TWM573350U - Luminous fabric and its shoes and fabrics - Google Patents
Luminous fabric and its shoes and fabrics Download PDFInfo
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- TWM573350U TWM573350U TW107215195U TW107215195U TWM573350U TW M573350 U TWM573350 U TW M573350U TW 107215195 U TW107215195 U TW 107215195U TW 107215195 U TW107215195 U TW 107215195U TW M573350 U TWM573350 U TW M573350U
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Abstract
本創作揭示一種可發光布料及其鞋子與織物，以供人體穿戴或配戴，或供以裝飾或擺置之家飾用品，如窗簾、桌巾等。可發光布料包含纖維紗線及光學紗線，而纖維紗線為不透光材質。光學紗線分別與纖維紗線交錯排列設置，進而於可發光布料形成發光區域及非發光區域。其中，光學紗線於發光區域內係相對纖維紗線形成浮紋部。較佳者，織物能由薄膜太陽能充電之方式儲存電能，並供電而產生光線。藉此，光學紗線自其一端接收到光線時，發光區域中之浮紋部會呈現發光狀態。如此一來，透過浮紋部之圖形可使本創作具特定的發光圖騰，並具可撓性而可均勻發光之布料結構。 The present invention discloses a luminescent fabric and its shoes and fabrics for the human body to wear or wear, or to decorate or place the home furnishings such as curtains, tablecloths, and the like. The illuminable fabric comprises a fiber yarn and an optical yarn, and the fiber yarn is an opaque material. The optical yarns are alternately arranged with the fiber yarns to form a light-emitting region and a non-light-emitting region in the light-emitting fabric. Wherein, the optical yarn forms a embossed portion with respect to the fiber yarn in the light-emitting region. Preferably, the fabric is capable of storing electrical energy by means of thin film solar charging and supplying electricity to generate light. Thereby, when the optical yarn receives light from one end thereof, the embossed portion in the light-emitting region exhibits a light-emitting state. In this way, the pattern through the embossed portion enables the creation of a specific illuminating totem, and has a flexible and uniform illuminating cloth structure.
Description
本創作係關於織物之領域，特別是一種具發光效果的織物領域。 This creation is about the field of fabrics, especially in the field of fabrics with luminous effects.
按，紡織品為富有歷史的技術產品，透過不同的材料、編織方法及後續之加工方式，而有各種相異的產品，如麻布袋、竹籠或各種衣物等。其中，附有發光功能的織物亦為熱門產品之一。 According to textiles, textiles are historical and technological products. Through different materials, weaving methods and subsequent processing methods, there are various products, such as linen bags, bamboo cages or various kinds of clothing. Among them, the fabric with the luminescent function is also one of the popular products.
現行具發光功能之織物係將具有發光二極體之電路板貼合於紡織品上，再由電源開關控制其發光之狀態。然而，現行的紡織品受限於電路板而導致其具極低的可撓性。另一方面，現行的紡織品僅能由電路板上的發光二極體排列出特定的圖騰，不僅造成視覺上的缺失，亦導致紡織品凹凸不均而接觸感不佳。 In the current fabric with light-emitting function, a circuit board having a light-emitting diode is attached to the textile, and then the state of light emission is controlled by a power switch. However, current textiles are limited by circuit boards resulting in extremely low flexibility. On the other hand, current textiles can only arrange specific totems by the light-emitting diodes on the circuit board, which not only causes visual loss, but also causes unevenness of the textile and uneven contact.
有鑑於此，本創作人感其未臻完善而竭其心智苦心研究，並憑其從事該項產業多年之累積經驗，進而提供一種可發光布料及其鞋子與織物，以供人體穿戴或配戴，或供以裝飾或擺置，以期可以改善上述習知技術之缺失。 In view of this, the creator feels that he has tried his best to study it, and based on his years of accumulated experience in the industry, he provides a luminescent fabric and its shoes and fabrics for the human body to wear or wear. Or may be decorated or placed in order to improve the lack of the above-mentioned prior art.
本創作之一目的，旨在提供一種可發光布料及其鞋子與織物，特別係以纖維紗線與光學紗線相互交織而成，以排列特定發光圖騰且具良好可撓性之結構。 One of the aims of the present invention is to provide a luminescent fabric and its shoes and fabrics, in particular, a structure in which fiber yarns and optical yarns are interwoven to arrange a specific luminous totem and have good flexibility.
為達上述目的，本創作之一種可發光布料，包含複數纖維紗線及 複數光學紗線，而該等纖維紗線為不透光材質。並且，該等光學紗線係分別與該等纖維紗線交錯排列設置，進而於該可發光布料形成至少一發光區域及一非發光區域。其中，該等光學紗線於該發光區域內係相對該等纖維紗線形成複數浮紋部。藉此，該等光學紗線自其一端接收到光線時，該發光區域中之該等浮紋部係會呈現發光狀態。如此一來，透過該等浮紋部之圖形可使本創作具特定的發光圖騰，並具可撓性而可均勻發光之布料結構。 For the above purposes, a luminescent fabric of the present invention comprises a plurality of fiber yarns and A plurality of optical yarns, which are opaque materials. Further, the optical yarns are respectively arranged in a staggered manner with the fiber yarns, and at least one of the light-emitting regions and the non-light-emitting regions are formed on the light-emitting fabric. Wherein the optical yarns form a plurality of embossed portions with respect to the fiber yarns in the light-emitting region. Thereby, when the optical yarns receive light from one end thereof, the floating portions in the light-emitting region will exhibit a light-emitting state. In this way, the pattern of the floating portions can be used to make the creation of a specific luminous totem, and has a flexible and uniform light-emitting fabric structure.
