Cultural tourism IP personalized customization carrier and clothes changing method

Abstract

The invention provides a cultural tourism IP personalized customization carrier and a dressing method. The cultural tourism IP personalized customization carrier comprises a carrier body, carrier hardware, an IP content layer and an LED drive control circuit board. The carrier body comprises a lamp holder outer sleeve, a lamp holder inner container, an outer lampshade layer, a main lampshade upper cover outer sleeve, a main lampshade upper cover, an aperture, an aperture upper cover and a spring ring. The carrier hardware comprises a brass nut, a plastic connecting screw rod, a metal gasket, an internal thread nut and a connecting screw rod; the IP content layer comprises a pattern printing layer, an illustration pattern lamp sheet layer, a natural plant cortex layer and a color lamp sheet layer. The wood material adopted by the invention solves the problem of'shrinkage deformation 'of the traditional material, and avoids the dilemma of'high cost and long volume production cycle' of a high-precision new material.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of cultural tourism IP gifts, in particular to a cultural tourism IP personalized customization carrier and a dressing method. BACKGROUND

[0002] The current cultural tourism IP derivative product industry continues to expand with the development of the tourism industry, but there are still many outstanding problems in the development of the industry, which restrict the product upgrading and market expansion.

[0003] First, the materials and processes are limited. Traditional materials lack precision in complex modeling and are prone to shrinkage and deformation. New materials that can achieve high precision face the dilemma of high production cost and long mass production cycle, making it difficult to balance quality and efficiency.

[0004] Second, customized production is difficult. The current customization mode has a long cycle (usually 3-6 months) and high cost (more than 5 times the cost of mass-produced products), which cannot quickly respond to market individualization needs, restricting product scene adaptability and user experience.

[0005] Third, the brand, IP and culture are inefficiently integrated: existing products mostly stop at simple superposition of "cultural elements + carrier", without forming a systematic integration, resulting in a long cultural communication chain and high cost of reaching consumers, making it difficult for consumers to perceive unique cultural value; product homogeneity is serious: most derivative products simply transplant cultural symbols to the surface of the carrier, such as bookmarks and dolls commonly seen in scenic spots, lacking deep deconstruction and innovative expression of cultural connotation, resulting in low consumer repurchase willingness and a market trapped in low-level competition.

[0006] These problems collectively constitute a bottleneck for industry development, and urgent technical innovation is needed to break through and upgrade the cultural tourism IP derivative product industry to high quality and efficiency.

[0007] Patent application document CN102691966A discloses a lampshade and light source integrated LED lamp, including a light source, a circuit board, a lamp shell, a lamp holder and a driving circuit. The circuit board and the lamp shell of the integrated LED lamp are the same body, i.e. the circuit board shell, and the light source is arranged on the surface of the circuit board shell. However, this patent cannot completely solve the existing technical problems and cannot meet the needs of the present application. SUMMARY

[0008] In view of the defects in the prior art, the present application aims to provide a cultural tourism IP personalized customization carrier and a dressing method.

[0009] The cultural tourism IP personalized customization carrier provided by the present application comprises a carrier main body, a carrier hardware, an IP content layer and an LED driving control circuit board.

[0010] The carrier body comprises a lamp holder outer sleeve, a lamp holder inner sleeve, an outer lampshade layer, a main lampshade upper cover outer sleeve, a main lampshade upper cover, an aperture, an aperture cover, and a spring ring;

[0011] The carrier hardware comprises a brass nut, a plastic connecting screw rod, a metal gasket, an internal toothed nut, and a connecting screw rod;

[0012] The IP content layer comprises a pattern printing layer, an illustrated pattern slide layer, a natural plant skin layer, and a color slide layer;

[0013] The main lamp connecting screw rod is an integral locking part of the lamp body. Before the lamp body is locked by the main lamp connecting screw rod, the lamp holder outer sleeve, the lamp holder inner sleeve, the outer lampshade layer, the main lampshade upper cover outer sleeve, the main lampshade upper cover, the aperture, and the aperture cover are in a loose engagement state. The outer lampshade layer, the main lampshade upper cover outer sleeve, the main lampshade upper cover, the aperture, and the aperture cover are inserted one by one from the top of the main lamp connecting screw rod. The main lamp connecting screw rod passes through the first screw rod through hole, the second screw rod through hole, and the third screw rod through hole. The brass nut is sleeved with the spring ring and is tightened at the top of the plastic connecting screw rod. The brass nut at the top of the aperture cover is tightly locked with the top of the main lamp connecting screw rod. The bottom surface of the main lampshade upper cover is attached to the upper plane of the outer lampshade layer. The lamp holder outer sleeve is arranged on the lamp holder inner sleeve. At the bottom of the main lamp connecting screw rod, the main lamp is tightly locked on the lamp holder inner sleeve by the brass nut.

[0014] The internal toothed nut is tightened at the center of the lamp holder inner sleeve. The connecting screw rod is screwed into the internal toothed nut. The metal gasket is sleeved on the connecting screw rod to adjust the height of the LED lamp panel. The bottom of the plastic connecting screw rod is threadedly connected with the top of the connecting screw rod. The top is threadedly connected with the brass nut.

