ‧ container

(20)(21)(22)(23)(24)‧‧‧Perspective Refraction

(30) ‧ ‧ holographic imaging area

(41)(42)(43)(44)‧‧‧Light and shadow images

(50)‧‧‧ Stereo holographic images

(60)‧‧‧Portable electronic devices

Claims (22)

A container structure with a holographic projection function, comprising: a container, which is made of a see-through material, has a concave shape at a preset portion; at least two perspective refracting portions are respectively made of a see-through material and an integral manner Forming at least two predetermined portions of the container, in order to provide a portion that can be respectively projected by at least two light and shadow images outside the container, each of the light-refractive portions projected by the see-through refracting portion is optically transmitted and refracted, and then Each of the holographic imaging regions is collectively projected to a predetermined area within the container to collectively form a stereo holographic image. A container structure having a holographic projection function according to claim 1, wherein each of the see-through refracting portions has a planar shape of a predetermined thickness and is inclined at an angle of 45 degrees with respect to a horizontal plane in which the container is placed. The container structure having the holographic projection function according to the first aspect of the patent application, wherein each of the light and shadow images is a combination of image and light. The container structure having the holographic projection function according to claim 1, wherein each of the see-through refractive portions is formed in a see-through material and integrally formed on four predetermined portions of the outer edge of the container, and each of the perspective portions The refracting portions are formed into a pyramid-shaped seat body, and each of the see-through refracting portions has a planar shape and is inclined at an angle of 45 degrees with a horizontal plane in which the container is placed; each of the fluoroscopy portions provides four respective light and shadow images respectively from the outside The projected portion and further optical effects of light transmission and refraction. The container structure having the holographic projection function according to the first aspect of the patent application, further comprising a digital image coast pad attached to the lower portion of the container by a predetermined portion, wherein the digital image cup pad preset portions respectively have At least two of the light and shadow images in different states are respectively projected onto the respective see-through refractive portions, and the stereoscopic holographic images are generated in the holographic imaging region after transmission and folding. The container structure having the holographic projection function according to claim 5, wherein the digital image cup pad has a light source module for combining the image and the light to form each of the light and shadow images. The container structure having the holographic projection function according to the first aspect of the patent application, further comprising a portable electronic device having a display screen and attaching the preset portion of the display screen to the lower portion of the container, Displaying at least two light and shadow images in different states on the display screen to be respectively projected to each of the see-through refractive portions, after being transmitted and folded The holographic imaging zone produces the stereo holographic image. The container structure having the holographic projection function according to the seventh aspect of the patent application, wherein the portable electronic device can be one of a smart phone, a tablet computer or a touch screen. According to the container structure of the holographic projection function according to claim 7, wherein the portable electronic device is provided with a holographic image display program, which provides an image that the operator has taken and stored in the portable electronic device. Converting into each of the light and shadow images formed on the display screen to be projected to each of the see-through refractive portions, and generating the stereoscopic holographic image in the holographic imaging region. According to the container structure of the holographic projection function according to claim 9, wherein the holographic image display program can provide an operator to create and photograph each of the light and shadow images that can form the stereo holographic image. According to the container structure of the holographic projection function according to claim 9, wherein the holographic image display program has a stereo image database, and stores a plurality of image files, and provides a mode for selectively displaying the stereo holographic image. And status. The container structure having the holographic projection function according to claim 9 of the patent application scope, wherein the portable electronic device transmits and couples signals by using a wireless transmission technology in a predetermined number, so that the portable electronic devices respectively The stereo holographic images imaged by the electronic device can interact and correspond to each other. The container structure having the holographic projection function according to claim 9 , wherein the portable electronic device has a weight measuring module capable of detecting the pressure weight of the preset portion of the display screen and The detected related signal is transmitted to a processing unit of the portable electronic device for further analysis and determination; the holographic image display program has a game program. The container structure having the holographic projection function according to claim 13 , wherein when the container is placed on the portable electronic device, the holographic image display program can automatically adjust the light and shadow according to the measured related data. The size of the image is such that the holographic image of the appropriate size is projected in the holographic imaging area. The container structure having the holographic projection function according to claim 13 , wherein when the container is placed on the portable electronic device, the holographic image display program can be based on the measured related data and input The container capacity value is used to calculate the current amount of liquid in the container, and the weight measuring module is continuously detected continuously at a preset time; the weighting data is lower than the preset When the value is displayed, the holographic image display program will drive the portable electronic device to generate a warning sound. The container structure having the holographic projection function according to claim 1 of the patent application further cooperates with a desktop projection device having a tabletop for providing a place for placing an object, wherein the tabletop is an application for transmitting light to the material; a projection device is disposed under the desktop and can be projected from below the desktop to allow light to pass through the desktop, and each of the light and shadow images is formed on the preset portion of the desktop; the container can be placed between the light and shadow images Preset part. According to the container structure of the holographic projection function according to the first aspect of the patent application, the desktop projection device has a holographic image display program, and has a stereo image database, which can provide a pattern for selectively displaying the stereo holographic image. And status. The container structure having the holographic projection function according to the first aspect of the patent application, wherein the stereo holography image can be one of a dynamic stereoscopic image or a static stereoscopic image. The container structure having the holographic projection function according to the first aspect of the patent application, wherein the external preset portion of the container is provided with a grip to provide a portion that the hand can hold. The container structure having the holographic projection function according to claim 19, wherein the container is provided with a cup edge of the opening end face at the open end portion; and the bottom end portion of the container is provided with One of the preset thicknesses of the bottom of the cup. The container structure having the holographic projection function according to claim 20, wherein each of the grips and the cup edge are integrally connected in an integrated manner. The container structure having the holographic projection function according to claim 20, wherein each of the grips and the cup bottom are integrally connected in an integrated manner.