更進一步，該等纖維紗線與該等光學紗線於交錯編織時，其係以提花織法製成。其中，每一該光學紗線係位於一水平高度且為橫向放置，部分之該等纖維紗線係被拉提至高於該水平高度之位置再與該等光學紗線交織，進而形成該等浮紋部，以呈現特定之發光圖騰。 Further, when the fiber yarns are interlaced with the optical yarns, they are made by a jacquard weave. Wherein each of the optical yarns is at a horizontal level and is placed in a lateral direction, and some of the fiber yarns are pulled up to a position higher than the horizontal height and interlaced with the optical yarns to form the floats. The lines are shaped to present a specific luminous totem.
或於另一實施例中，該等纖維紗線與該等光學紗線於編織時，每一該纖維紗線係位於一水平高度且為橫向放置，部分之該等光學紗線係被拉提至高於該水平高度之位置再與該等纖維紗線交織，進而形成該等浮紋部。藉此，以緯面緞紋或經面緞紋之方式呈現特定的發光圖騰，以具良好的美感與發光效果。 Or in another embodiment, when the fiber yarns are woven with the optical yarns, each of the fiber yarns is at a horizontal level and is placed laterally, and part of the optical yarns are pulled The fiber yarns are interlaced with the fiber yarns at a position higher than the level to form the embossed portions. In this way, a specific illuminating totem is presented in the form of weft satin or warp satin to have a good aesthetic and luminous effect.
較佳者，該等光學紗線係為添加色母(Color Master Batch)之光導纖維。因此，該等光學紗線於未接收光線時，即呈現對應其色母之顏色，而能更增加該可發光布料之視覺多樣性。 Preferably, the optical yarns are optical fibers added with Color Master Batch. Therefore, when the optical yarns do not receive light, they exhibit a color corresponding to the color masterbatch, and the visual diversity of the illuminable fabric can be further increased.
接續，該等光學紗線之一端係收束以共同接收來自同一光源之光線，以提升該可發光布料之生產效能與使用便利性，並降低其成本。 In succession, one of the optical yarn ends is converged to collectively receive light from the same source to enhance the production efficiency and ease of use of the illuminable fabric and reduce its cost.
此外，該等光學紗線之透光率係介於85~95%，以達良好發光效果。 In addition, the optical transmittance of the optical yarns is between 85 and 95% for good illumination.
本創作亦提出一種鞋子，包含一鞋底、一鞋體及一電源控制組件。其中，該鞋體與該鞋底連接設置，且具有一容置空間，而該鞋體係以該可發光布料所製成。該電源控制組件設於該鞋底內且包含一電源及至少一發光源。該電源係電連接該發光源，以控制該發光源之點亮狀態，且該發光源係對應該等光學紗線之一端設置。藉此，透過控制該電源之驅動狀態，即可控制該發光源相對該等光線紗線之光線輸出，使該鞋體發光而具良好視覺效果，並於昏暗地方具良好警示性。 The present invention also proposes a shoe comprising a sole, a shoe body and a power control assembly. Wherein, the shoe body is connected to the sole and has an accommodating space, and the shoe system is made of the illuminable fabric. The power control component is disposed in the sole and includes a power source and at least one light source. The power source is electrically connected to the light source to control the lighting state of the light source, and the light source is disposed at one end of the optical yarn. Thereby, by controlling the driving state of the power source, the light output of the light source relative to the light rays can be controlled, the shoe body is illuminated and has a good visual effect, and has good warning in a dark place.
並且，該電源控制組件更包含一光線調整單元，與該發光源電訊連接，供以調整該發光源之光線輸出頻率，使該等浮紋部呈現閃爍發光狀態，藉此其發光之多樣效果。 Moreover, the power control component further includes a light adjusting unit electrically connected to the light source to adjust the light output frequency of the light source to cause the floating portions to exhibit a flashing light state, thereby utilizing various effects of light emission.
更進一步，該鞋子更具有一控制器，該控制器設於該鞋體，且與該電源及該光線調整單元電性連接。藉此，透過該控制器變更該發光源之光線輸出狀態，能提升使用者操控該鞋體發光效果之便利性。 Further, the shoe further has a controller, and the controller is disposed on the shoe body and electrically connected to the power source and the light adjusting unit. Thereby, changing the light output state of the light source through the controller can improve the convenience of the user to control the light emitting effect of the shoe body.
並於本實施例中，該鞋體更具一防水透氣層，該防水透氣層係透過一熱熔材料以熱壓貼合之方式連接設於該鞋體之內表面，以增進使用者穿著該鞋子之舒適度，並同時具有防水透氣之功效。 In this embodiment, the shoe body further has a waterproof and breathable layer, and the waterproof and breathable layer is connected to the inner surface of the shoe body through a hot-melt material in a heat-pressure bonding manner to enhance the wearing of the shoe body. The comfort of the shoes is also waterproof and breathable.