[0015] The pattern printing layer is arranged on the upper surface of the outer lampshade layer. The illustrated pattern slide layer is inserted into the outer lampshade layer and attached to the inner wall of the outer lampshade layer. The natural plant skin layer has a multi-layer composite structure, including a PTE upper film layer, a first adhesive layer, a pattern printing layer, a UV primer layer, a rubbing color layer, a second adhesive layer, a non-woven fabric layer, a third adhesive layer, and a PET anti-blue light film layer from top to bottom. The color slide layer is a PET color film light layer.

[0016] The LED drive control circuit board is connected with the outer lampshade layer and comprises a partition control module to drive a single color / RGB light source.

[0017] Preferably, the lamp holder inner sleeve is provided with a charging plug element pre-embedded groove and a lamp body switch through hole groove. The lamp holder outer sleeve sidewall is provided with a charging interface hole. The charging plug element is a Type-C interface board. The Type-C female head is inserted into the lamp holder outer sleeve sidewall hole. The Type-C interface board is simultaneously sunk into the charging plug element pre-embedded groove and is fixed by falling.

[0018] Preferably, the plastic connecting screw is located between the brass nut and the hardware body; the touch switch wire passes through the wire hole to connect the LED lamp panel or the LED sub-control panel, the wire end is welded with a conductive copper sheet or a conductive spring and hidden in the plastic connecting screw, and the conductive device is tightly attached to the inner wall of the brass nut after the brass nut is tightened.

[0019] Preferably, the surface of the PET anti-blue light film layer is coated or compounded with an anti-blue light coating, or is a transparent anti-blue light film; the color slide layer is composed of a single or multiple special color PET film sheets.

[0020] Preferably, the color slide layer is hollowed out and engraved to form a silhouette projection layer, so that the LED light source penetrates the upper surface of the natural plant skin layer to form a diffuse reflection light shadow; or black shading / half-shading ink is printed on the PET anti-blue light film layer to achieve the purpose of developing through graphic shading.

[0021] The method for changing the dress of the cultural tourism IP personalized customization carrier provided by the application comprises the following steps:

[0022] Step 1: disassemble the carrier body: loosen the main lamp connecting screw, so that the lamp holder outer sleeve, the lamp holder inner shell, the outer lamp cover layer, the main lamp cover upper cover outer sleeve, the main lamp cover upper cover, the aperture, and the aperture upper cover are separated;

[0023] Step 2: insert the IP content layer layer by layer: insert the illustration pattern slide layer, the natural plant skin layer, the PET color film light layer, and the PET anti-blue light film layer into the outer lamp cover layer from outside to inside in sequence;

[0024] Step 3: assemble and restore: after the spring ring is loaded, assemble the carrier body in the reverse order, and tighten the main lamp connecting screw to lock the components.

[0025] Preferably, when changing the dress, the slide after picture printing is selected from the gallery and printed, the printed slide is used as the illustration pattern slide layer, and the special color film sheet of the PET color film light layer is matched.

[0026] Preferably, the method further comprises a color changing operation: the special color film sheet of the PET color film light layer is selected to replace the old film sheet, the color temperature of the LED light source is kept unchanged, and the color of the outer lamp cover layer is changed.

[0027] Preferably, the method further comprises a pattern changing operation: an IP pattern is laser-engraved on the surface of the outer lamp cover layer, a user's photo is UV-printed on the surface of the illustration pattern slide layer, a silhouette pattern is hollowed out and engraved on the surface of the PET color film light layer, or black shading / half-shading ink is printed on the PET anti-blue light film layer, and the purpose of developing is achieved through graphic shading.

[0028] Preferably, the method further comprises the following dress changing modes:

[0029] Mode one: print the photo on the upper surface of the PET color film piece, remove the illustration pattern slide layer and the natural plant skin layer, and keep the PET anti-blue light film piece layer inserted into the outer lamp cover layer;

[0030] Mode two: print the photo on the slide pattern slide layer, and superimpose the PET color film piece and the PET anti-blue light film piece, remove the natural plant skin layer;

[0031] Mode three: remove the illustration pattern slide layer and the PET color film piece, keep the natural plant skin layer and the PET anti-blue light film piece layer, and finally display the natural plant texture and the natural color effect of diffuse reflection, or still keep the PET color film piece to increase the diversity of display.

[0032] Compared with the prior art, the present application has the following beneficial effects:

[0033] (1) Balance quality and efficiency, innovate production and customization mode

[0034] Break through the limitations of materials and processes with technical innovation: wooden materials (such as stable and deformation-resistant bamboo base, high-end wood slice) solve the problem of "shrinkage and deformation" of traditional materials, and at the same time avoid the dilemma of "high cost and long production cycle" of high-precision new materials; modular DIY design realizes "small batch and high frequency" rapid response - not only can standardized products be mass-produced in 7-15 days, but also supports 10-minute rapid customization of "festival limited edition" and "event co-branded" slides, with a cost reduction of 60% compared with traditional customization, an efficiency improvement of more than 50%, and a complete elimination of the operational risks caused by "high cost and long cycle", providing a new model for the industry that balances quality and efficiency;

[0035] (2) DIY slide freedom: multiple changes at will, goodbye to aesthetic fatigue;

[0036] In the DIY link, tourists can not only choose ready-made recommended slides, but also can independently print multiple favorite photos (such as travel snapshots and family photos) and embed them into the lamp body. After returning home, they can change the slides according to their mood or scene at any time - change a sunrise photo in the morning to wake up the energy, change a starry night photo at night to accompany sleep, so that the lamp body always maintains a fresh feeling, completely eliminates the problem of "single pattern boredom and idle", and makes every change of the slide a small happiness of re-experiencing happiness or unlocking new atmosphere. BRIEF DESCRIPTION OF DRAWINGS

[0037] Other features, objects and advantages of the present application will become more apparent from the following detailed description of non-limiting embodiments, made with reference to the accompanying drawings:

[0038] Figure 1 is the carrier main structure diagram;

[0039] Figure 2Figure 1 is a perspective view of the main body of the carrier;

[0040] Figure 3 Figure 2 is a sectional view of the main body of the carrier;

[0041] Figure 4a Figure 3 is a front view of the inner liner of the lamp holder; Figure 4b

[0042] Figure 5a Figure 4 is a front view of the upper cover of the main lamp shade; Figure 5b

[0043] Figure 6a Figure 5 is a front view of the upper cover of the light ring; Figure 6b

[0044] Figure 7 Figure 6 is a perspective view of the main body of the hardware;

[0045] Figure 8 Figure 7 is a schematic diagram of the overall assembly of the lamp;

[0046] Figure 9 Figure 8 is a schematic diagram of the opening of the side wall of the outer sleeve of the lamp holder;

[0047] Figure 10 Figure 9 is a structure diagram of the IP content layer. DETAILED DESCRIPTION

[0048] The present application will be described in detail below with specific embodiments. The following examples will help those skilled in the art to further understand the present application, but do not limit the present application in any form. It should be noted that for those skilled in the art, without departing from the concept of the present application, a number of changes and improvements can be made. These are within the scope of the present application.

[0049] Embodiments

[0050] The present application provides a cultural tourism IP personalized customization carrier, comprising: a carrier main body, a carrier hardware, an IP content layer, and an LED drive control circuit board 106.

[0051] The carrier main body comprises a lamp holder outer sleeve 100, a lamp holder inner liner 101, an outer lamp shade layer 109, a main lamp shade upper cover outer sleeve 100.1, a main lamp shade upper cover 113, a light ring 117, a light ring upper cover 118, and a spring ring.

[0052] ​​​The main lamp connecting screw 201 is the overall locking part of the lamp body. Before the lamp body is locked by the main lamp connecting screw 201, the lamp holder outer sleeve 100, the lamp holder inner liner 101, the outer lamp cover layer 109, the main lamp cover upper cover outer sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, and the light ring upper cover 118 are in a loose engagement state. The outer lamp cover layer 109, the main lamp cover upper cover outer sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, and the light ring upper cover 118 are inserted one by one from the top of the main lamp connecting screw. The brass nut 201.1 is sleeved with a spring ring and is tightened together at the top of the plastic connecting screw 201.2. The main lamp connecting screw 201 passes through the first screw through hole 101.5, the second screw through hole 103.6, and the third screw through hole 118.3. The lamp holder outer sleeve 100 is arranged on the lamp holder inner liner 101. At the bottom of the main lamp connecting screw 201, that is, the lamp holder inner liner groove, the main lamp is tightly locked on the lamp holder inner liner 101 by the brass nut 201.1. At the top of the light ring upper cover 118, the brass nut 201.1 is tightly locked with the top of the main lamp connecting screw 201, and then the lamp holder outer sleeve 100, the lamp holder inner liner 101, the outer lamp cover layer 109, the main lamp cover upper cover outer sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, and the light ring upper cover 118 are tightly locked and engaged with each other. The bottom surface of the main lamp cover upper cover 113 is attached to the upper plane of the outer lamp cover layer 109.

[0053] The front and back views of the lamp holder inner liner 101 are shown in Figure 4a and Figure 4b At present, the charging port of the lamp is arranged at the top 118.2. By means of the charging plug element pre-embedded groove 101.2, the top charging port 118.2 can be transferred to the bottom of the lamp holder. The charging plug element is a Type-C interface board. The Type-C female head is inserted into the side wall hole of the lamp holder outer sleeve 100. The Type-C interface board is simultaneously sunk into the charging plug element pre-embedded groove 101.2 and is fixed by falling. The lamp body switch through hole groove 101.6 is used to embed the lamp body total switch element into the through hole groove. The manual actuating head is at the bottom of the lamp holder. The total electric switch is manually completed. The lamp holder inner liner 101 is a protruding part which is embedded into the center of the outer lamp cover layer 109. The clamping groove 101.3 of the outer lamp cover layer 109 is in contact with the bottom of the outer lamp cover layer 109.

[0054] The front and back views of the main lamp cover upper cover 113 are shown in Figure 5a and Figure 5b The power line through hole 103.4 is mainly used for connecting the power line and the signal line of the main control circuit and the sub-control circuit of the LED driving control circuit board 106. The power line needs to pass through the power line through hole 103.4. The light ring 117 sink groove 103.5 is mainly used for clamping and fixing the bottom surface of the light ring 117. The clamping groove 113.7 of the outer lamp cover layer 109 has the same function as the clamping groove 101.3 of the lamp holder inner liner 101, but the direction and material are different.