較佳者，該防水透氣層為一薄膜，且具有複數個微型穿孔，且該等微型穿孔之直徑介於0.005μm~2.8μm，以達更加的防水及透氣功效。 Preferably, the waterproof gas permeable layer is a film and has a plurality of micro-perforations, and the diameters of the micro-perforations are between 0.005 μm and 2.8 μm for more waterproof and breathable effects.
此外，該電源更具有一無線充電單元，該無線充電單元係供與一無線充電器電性連接。藉此，該無線充電單元係透過無線傳輸之方式儲存電能於該電源內，或藉由太陽能電池之充電方式轉換光能至電能而儲存於該電源內，以避免需要定期更換該電源，而提升其使用便利性。 In addition, the power supply further has a wireless charging unit for electrically connecting to a wireless charger. Thereby, the wireless charging unit stores the electric energy in the power source by means of wireless transmission, or converts the light energy to the electric energy by the charging method of the solar battery, and stores the electric energy in the power source, so as to avoid the need to periodically replace the power source, thereby improving Its ease of use.
並且，該電源控制組件更電訊連接至少一行動應用程式，以供使用者透過該行動應用程式操控該電源及該光線調整單元，以增進使用便利性。 Moreover, the power control component is further connected to at least one mobile application for the user to control the power supply and the light adjustment unit through the mobile application to improve the convenience of use.
較佳者，該電源控制組件與該行動應用程式係以藍芽傳輸之方式電訊連接。透過藍芽具高傳輸效能等功效，增進前述之電訊連接的品質與效能。 Preferably, the power control component and the mobile application are telecommunicationally connected by means of Bluetooth transmission. Enhance the quality and performance of the aforementioned telecommunications connection through the high transmission efficiency of the Bluetooth.
或於另一實施例中，該電源控制組件包含複數個該發光源，且各該發光源具有相異之光色並係對應至少一該光學紗線之一端設置，藉此增加該等浮紋部之發光多樣效果。 Or in another embodiment, the power control component includes a plurality of the light sources, and each of the light sources has a different light color and is disposed corresponding to at least one of the optical yarns, thereby increasing the floating patterns. The lighting effect of the ministry.
此外，本創作亦再提出一種織物，以供人體穿戴或配戴，或供以裝飾或擺置，包含一本體及該可發光布料，且該可發光布料係於該本體之部分區域或全部區域。藉此，透過該可發光布料而使該織物具發光效果，並同時為良好可撓性之穿戴或配戴物品，或為裝飾或擺置之家飾用品，如上衣、背包、窗簾等等織物。 In addition, the present invention also proposes a fabric for the human body to wear or wear, or for decoration or placement, comprising a body and the illuminable fabric, and the illuminable fabric is attached to a part or all of the body. . Thereby, the fabric can be illuminated by the illuminable fabric, and at the same time, it can be worn or worn for good flexibility, or decorated or placed for home decoration, such as clothes, backpacks, curtains, etc. .
接續，該織物更包含一電源控制組件，其係設於該本體並包含一電源及至少一發光源，該電源係電連接該發光源，以控制該發光源之點亮狀態，且該發光源係對應該等光學紗線之一端設置，藉此透過控制該電源之驅動狀態，即可控制該發光源相對該等光線紗線之光線輸出，以利操控該可發光布料之發光狀態，係為獨特之創作。 In addition, the fabric further includes a power control component disposed on the body and including a power source and at least one light source, the power source is electrically connected to the light source to control the lighting state of the light source, and the light source The pair should be arranged at one end of the optical yarn, thereby controlling the light output of the light source relative to the light source by controlling the driving state of the power source, so as to control the light-emitting state of the light-emitting fabric. Unique creation.
綜上所述，本創作之可發光布料及其鞋子與織物，以供作為人體穿戴或配戴，或供以裝飾或擺置，能藉由該等纖維紗線與該等光學紗線交織而形成具有該等浮紋部之發光區域，以呈現特定的發光圖騰。特別係以該可發光布料製成之該鞋子，更可由該電源控制組件驅使其發光，係具良好可撓性與穿戴舒適度之鞋子。 In summary, the illuminable fabric of the present invention and its shoes and fabrics are worn or worn as a human body, or decorated or placed, by which the fiber yarns are interwoven with the optical yarns. A luminescent region having the embossed portions is formed to present a particular illuminating totem. In particular, the shoe made of the illuminable fabric can be driven by the power control component to provide a good flexibility and wear comfort.