[0055] The carrier hardware includes: brass nut 201.1, plastic connecting screw 201.2, first strip fixing hole 201.3, second strip fixing hole 201.4, threading port 201.5, metal gasket 201.6, inner tooth nut 201.7, connecting screw 201.8.

[0056] The brass nut 201.1 is made of metal materials such as copper and aluminum and has electrical conductivity.

[0057] The plastic connecting screw 201.2 is a bridging screw made of plastic, which plays a key role in isolating the hardware body 201 from the brass nut 201.1 electrically, avoiding interference when the brass nut 201.1 is connected to the switch wire, causing the touch switch to malfunction and false touch.

[0058] The first strip fixing hole 201.3 and the second strip fixing hole 201.4 are the upper and lower fixing hole positions for fixing the 18650 lithium battery by rolling the strip.

[0059] The threading port 201.5 is the threading hole of the LED lamp panel 201.9 and the LED sub-control panel 201.10, and is also the threading hole position of the touch switch wire.

[0060] The metal gasket 201.6 is a gasket device for raising and fixing the LED lamp panel 201.9.

[0061] The connecting screw 201.8 is a metal screw made of metal materials.

[0062] The inner tooth nut 201.7 is an inner tooth nut embedded and tightened in the center position of the lamp holder inner shell 101.

[0063] Specifically, the inner tooth nut 201.7 is tightened in the center position of the lamp holder inner shell 101, and the connecting screw 201.8 is tightened at the inner tooth port of the inner wall of the inner tooth nut 201.7. The metal gasket 201.6 exists in the form of a metal nut and is tightened at any position of the connecting screw 201.8 to adjust the height of the LED lamp panel 201.9. The inner tooth port at the bottom of the metal rod of the hardware body 201 is tightened with the outer tooth port at the top of the connecting screw 201.8. By tightening, the LED lamp panel 201.9 is fixed and locked. The outer tooth port at the bottom of the plastic connecting screw 201.2 is tightened with the inner tooth port at the top of the metal rod of the hardware body 201. The outer tooth port at the top of the plastic connecting screw 201.2 is tightened with the inner tooth port of the brass nut 201.1.

[0064] Further, the touch switch wire is connected with the LED lamp panel 201.9 or the LED sub-control panel 201.10, and the wire is inserted into and out of the wire hole 201.5. The end of the touch switch wire is welded with a conductive device. The conductive device is one of a conductive copper sheet or a conductive spring. The conductive device is hidden inside the plastic connecting screw 201.2, and is tightly attached to the inner wall of the brass nut 201.1 after the brass nut 201.1 is tightened with the plastic connecting screw 201.2, so as to avoid false connection and cause switch misoperation or failure.

[0065] With reference to the specific embodiments as shown in the drawings. Figures 1 to 3

[0066] The IP content layer includes: a pattern printing layer, an illustration pattern sheet layer 110, a natural plant skin layer 111, and a color sheet layer. As shown in Figure 10 .

[0067] The LED drive control circuit board 106 is connected with the outer lamp cover layer 109, and includes a partition control module, which drives a single-color / RGB light source to realize atmosphere and static eye protection mode switching.

[0068] The pattern printing layer is a personalized IP pattern layer presented on the upper surface of the outer lamp cover layer 109 by UV printing, laser engraving, transparent crystal post, pad printing, or heat transfer printing.

[0069] The illustration pattern sheet layer 110 includes a PET illustration film sheet and an illustration pattern printing layer. The illustration pattern sheet layer 110 is inserted into the outer lamp cover layer 109 and attached to the inner wall of the outer lamp cover layer 109.

[0070] The PET illustration film sheet is a high-transparency film sheet layer with a thickness of 0.05-0.5 mm.

[0071] The illustration pattern printing layer is a personalized IP pattern layer presented on the upper surface of the illustration pattern printing layer by UV printing, transparent crystal post, pad printing, or heat transfer printing.

[0072] The natural plant skin layer 111 is a composite structure, including, from top to bottom, a PTE upper film layer, a first adhesive layer, a pattern printing layer, a UV primer layer, a rubbing color layer, a second adhesive layer, a non-woven fabric layer, a third adhesive layer, and a PET anti-blue light film sheet layer. The natural plant skin layer 111 includes natural wood skin, technological wood skin, synthetic wood skin, and other wood grains (new materials).

[0073] The PET anti-blue light film sheet layer is a high-transparency PET material coated or compounded with an anti-blue light coating on the surface, or a transparent anti-blue light film, so as to have a functional coating of filtering harmful blue light.

[0074] ​The color slide layer is a PET color film light layer, which is a color film layer with color light and light expansion effect. The color film layer is composed of single or multiple film sheets of different colors. Each film sheet has an independent special color, and each special color can be replaced at will. After replacement, the light attribute color of the natural plant skin layer 111 changes without changing the original color of the LED light source. The light attribute color includes but is not limited to red (780-625 nm), orange (625-590 nm), yellow (590-565 nm), green (565-500 nm), blue (485-440 nm), indigo (about 450-420 nm), and violet (440-380 nm) special colors or seven-color gradient colors.

[0075] Further, the PET color film light layer can be used as a silhouette slide. After selecting a special color, a hollow pattern layer is realized by hollow carving, or black shading / semi-shading ink is printed on the PET blue light protection film layer to achieve the purpose of development by pattern shading. The hollow pattern layer is an LED primary color light source, and penetrates the upper surface of the natural plant skin layer 111 to obtain independent light and shadow after being diffusely reflected by the natural plant skin layer. Further, the IP light and shadow content is further highlighted.

[0076] The side wall opening charging interface hole 100.2 of the lamp holder cover 100 is provided for the USB charging connector element to be placed therein, such as Figure 9 .

[0077] The application also provides a cultural tourism IP personalized customization carrier changing method, which comprises the following steps:

[0078] I. Method for realizing quick disassembly and quick assembly of the carrier

[0079] The front and back of the aperture upper cover are as shown in Figure 6a and Figure 6b . The charging interface hole 118.2 is the same as the side wall opening charging interface hole 100.2 of the lamp holder cover 100. Specifically, the charging interface hole and the side wall opening charging interface hole 100.2 of the lamp holder cover 100 are optional, and cannot exist at the same time. The aperture 117 sink 118.4 mainly functions to clamp and fix the top surface of the aperture 117.

[0080] The LED drive control circuit board 106 exists in two forms, one is an integrated circuit board, and the other is a separate control board. The second speed LED drive control circuit board separate control board accommodating groove 118.5 exists in two forms, one is installed in the accommodating groove 118.5, and the other is installed in the lower layer or upper layer of the LED lamp panel.

[0081] The main lamp connecting screw 201 is the overall locking part of the lamp body. Before the lamp body is locked by the main lamp connecting screw 201, the lamp holder outer sleeve 100, the lamp holder inner liner 101, the outer lamp cover layer 109, the main lamp cover upper cover outer sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, and the light ring upper cover 118 are all in a loose engagement state.

[0082] The inner tooth nut 201.7 is embedded and fixed in the lamp holder inner liner groove 101.7, and forms an integral whole. The connecting screw 201.8 is screwed with the inner tooth nut 201.7. The metal washer 201.6 is a flat nut and is screwed with the connecting screw 201.8 at any height position (by screwing the height). The LED lamp plate 201.9 is sleeved into the connecting screw 201.8 and contacts the upper surface of the metal washer 201.6. The bottom of the main lamp connecting screw 201 is screwed with the top of the connecting screw 201.8, and at the same time, the LED lamp plate 201.9 is locked (pressed) and fixed. The plastic connecting screw 201.2 is screwed with the top of the main lamp connecting screw 201. The LED lamp plate 201.9 touch switch wire is inserted from the center of the plastic connecting screw 201.2 and is taken out from the wire hole 201.5, and then is connected to the LED lamp plate 201.9 by a link terminal or welding. Specifically, the plastic connecting screw 201.2 is an open-top conduit with a diameter that matches the diameter of the spring. The bottom is semi-closed, with only a wire passing hole, and the rest is a spring bottom support surface, which provides a limit for the spring. After welding the spring and the LED lamp plate 201.9 touch switch wire, the spring is inserted into the plastic connecting screw 201.2 conduit and is perpendicular to it, with half of the spring exposed externally. The outer lamp cover layer 109, the main lamp cover upper cover outer sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, and the light ring upper cover 118 are inserted one by one from the top. The main lamp connecting screw 201 passes through the first screw hole 101.5, the second screw hole 103.6, and the third screw hole 118.3. The brass nut 201.1 is sleeved with the spring and is screwed tightly at the top of the plastic connecting screw 201.2. The internal spring is pressed tightly with the inner groove of the brass nut 201.1 to avoid loose connection, thereby avoiding accidental switch-on. When the brass nut 201.1 is screwed tightly, all parts of the lamp body are linked and pressed tightly.

[0083] Specifically, the first rolling band fixing hole 201.3 and the second rolling band fixing hole 201.4 in the middle part of the main lamp connecting screw rod 201 are the rolling band through holes for fixing the battery, which are locked with the lithium battery through the fixed rolling band to complete the suspension fixing of the lithium battery. The main lamp connecting screw rod 201 can be a plastic transparent hollow pipe. The main lamp connecting brass nut 201.1 is a metal ball nut made of brass material and has the property of conducting electricity. The core function of turning on / off the light and adjusting the color temperature is realized by touching the metal ball nut with hands. The main lamp connecting screw rod 201 made of a plastic transparent hollow pipe has a touch switch wire passing through the main lamp connecting screw rod 201 to the top, and the top end of the wire is welded with a conductive gasket or spring. The diameter of the conductive gasket is smaller than the screw hole of the metal ball nut and is embedded in the screw hole of the metal ball nut. The end is connected with the signal input interface of the LED drive control circuit board 106. The core function of turning on / off the light and adjusting the color temperature is realized by touching the metal ball nut with hands. As shown in Figure 7 .

[0084] The lamp assembly complete body is shown in Figure 8 .

[0085] II. Method 1 for realizing the change of the carrier

[0086] The lamp holder outer sleeve 100, the lamp holder inner liner 101, the outer lamp cover layer 109, the main lamp cover upper cover outer sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, and the light ring upper cover 118 are locked and engaged with each other, and the brass nut 201.1, the light ring upper cover 118, the light ring 117, the main lamp cover upper cover 113, the main lamp cover upper cover outer sleeve 100.1, and the outer lamp cover layer 109 are sequentially disassembled. The picture pattern lamp sheet layer 110, the natural plant skin layer 111, the PET color film light smoothing layer, and the PET blue light prevention film layer are sequentially inserted into the inside of the outer lamp cover layer 109 from the outside.