1‧‧‧可發光布料 1‧‧‧Lighting fabric
10‧‧‧纖維紗線 10‧‧‧Fiber Yarn
11‧‧‧光學紗線 11‧‧‧Optical yarn
12‧‧‧發光區域 12‧‧‧Lighting area
121‧‧‧浮紋部 121‧‧‧Floating Department
13‧‧‧非光發區域 13‧‧‧Non-light area
2‧‧‧鞋子 2‧‧‧ shoes
20‧‧‧鞋底 20‧‧‧ sole
21‧‧‧鞋體 21‧‧‧Shoe body
211‧‧‧容置空間 211‧‧‧ accommodating space
212‧‧‧後跟處 212‧‧‧Heel
22‧‧‧電源控制組件 22‧‧‧Power Control Components
221‧‧‧電源 221‧‧‧Power supply
222‧‧‧發光源 222‧‧‧Light source
223‧‧‧光線調整單元 223‧‧‧Light adjustment unit
224‧‧‧無線充電單元 224‧‧‧Wireless charging unit
23‧‧‧控制器 23‧‧‧ Controller
231‧‧‧按鈕 231‧‧‧ button
3‧‧‧織物 3‧‧‧ fabric
31‧‧‧本體 31‧‧‧Ontology
圖1，本創作較佳實施例之可發光布料結構示意圖(一)。 Fig. 1 is a schematic view showing the structure of a luminescent fabric according to a preferred embodiment of the present invention (1).
圖2，本創作較佳實施例之可發光布料結構示意圖(二)。 Figure 2 is a schematic view showing the structure of the illuminable fabric of the preferred embodiment of the present invention (2).
圖3，本創作較佳實施例之可發光布料結構示意圖(三)。 Fig. 3 is a schematic view showing the structure of the illuminable fabric of the preferred embodiment of the present invention (3).
圖4，本創作較佳實施例之可發光布料應用示意圖。 Figure 4 is a schematic view showing the application of the illuminable fabric of the preferred embodiment of the present invention.
圖5，本創作較佳實施例之鞋子立體分解圖。 Figure 5 is an exploded perspective view of the shoe of the preferred embodiment of the present invention.
圖6，本創作較佳實施例之鞋子之電源控制組件方塊圖。 Figure 6 is a block diagram of a power control component of a shoe of the preferred embodiment of the present invention.
圖7，本創作較佳實施例之織物立體結構圖。 Figure 7 is a perspective view of the fabric of the preferred embodiment of the present invention.
為使 貴審查委員能清楚了解本創作之內容，謹以下列說明搭配圖式，敬請參閱。 In order for your review board to have a clear understanding of the content of this creation, please use the following instructions to match the drawings.
本創作揭示一種可發光布料及其鞋子與織物，特別包含一種鞋子2及一種提供人體穿戴或配戴，或供以擺置或裝飾之織物3。其中，請參閱圖1至圖4，為本創作較佳實施例之可發光布料結構示意圖(一)至(三)及其應用示意圖。本創作之可發光布料1包含複數纖維紗線10及複數光學紗線11，且該等纖維紗線10為不透光材質，而該等光學紗線11為透光材質。較佳者，該等光學紗線11係分別與該等纖維紗線10交錯排列設置，而如圖2係以平織的排列方式，或如圖3則以針織的排列方式，並於本實施例中，其係以提花織法製成而形成至少一發光區域12及一非發光區域13。其中，每一該光學紗線11係位於一水平高度且為橫向放置，部分之該等纖維紗線10係被拉提至高於該水平高度之位置再與該等光學紗線11交織，使該等光學紗線11於該發光區域12內相對該等纖 維紗線10形成複數浮紋部121。或於另一實施例中，該可發光布料1則以提拉該等光學纖維11的方式，每一該纖維紗線10係位於該水平高度且為橫向放置，部分之該等光學紗線11係被拉提至高於該水平高度之位置再與該等纖維紗線10交織，進而形成該等浮紋部121，藉此具有良好的可撓性。並當應用該可發光布料1以進一步製作其織物3時，係能依照需求裁切該可發光布料1，進而形成所求之該發光區域12及該非發光區域13。 The present invention discloses a luminescent fabric and its shoes and fabrics, and in particular comprises a shoe 2 and a fabric 3 which is provided for wearing or wearing, or for placing or decorating. 1 to 4 are schematic views (1) to (3) of the structure of the illuminable fabric according to the preferred embodiment of the present invention and an application diagram thereof. The luminescent fabric 1 of the present invention comprises a plurality of fiber yarns 10 and a plurality of optical yarns 11, and the fiber yarns 10 are opaque materials, and the optical yarns 11 are light transmissive materials. Preferably, the optical yarns 11 are arranged in a staggered manner with the fiber yarns 10, respectively, as shown in FIG. 2 in a plain weave arrangement, or as shown in FIG. 3 in a knitted arrangement, and in this embodiment. The light-emitting region 12 and the non-light-emitting region 13 are formed by a jacquard weave. Wherein, each of the optical yarns 11 is at a horizontal level and is placed laterally, and a portion of the fiber yarns 10 are pulled up to a position higher than the horizontal height and interlaced with the optical yarns 11 to The optical yarn 11 is opposite to the fiber in the light-emitting region 12 The woven yarn 10 forms a plurality of embossed portions 121. Or in another embodiment, the illuminable fabric 1 is in the manner of pulling the optical fibers 11, each of the fiber yarns 10 is at the horizontal level and is placed laterally, and a portion of the optical yarns 11 are The fiber yarns 10 are interlaced to a position higher than the horizontal height to form the embossed portions 121, thereby having good flexibility. When the illuminable fabric 1 is applied to further fabricate the woven fabric 3, the illuminable fabric 1 can be cut as needed to form the illuminating region 12 and the non-emitting region 13 which are desired.