[0087] Before the insertion of the above-mentioned layers, the outer lamp cover layer 109, the picture pattern lamp sheet layer 110, the natural plant skin layer 111, and the PET color film light smoothing layer all have different IP+creative attribute patterns. Further, the merchant provides a unified electronic version pattern database for users to DIY select. At the same time, the most core natural plant skin layer 111 with different natural plant textures is provided for users to DIY select. At the same time, the merchant provides a color film for users to DIY. After the users select the color film, the merchant or the users insert the layers from the outside to the inside in sequence, and then insert the PET blue light prevention film layer, and finally insert the spring ring. Then, the carrier is reassembled according to the disassembly steps, and the most convenient and efficient change process is completed. After the LED light source of the carrier is started, the wonderful light and shadow pass through the functional layers to form a unique and strong visual exclusive atmosphere effect. The assembled whole is an excellent choice as an eye-protecting sleep aid lamp on the bedside, a landscape atmosphere lamp in the living room, and a gift lamp.

[0088] Three, the method of realizing color change of the carrier

[0089] In combination with the method of realizing color change of the carrier, the user selects the PET color film light layer at home, selects the special color film according to the different scenes, and restores after replacing the last special color film, so as to change the personalized color of the outer lamp cover layer 109 under the condition that the warm white or cold and warm superimposed color of the LED lamp bead is unchanged. Further, the PET color film light layer selected by the user is a set of color changing sheets matched by the merchant in advance, or one or more different color sheets. The biggest advantage of using the color changing sheet is the specificity of the color, which is different from the RGB electronic mixed color, and the color is more saturated and the color temperature is warmer. If the RGB light source is matched, combined with different color changing sheets, the color presented by the fusion of the natural texture color of the natural plant skin and the diffuse reflection is unpredictable and several times larger than the color system of the RGB electronic mixed color, and the basic function is to achieve the personalized and unique experience of thousands of lamps, thousands of faces and thousands of colors.

[0090] Four, the method of realizing pattern change of the carrier

[0091] In combination with the method of realizing color change of the carrier and the method of realizing pattern change of the carrier, the merchant can provide multiple choices before and after the user purchases. For example, the outer lamp cover layer 109, the illustration pattern sheet layer 110, the natural plant skin layer 111 and the PET color film light layer all have different IP+creative attribute patterns, and the user can complete the pattern generation according to his own preferences or the merchant template. The outer lamp cover layer 109 is laser engraved, and the illustration pattern sheet layer 110 is printed with the user's personal exclusive photo by UV printing. The PET color film light layer provides the user with a silhouette carving, and the pattern is hollowed out to form a silhouette pattern according to the user's demand.

[0092] Five, the method 2 of realizing color change of the carrier

[0093] According to the user's requirement, the personal specified photo is printed on the upper surface of the PET color film light layer, the illustration pattern sheet layer 110 and the natural plant skin layer 111 are removed, the PET anti-blue light film layer is retained and inserted back into the outer lamp cover layer 109 to restore, and the outer lamp cover layer 109 will clearly display the personal color photo, adapt to the LED warm white or cold white or cold and warm double color light source or RGB, and the personal color photo will be further obviously beautiful and beautiful through the PET color film, so as to enrich the user's DIY personalized selection.

[0094] Six, the method 3 of realizing color change of the carrier

[0095] In combination with the methods 1 and 2 for realizing the transformation of the carrier, the personal designated photo is printed on the upper surface of the drawing pattern slide layer 110, the drawing pattern slide layer 110 is removed, the PET color film light layer and the PET blue light prevention film layer are retained, and the outer lamp cover layer 109 is inserted back into the inner part to restore, and the outer lamp cover layer 109 will clearly display the personal color photo, adapt to the LED warm white or cold white or cold and warm dual color light source or RGB, and the personal color photo will further obviously appear beautiful through the PET color film. The greatest advantage of this method is that the PET color film light layer can be used continuously regardless of the transformation, and is not discarded due to the transformation. At the same time, it is also a lower cost material and method selection. Thus, the DIY personalization selection with low cost and high efficiency is further realized.

[0096] Seven, deformation of the carrier core parts

[0097] The lamp holder sleeve 100, the lamp holder inner container 101, the outer lamp cover layer 109, the main lamp cover upper cover sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, the light ring upper cover 118, and the spring ring are only examples listed in the present case. Further, the appearance, material, material quality, and shape of the lamp holder sleeve 100, the lamp holder inner container 101, the outer lamp cover layer 109, the main lamp cover upper cover sleeve 100.1, the main lamp cover upper cover 113, the light ring 117, the light ring upper cover 118, and the spring ring are in a diversified and modular form. On the basis of this structure, the above-mentioned parts can be selectively replaced with new appearance, material, material quality, and shape according to different scenes and subjects to meet the structural deformation other than the transformation scene.

[0098] The present application also has the following beneficial effects:

[0099] (1) Breaking the homogenization dilemma and reshaping product competitiveness;

[0100] Breaking the industry inertia of "simple transplantation of cultural symbols", through the triple innovation of "regional IP deep disintegration + bamboo carrier matching various natural wood grains and cultural binding + DIY experience empowerment", the derivative product is upgraded from "standardized souvenir" to "touchable cultural memory carrier", and the tourists not only obtain the product when DIY assembling, but also understand the cultural connotation through interaction, forming the differentiated value of "exclusivity + cultural identity", solving the pain points of "low repurchase rate and low-level competition" of traditional derivative products;

[0101] (2) Reconstructing the cultural communication and commercial conversion link;

[0102] Break through the simple superposition of "cultural elements + carrier", and let the culture spread from "passive reception" to "active penetration" through "DIY participation + daily use scene": tourists perceive cultural connotation through the slide IP and natural wood grain explanation in the assembly process, and the finished product as a home product continuously awakens tourism memory, making the derivative product from "single transaction" to "long-term cultural touch point"; at the same time, the practical property (lighting, sleep aid) of wooden lamp improves user retention rate and strengthens memory points;

[0103] (3) Empower the parent-child scene;

[0104] In the parent-child interaction, the lamp carrier breaks through the traditional parent-child derivative product "one-way gift" mode, and creates a deep participation emotional and educational scene through the DIY process. The experience upgrade of parent-child cooperation requires parents and children to work together (such as parents fixing wooden shelves and children embedding slides) in 10 minutes of modular assembly, cultivating children's hands-on ability and communication awareness in cooperation, and ordinary toys have more "co-creation" sense of achievement, making tourism memory become "the result of parent-child cooperation". Light weight penetration of cultural enlightenment: slide IP (such as Shanghai Museum bronze patterns and Hangzhou West Lake legend) with simple explanation card, parents can naturally integrate cultural knowledge (such as "this pattern is used by ancient people to pray for blessings") during DIY, extending "cultural education" from the classroom to interesting interaction. When children touch the real wood texture from all over the world, they can feel the wonders of nature - the warmth of walnut wood, the boldness of black gold wood, and the elegance of bamboo, which are wonderful annotations of natural creations; combined with traditional cultural patterns on the slide, in touch and observation, both curiosity about nature and interest in culture are sown. Emotional accompaniment for a long time, the finished product as a sleep aid lamp for children's room will arouse the common memory of parent-child travel every night (such as "this is the lamp we made together in Suzhou"), become "the embodiment of family emotions", and have a warmer attribute than photos, which strengthens the emotional connection between parents and children.

[0105] (4) Pure color enlightenment, special color changing sheet, children's fresh color mixing course;

[0106] The pure color of the special color changing sheet is a fresh teaching aid for children to recognize colors. Unlike the ambiguity of RGB mixed color, each slide's red is pomegranate red and blue is lake blue, with clear boundaries. When children change the slides, they can intuitively perceive the authenticity of "pure color", and establish accurate cognition of color in hands-on experience, which is more immersive than picture books. The special color changing sheet and the lamp carrier are designed in a standardized manner, so that children can change it at any time when they bring it home, and deepen their perception of color in repeated disassembly - every time they change color, it is an immersive color exploration.

[0107] In the description of the present application, it should be understood that the terms "upper", "lower", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer" and the like refer to the orientation or positional relationship shown in the drawings, and are only intended to facilitate the description of the present application and simplify the description, and are not intended to indicate or imply that the device or element referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore cannot be understood as a limitation on the present application.

[0108] The specific embodiments of the present application are described above. It should be understood that the present application is not limited to the above specific embodiments, and various changes or modifications can be made by those skilled in the art within the scope of the claims, which do not affect the essential content of the present application. The embodiments of the present application and the features in the embodiments can be arbitrarily combined with each other without conflict, provided that they do not conflict.

Claims

1. A personalized customization carrier for cultural tourism IP, characterized by: include: Carrier body, carrier hardware, IP content layer and LED drive control circuit board (106); The carrier body comprises a lamp holder outer shell (100), a lamp holder inner shell (101), an outer lampshade layer (109), a main lampshade upper cover outer shell (100.1), a main lampshade upper cover (113), an aperture (117), an aperture upper cover (118) and a spring ring; The carrier hardware comprises a brass nut (201.1), a plastic connecting screw (201.2), a metal washer (201.6), an internal thread nut (201.7) and a connecting screw (201.8); The IP content layer comprises a pattern printing layer, an illustration pattern light sheet layer (110), a natural plant skin layer (111) and a color light sheet layer; Wherein: the outer lampshade layer (109), the main lampshade upper cover jacket (100.1), the main lampshade upper cover (113), the aperture (117), and the aperture upper cover (118) are inserted one by one from the top of the main lamp connecting screw, and are tightened together on the top of the plastic connecting screw (201.2) through the brass nut sleeve spring ring; the top of the aperture upper cover (118) is locked with the top of the main lamp connecting screw by a brass nut; the bottom surface of the main lampshade upper cover (113) is fitted with the upper plane of the outer lampshade layer (109); the lamp holder jacket (100) is provided on the lamp holder inner shell (101), and the main lamp is connected and locked to the lamp holder inner shell (101) through the brass nut at the bottom of the main lamp connecting screw; The inner thread nut (201.7) is tightened to the center of the inner shell (101) of the lamp holder, the inner thread nut (201.7) is screwed into the bottom of the connecting screw (201.8), the metal washer (201.6) is sleeved on the connecting screw (201.8) to adjust the height of the LED light board (201.9), the bottom of the plastic connecting screw (201.2) is threadedly connected to the top of the connecting screw (201.8), and the top of the plastic connecting screw (201.2) is threadedly connected to the brass nut (201.1); The pattern printing layer is arranged on the upper surface of the outer lampshade layer (109); the illustration pattern light sheet layer (110) is inserted into the outer lampshade layer (109) and adhered to the inner wall of the outer lampshade layer (109); the natural plant cortex (111) is a multi-layer composite structure, which includes, from top to bottom, a PTE upper film layer, a first adhesive layer, a pattern printing layer, a UV primer layer, a rubbing dye layer, a second adhesive layer, a non-woven fabric layer, a third adhesive layer and a PET anti-blue light film layer; the color light sheet layer is a PET color film smoothing layer; The LED drive control circuit board (106) is connected to the outer lampshade layer (109), and includes a partition control module to drive a monochrome / RGB light source.