接續上述之說明，該等纖維紗線10及該等光學紗線11皆為長條狀結構，可為實心或中空之柱狀結構，並以交錯排列之方式編織形成該發光區域12及該非發光區域13。其中，該等浮紋部121為該等光學紗線11相對於該等纖維紗線10向上突出之結構，即該等浮紋部121是布料之表面較為突出的部分，並於該發光區域12排列呈特定之圖騰。該等浮紋部121如圖1所示，係可為點狀結構，亦可為線段結構。藉此，該等光學紗線11自其一端接收到光線時，該等光學紗線11本身整體之長條狀結構皆會發光，使該等浮紋部121呈現發光狀態，而該等光學紗線11相對於該等纖維紗線10不突出之部分結構則被不透光的該等纖維結構10遮擋光線而呈不發光狀態。如此一來，透過緯面緞紋或經面緞紋之方式形成特定形狀的該發光區域12，而具有良好的發光美感以及可撓性。 Following the above description, the fiber yarns 10 and the optical yarns 11 are all elongated structures, which may be solid or hollow columnar structures, and are woven in a staggered manner to form the light-emitting region 12 and the non-lighting. Area 13. The embossed portion 121 is a structure in which the optical yam 11 protrudes upward relative to the fiber yam 10, that is, the embossed portion 121 is a portion where the surface of the cloth protrudes, and the illuminating region 12 is Arranged to a specific totem. As shown in FIG. 1, the floating portions 121 may have a dot structure or a line segment structure. Thereby, when the optical yarns 11 receive light from one end thereof, the entire elongated structure of the optical yarns 11 itself emits light, so that the floating portions 121 exhibit a light-emitting state, and the optical yarns The portion of the wire 11 that does not protrude relative to the fiber yarns 10 is shielded from light by the opaque fiber structures 10 to be in a non-illuminated state. In this way, the light-emitting region 12 of a specific shape is formed by the weft satin or the transhedral satin, and has a good luminous beauty and flexibility.
更進一步，該等光學紗線11係為添加色母(Color Master Batch)之光導纖維。藉由添加色母之著色劑，以使光導纖維著色。因此，該等光學紗線11能添加相異顏料之色母而為不同的色彩，使該可發光布料1中該等光學紗線11呈各種相異的顏色，特別當該等光學紗線11未接收光線時亦能呈現彩色之視覺效果。較佳者，該等光學紗線11之透光率係介於85~95%，以達良好發光效果。是以，該等光學紗線11於未接收光線時，即呈現對應其色母之顏色，而能更增 加該可發光布料1之視覺多樣性。 Further, the optical yarns 11 are optical fibers to which a color master batch is added. The optical fiber is colored by adding a color mastering agent. Therefore, the optical yarns 11 can be added with the color masterbatch of the different pigments to have different colors, so that the optical yarns 11 in the illuminable fabric 1 are in various dissimilar colors, especially when the optical yarns 11 A color visual effect can also be exhibited when light is not received. Preferably, the light transmittance of the optical yarns 11 is between 85 and 95% for good illumination. Therefore, when the optical yarn 11 does not receive light, it exhibits a color corresponding to its color master, and can be increased. The visual diversity of the illuminable fabric 1 is added.
接續，因該等光學紗線11具有不同的顏色，例如包含紅、黃、藍等色彩，該等光學紗線11之一端係收束以共同接收來自同一光源之光線如白光光源，而能使該等光學紗線11呈現紅、黃、藍等相異顏色。藉此，不但能減少光源之設置，且同時使該發光區域12呈現多樣的視覺色彩，進而降低本創作之生產成本，並提升其生產效能及使用便利性。 Continuing, since the optical yarns 11 have different colors, for example, including red, yellow, blue, etc., one end of the optical yarns 11 is bundled to receive light from the same light source, such as a white light source, to enable The optical yarns 11 exhibit different colors such as red, yellow, and blue. Thereby, the setting of the light source can be reduced, and at the same time, the light-emitting area 12 exhibits various visual colors, thereby reducing the production cost of the creation, and improving the production efficiency and the convenience of use.