2. The cultural tourism IP personalized customization carrier according to claim 1 is characterized in that: The lamp holder inner shell (101) is provided with a charging plug component embedded groove (101.2) and a lamp body switch perforated groove (101.6); the side wall of the lamp holder outer shell (100) is provided with a charging interface hole (100.2); wherein the charging plug component is a Type-C interface board, and the Type-C female connector is inserted into the hole on the side wall of the lamp holder outer shell (100), and the Type-C interface board is simultaneously sunk into the charging plug component embedded groove (101.2) and fixed with a screw.

3. The cultural tourism IP personalized customization carrier according to claim 1 is characterized in that: The plastic connecting screw (201.2) is located between the brass nut (201.1) and the hardware body (201); the touch switch wire passes through the wire threading port (201.5) to connect to the LED light board (201.9) or the LED sub-control board (201.10); the end of the wire is welded with a conductive copper sheet or a conductive spring and is hidden inside the plastic connecting screw (201.2); after the brass nut (201.1) is tightened, the conductive device is tightly attached to the inner wall thereof.

4. The cultural tourism IP personalized customization carrier according to claim 1 is characterized in that: The surface of the PET anti-blue light film layer is coated or composited with anti-blue light coating, or is a transparent anti-blue light film; the color light layer is composed of a single or multiple special color PET films.

5. The cultural tourism IP personalized customization carrier according to claim 4 is characterized in that: The colored light sheet layer is hollowed out and carved to form a silhouette projection layer, or black light-shielding / semi-light-shielding ink is printed on the PET anti-blue light film layer to achieve the purpose of development through graphic light-shielding.

6. A method for dressing up a personalized cultural tourism IP carrier according to any one of claims 1 to 5, characterized in that: include: Step 1: Decompose the carrier body: loosen the main lamp connecting screw (201) to separate the lamp base outer shell (100), the lamp base inner shell (101), the outer lampshade layer (109), the main lampshade upper cover outer shell (100.1), the main lampshade upper cover (113), the aperture (117), and the aperture upper cover (118); Step 2: Insert the IP content layer layer by layer: insert the illustration pattern light sheet layer (110), the natural plant cortex layer (111), the PET color film smoothing layer, and the PET anti-blue light film layer into the outer lampshade layer (109) from the outside to the inside; Step 3: Assembly and restoration: After the spring coil is installed, the carrier body is assembled in reverse order, and the main light connecting screw (201) is tightened to lock the components.

7. The method for dressing up a personalized cultural tourism IP carrier according to claim 6, characterized in that: When changing clothes, select and print the slides with pictures in the gallery, use the printed slides as the illustration pattern slide layer, and match them with the PET color film and the spot color film for the glossy layer.

8. The method for dressing up a cultural tourism IP personalized customization carrier according to claim 6, characterized in that: It also includes color change operation: select PET color film to replace the old film, keep the color temperature of the LED light source unchanged, and change the color of the outer lampshade layer.

9. The method for dressing up a personalized cultural tourism IP carrier according to claim 6, characterized in that: It also includes pattern change operations: laser engraving IP patterns on the surface of the outer lampshade layer, UV printing of user photos on the surface of the illustration pattern lamp layer, hollow engraving of silhouette patterns on the surface of the PET color film glossy layer, or printing of black shading / semi-shading ink on the PET anti-blue light film layer to achieve the purpose of development through graphic shading.

10. The method for dressing up a cultural tourism IP personalized customization carrier according to claim 6, characterized in that: Also includes the following dress-up modes: Mode 1: Print the photo onto the upper surface of the PET color film glossy layer, remove the illustration pattern light layer and natural plant skin layer, and retain the PET anti-blue light film layer and insert it into the outer lampshade layer; Mode 2: Print the photo onto the insert pattern light layer, and superimpose it with the retained PET color film light-smoothing layer and PET anti-blue light film layer, removing the natural plant skin layer; Mode 3: Remove the illustration pattern light layer and the PET color film glossy layer, retain the natural plant cortex layer and the PET anti-blue light film layer, and finally display the natural plant texture and diffuse reflection color effect, or still retain the PET color film glossy layer.

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