另一方面，本創作之鞋子如圖5及圖6所示。該鞋子2包含一鞋底20、一鞋體21及一電源控制組件22。其中，該鞋體21與該鞋底20連接設置，且具有一容置空間211，以供足部穿著，而該鞋體21係以該可發光布料1所製成。該電源控制組件22設於該鞋底20內且包含一電源221及至少一發光源222。該電源221係電連接該發光源222，以控制該發光源222之點亮狀態，且該發光源222係對應該等光學紗線11之一端設置。因此，藉由控制該電源221之驅動狀態，即可控制該發光源222相對該等光線紗線11之光線輸出，使該等浮紋部121呈現發光狀態，即可使該鞋體21發光並具良好視覺效果。特別係穿著該鞋子2於昏暗處或在夜中行走時，該鞋子2具有良好警示性。抑或單純出門行走或至特定場合，藉由發光的該等浮紋部121更能增添該鞋子2之視覺效果。 On the other hand, the shoes of this creation are shown in Figs. 5 and 6. The shoe 2 includes a sole 20, a shoe body 21, and a power control assembly 22. The shoe body 21 is connected to the sole 20 and has an accommodating space 211 for the foot to wear, and the shoe body 21 is made of the illuminable fabric 1. The power control component 22 is disposed in the sole 20 and includes a power source 221 and at least one illumination source 222. The power source 221 is electrically connected to the light source 222 to control the lighting state of the light source 222, and the light source 222 is disposed corresponding to one end of the optical yarn 11. Therefore, by controlling the driving state of the power source 221, the light output of the light source 222 relative to the light ray 11 can be controlled, and the embossed portions 121 can be illuminated, so that the shoe body 21 can be illuminated. Has a good visual effect. In particular, the shoe 2 has good alertness when wearing the shoe 2 in a dim place or walking in the night. Or simply walking out or going to a specific occasion, the visual effect of the shoe 2 can be further increased by the embossed portions 121 that emit light.
並且，該電源控制組件22更包含一光線調整單元223，其與該發光源222電訊連接，以供調整該發光源222之光線輸出頻率。較佳者，該鞋子2更具有一控制器23，該控制器23設於該鞋體21，特別能設於該鞋體21之後跟處212而避免其凸出設於該鞋體21之表面，且與該電源221及該光線調整單元223電性連接。並於本實施例中，該控制器23具有一按鈕231，其係電性連接該光線調整單元223，並透過按壓該按鈕231以驅動該光線調整單元223，而變更 該發光源222之光線輸出狀態，以供該發光源222為開啟或變更其光線輸出頻率或呈關閉狀態。如此一來，透過該光線調整單元223使該等浮紋部121能呈現持續發光狀態，抑或呈現閃爍發光狀態。藉此，不但能增進該等浮紋部121之發光效果，且亦能提升使用者操控該鞋體21發光效果之便利性。 Moreover, the power control component 22 further includes a light adjustment unit 223 that is in telecommunication connection with the illumination source 222 for adjusting the light output frequency of the illumination source 222. Preferably, the shoe 2 further has a controller 23, and the controller 23 is disposed on the shoe body 21, and can be disposed at the heel 212 of the shoe body 21 to prevent it from protruding on the surface of the shoe body 21. And electrically connected to the power source 221 and the light adjusting unit 223. In this embodiment, the controller 23 has a button 231 electrically connected to the light adjusting unit 223 and is changed by pressing the button 231 to drive the light adjusting unit 223. The light source of the light source 222 is outputted for the light source 222 to be turned on or to change its light output frequency or to be in a closed state. In this way, the illuminating unit 121 can be caused to display a continuous illuminating state or a flickering illuminating state by the ray adjusting unit 223. Thereby, not only the illuminating effect of the embossed portions 121 but also the convenience of the user in controlling the illuminating effect of the shoe body 21 can be improved.
此外，該電源221更具有一無線充電單元224，以供與一無線充電器(圖中未示)電性連接。藉此，該無線充電單元224透過無線傳輸之方式儲存電能於該電源221內，因此僅需將該鞋子2置於該無線充電器附近，使該無線充電單元224電訊連通該無線充電器，該電源221即可進行充電。或於另一實施方式中，該無線充電單元224為薄膜太陽能電池，供以無線充電之方式接收光能，再進一步轉換為電能而儲存。是以，能避免定期更換該電源221，而減少該鞋子2維修或保養之費用，並具良好使用便利性。 In addition, the power supply 221 further has a wireless charging unit 224 for electrically connecting to a wireless charger (not shown). Therefore, the wireless charging unit 224 stores the electrical energy in the power supply 221 by means of wireless transmission. Therefore, the shoe 2 only needs to be placed near the wireless charger, and the wireless charging unit 224 is electrically connected to the wireless charger. The power source 221 can be charged. Or in another embodiment, the wireless charging unit 224 is a thin film solar cell for receiving light energy by wireless charging, and further converting it into electrical energy for storage. Therefore, it is possible to avoid the regular replacement of the power source 221, and the cost of repairing or maintaining the shoe 2 is reduced, and the use convenience is good.
更進一步，該電源控制組件22更電訊連接至少一行動應用程式(Application,APP)(圖中未示)，其係安裝於手機或平板電腦等行動裝置或各種電子設備中。因此，使用者能透過該行動應用程式而操控該電源221及該光線調整單元223，以進一步控制該發光源222之光線輸出頻率及開關，藉此控制該鞋體21之發光效果。較佳者，該電源控制組件22與該行動應用程式係以藍芽(Bluetooth)傳輸之方式電訊連接。透過藍芽具高傳輸效能、大傳輸範圍等功效，能增進其中之電訊連接的品質與效率。如此一來，該鞋子2具有更加使用便利性及效能。 Further, the power control component 22 is further connected to at least one mobile application (Application, APP) (not shown), which is installed in a mobile device such as a mobile phone or a tablet or various electronic devices. Therefore, the user can control the power source 221 and the light adjusting unit 223 through the mobile application to further control the light output frequency and the switch of the light source 222, thereby controlling the lighting effect of the shoe body 21. Preferably, the power control component 22 is in telecommunication connection with the mobile application in the form of Bluetooth transmission. Through the blue buds with high transmission efficiency, large transmission range and other functions, it can enhance the quality and efficiency of the telecommunications connection. In this way, the shoe 2 has more convenience and effectiveness.
另外，該鞋體21更具一防水透氣層(圖中未示)，該防水透氣層係透過一熱熔材料(圖中未示)以熱壓貼合之方式連接設於該鞋體2之內表面，使該熱熔材料形成薄膜結構而黏附於該防水透氣層及該可發光布料1之間，進而使其緊密連接。其中，該防水透氣層為一薄膜，且具有複數個微型穿孔(圖中未示)， 而該等微型穿孔之直徑介於0.005μm~2.8μm。因此，利用該防水透氣層同時具有透氣、防水及防風等功能，而可有效將該鞋體2內層之汗水快速排出於外，並防止風雨滲入該鞋體21中，其係亦具良好舒適度。藉此，增進使用者穿著該鞋子2之舒適度與透氣防水等功能性。 In addition, the shoe body 21 has a waterproof and breathable layer (not shown) which is connected to the shoe body 2 by means of a hot-melt material (not shown) by heat-pressure bonding. The inner surface is such that the hot melt material forms a film structure and adheres between the waterproof gas permeable layer and the illuminable fabric 1, thereby making it tightly connected. Wherein, the waterproof gas permeable layer is a film and has a plurality of micro perforations (not shown), The diameter of the micro-perforations is between 0.005 μm and 2.8 μm. Therefore, the waterproof and breathable layer has the functions of being breathable, waterproof and windproof, and can effectively discharge the sweat of the inner layer of the shoe body 2 to the outside, and prevent the wind and rain from infiltrating into the shoe body 21, and the system is also comfortable. degree. Thereby, the user's comfort in wearing the shoe 2 and the functionality such as breathability and waterproofing are enhanced.
或於另一實施例中，該電源控制組件22係包含複數個該發光源222，且各該發光源222具有相異之光色，各該發光源222係對應至少一該光學紗線11之一端設置。因此，該等光學紗線11分別搭配不同的該等發光源222。且更進一步，添加不同顏色色母的該等光學紗線11更能分別搭配相異光色之該等發光源222，而更增加發光時的色彩多樣性，以更增進該鞋體2的發光效果。 In another embodiment, the power control component 22 includes a plurality of the light sources 222, and each of the light sources 222 has a different light color, and each of the light sources 222 corresponds to at least one of the optical yarns 11 Set at one end. Therefore, the optical yarns 11 are respectively matched with the different light sources 222. Furthermore, the optical yarns 11 of different color masterbatch can be matched with the light sources 222 of different light colors, respectively, and the color diversity during illumination is further increased to further enhance the illumination of the shoe body 2. effect.
此外，本創作之織物3，以供人體穿戴或配戴，如上衣、背包或襪子等等織物用品，該織物3更可供以裝飾或擺置，如窗簾、桌巾或地毯等家飾用品。該織物3包含一本體31及該可發光布料1，且該可發光布料1係於該本體31之部分區域或全部區域。是以，該織物3能單純利用該可發光布料1製成，抑或結合其他種布料或材料如牛仔布(單寧布)、合成纖維等等而製造而成。並於本實施例中，該織物3為手提包，如圖7所示。其中，該可發光布料1係與合成纖維編織而設於該本體31之部分區域，且該可發光布料1之該等光學紗線11之一端係束收而位於該本體31之內表面，以供另外連接光源(圖中未示)如手電筒、小型發光二極體(小型LED燈)等，使該等浮紋部121呈發光狀態。 In addition, the fabric 3 of the present invention is for the human body to wear or wear, such as fabrics such as clothes, backpacks or socks, and the fabric 3 can be decorated or placed, such as curtains, tablecloths or carpets. . The fabric 3 includes a body 31 and the illuminable fabric 1 , and the illuminable fabric 1 is attached to a partial region or a whole region of the body 31 . Therefore, the woven fabric 3 can be produced by simply using the illuminable fabric 1, or in combination with other kinds of fabrics or materials such as denim (denim), synthetic fibers, and the like. In the present embodiment, the fabric 3 is a handbag, as shown in FIG. The illuminable fabric 1 is woven with synthetic fibers and is disposed in a portion of the body 31, and one end of the optical yarns 11 of the illuminable fabric 1 is bundled and disposed on the inner surface of the body 31 to A light source (not shown) such as a flashlight, a small light-emitting diode (small LED light), or the like is connected to the light-emitting state.
較佳者，於另一實施方式中，該織物3更包含一電源控制組件22，其係設於該本體31中，並包含一電源221及至少一發光源222，該電源221係電連接該發光源222，以控制該發光源222之點亮狀態。該發光源222係對應該等光學紗線11之一端設置，以藉由控制該電源221之驅動狀態，即可控制該發光 源222相對該等光學紗線11之光線輸出。是以，該織物3不須再另接光源以驅動該等浮紋部121發光，而能利用該電源控制組件22使其呈發光狀態。如此一來，透過該可發光布料1能使該織物3具發光效果，且利用其用有良好可撓性，係為獨特之創作。 Preferably, in another embodiment, the fabric 3 further includes a power control component 22, which is disposed in the body 31 and includes a power source 221 and at least one light source 222. The power source 221 is electrically connected to the body. The light source 222 is emitted to control the lighting state of the light source 222. The illumination source 222 is disposed corresponding to one end of the optical yarn 11 to control the illumination by controlling the driving state of the power source 221. Source 222 is output relative to the light of the optical yarns 11. Therefore, the fabric 3 does not need to be connected to another light source to drive the floating portions 121 to emit light, and the power control unit 22 can be used to make it emit light. In this way, the fabric 3 can be made to have a luminous effect through the illuminable fabric 1, and it can be used for its unique flexibility.
綜上所述，本創作之可發光布料及其鞋子與織物，其係藉由該等纖維紗線10與該等光學紗線11交織而形成具有該等浮紋部121之該發光區域12，以呈現特定的發光圖騰，並具有良好可撓性。特別係利用該可發光布料1製成之該鞋子2，更可由該電源控制組件22控制該發光源222之光線輸出，進而驅使該鞋子2呈發光狀態。更進一步，藉由該光線調整單元223更可使該等浮紋部121呈閃爍發光狀態。較佳者，該織物3亦藉由該可發光布料1而有發光效果，以供人體穿戴或配戴，或供以裝飾或擺置而作為家飾用品，為獨特之創作。 In summary, the present illuminable fabric and its shoes and fabric are formed by interlacing the fiber yarns 10 with the optical yarns 11 to form the light-emitting regions 12 having the embossed portions 121, To present a specific illuminating totem with good flexibility. In particular, the shoe 2 made of the illuminable fabric 1 can be controlled by the power control unit 22 to control the light output of the light source 222, thereby driving the shoe 2 to emit light. Further, the light adjusting unit 223 can further cause the floating portions 121 to be in a blinking state. Preferably, the fabric 3 is also illuminating by the illuminable fabric 1 for the human body to wear or wear, or for decoration or placement as a decorative article for a unique creation.
惟，以上所述者，僅為本創作之較佳實施例而已，並非用以限定本創作實施之範圍；故在不脫離本創作之精神與範圍下所作之均等變化與修飾，皆應涵蓋於本創作之專利範圍內。 However, the above descriptions are only for the preferred embodiment of the present invention and are not intended to limit the scope of the present invention; therefore, the equivalent changes and modifications made without departing from the spirit and scope of the present invention should be Within the scope of this creation's patent.
Claims (17)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW107215195U TWM573350U (en) | 2018-11-08 | 2018-11-08 | Luminous fabric and its shoes and fabrics |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW107215195U TWM573350U (en) | 2018-11-08 | 2018-11-08 | Luminous fabric and its shoes and fabrics |
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| Publication Number | Publication Date |
|---|---|
| TWM573350U true TWM573350U (en) | 2019-01-21 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW107215195U TWM573350U (en) | 2018-11-08 | 2018-11-08 | Luminous fabric and its shoes and fabrics |
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| TW (1) | TWM573350U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111497392A (en) * | 2020-05-15 | 2020-08-07 | 深圳市闪耀智联科技有限公司 | Optical fiber mixed spinning light guide cloth |
| CN111936683A (en) * | 2019-03-13 | 2020-11-13 | 宋洙复 | Luminous upper of a shoe of sign reaches shoes including luminous upper of a shoe of said sign |
| CN114687045A (en) * | 2022-03-30 | 2022-07-01 | 歌尔科技有限公司 | Luminous fabric and equipment |
-
2018
- 2018-11-08 TW TW107215195U patent/TWM573350U/en not_active IP Right Cessation
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111936683A (en) * | 2019-03-13 | 2020-11-13 | 宋洙复 | Luminous upper of a shoe of sign reaches shoes including luminous upper of a shoe of said sign |
| EP3741891A4 (en) * | 2019-03-13 | 2021-11-24 | Song, Soo Bok | Shoe upper with illuminating logo and shoe including same |
| CN113755990A (en) * | 2019-03-13 | 2021-12-07 | 宋洙复 | Luminous upper of a shoe of sign reaches shoes including luminous upper of a shoe of said sign |
| CN111936683B (en) * | 2019-03-13 | 2021-12-14 | 宋洙复 | Luminous upper of a shoe of sign reaches shoes including luminous upper of a shoe of said sign |
| CN113755990B (en) * | 2019-03-13 | 2022-07-29 | 宋洙复 | Luminous upper of a shoe of sign reaches shoes including luminous upper of a shoe of said sign |
| CN111497392A (en) * | 2020-05-15 | 2020-08-07 | 深圳市闪耀智联科技有限公司 | Optical fiber mixed spinning light guide cloth |
| CN114687045A (en) * | 2022-03-30 | 2022-07-01 | 歌尔科技有限公司 | Luminous fabric and equipment |
| CN114687045B (en) * | 2022-03-30 | 2022-11-25 | 歌尔科技有限公司 | Luminous fabric and equipment |
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