TWI767606B - Building materials simulation method - Google Patents

Building materials simulation method Download PDF

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TWI767606B
TWI767606B TW110108770A TW110108770A TWI767606B TW I767606 B TWI767606 B TW I767606B TW 110108770 A TW110108770 A TW 110108770A TW 110108770 A TW110108770 A TW 110108770A TW I767606 B TWI767606 B TW I767606B
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TW202236137A (en
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呂理論
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煌盛興業股份有限公司
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Abstract

本發明為有關一種建材模擬方法，包括有下列步驟：利用一控制處理單元將一影像擷取單元所儲存一影像資料傳送至一建材資料庫中做一比對，選擇出相同或近似之一建材影像；該控制處理單元將該建材影像傳送至一色彩調整單元中做一色彩調整；該控制處理單元將已做色彩調整之該建材影像傳送至一色溫調整單元，該色溫調整單元根據一現場光線量測單元之參數值調整該建材影像之色溫值；將無色彩與色溫誤差之參數值儲存於一製作參數儲存單元中；利用一建材貼覆層製作設備讀取該製作參數儲存單元之該參數值，以製作平面或立體之一建材貼覆層。 The present invention relates to a building material simulation method, which includes the following steps: using a control processing unit to transmit an image data stored in an image capture unit to a building material database for comparison, and select an identical or similar building material image; the control processing unit transmits the building material image to a color adjustment unit for color adjustment; the control processing unit transmits the color adjusted image of the building material to a color temperature adjustment unit, the color temperature adjustment unit is based on a scene light The parameter value of the measuring unit adjusts the color temperature value of the building material image; the parameter value without color and color temperature error is stored in a production parameter storage unit; the parameter of the production parameter storage unit is read by a building material cladding production equipment value to make a flat or three-dimensional building material cladding.

Description

建材模擬方法 Building materials simulation method

本發明係提供一種建材模擬方法，尤指一種藉由現場光線量測單元來調整建材影像之色溫值，可使建材貼覆層於製作時更能完全貼近周邊磚體顏色之外，其色溫亦與周邊磚體色溫形成融為一體之視感，同時建材貼覆層貼合於消防設備表面及牆壁面時具有輕質量特性，不會妨礙消防設備之正常操作，又可兼顧室內裝潢美觀性。 The present invention provides a method for simulating building materials, especially a method for adjusting the color temperature value of building materials images by means of an on-site light measurement unit, so that the building materials cladding layer can be more completely close to the color of the surrounding bricks during production, and its color temperature is also It forms a visual sense of integration with the color temperature of the surrounding bricks. At the same time, when the building material cladding is attached to the surface and wall of the fire fighting equipment, it has the characteristics of light weight, which will not hinder the normal operation of the fire fighting equipment, and can also take into account the aesthetics of the interior decoration.

按，在經濟富裕的社會中，無論工業廠房、科學園區、大樓華廈等各式高樓層建築皆紛紛林立，更隨著建築法規的健全化，以及為了降低火災發生的可能性及達到事先預防之目的，政府便制定了諸多消防法規，並頒布消防法令，令建築物於使用前需進行一系列的消防測試，以確保後續住戶或使用者的安全，並保障人民的生命財產。 According to the fact, in a prosperous society, various high-rise buildings such as industrial plants, science parks, and mansions are erected one after another. With the improvement of building regulations, and in order to reduce the possibility of fire and achieve advance prevention For this purpose, the government has formulated many fire regulations and promulgated fire regulations, requiring buildings to undergo a series of fire tests before use to ensure the safety of subsequent residents or users, and protect people's lives and properties.

再者，為了通過消防測試，各種建築物中都必須在樓梯間或走廊的牆面上設置消防設備，最基本的消防設備為消防箱與逃生門，其中該消防箱可於火災等緊急事故發生時，取出存放於消防箱內部的消防水帶來進行救災及滅火，藉以降低火災意外事故的損失，而各樓層內所設置之逃生門可供緊急事故發生時，逃生人員可迅速推開逃生門便於前往逃生梯，並利用逃生梯安全抵達安全處，即可降低對人們產生重大的傷害或死 亡的危機。 Furthermore, in order to pass the fire test, fire fighting equipment must be installed on the walls of stairwells or corridors in various buildings. The most basic fire fighting equipment is a fire box and an escape door. The fire box can be used in emergencies such as fires. When an emergency occurs, take out the fire hose stored in the fire box for disaster relief and fire extinguishing, so as to reduce the loss of fire accidents, and the escape doors installed on each floor can be used for emergencies. Easy access to escape ladders, and use of escape ladders to reach a safe place can reduce serious injury or death to people death crisis.

然而，隨著人們教育及藝術涵養的提升，對於審美觀帶來質的飛躍，故大部分的建築於地面或牆面舖設有相鄰排列之複數磚體，該些磚體包括有大理石磚、磁磚、石英磚、木紋磚或塑膠磚等，而磚體表面之圖案為於任意相對二側邊形成連續性接合之視覺狀態，故使得各磚體在鋪設於地面或牆面後，各磚體表面之圖案間會組合形成花紋、木紋或馬賽克等任意大面積圖案，藉此提升室內整體之視覺美感。 However, with the improvement of people's education and artistic self-cultivation, it has brought a qualitative leap in aesthetics, so most of the buildings are laid with plural brick bodies arranged adjacently on the ground or wall. These brick bodies include marble bricks, Ceramic tiles, quartz tiles, wood-grained tiles or plastic tiles, etc., and the pattern on the surface of the tile body is a visual state that forms a continuous joint on any two opposite sides, so that after each tile body is laid on the ground or wall, each The patterns on the surface of the brick body will be combined to form any large-area pattern such as pattern, wood grain or mosaic, thereby enhancing the overall visual aesthetics of the interior.

但為了符合消防法規於建築物室內設置有若干消防設備(如：消防箱、逃生門)，而當消防設備設置於鋪滿複數磚體的牆面上時，在視覺上會顯得相當地突兀(產生視覺斷層)，於視覺上的觀感無法呈現一致性，以致於影響整體美感，所以業者為了解決視覺上一致性的問題，便會在消防設備表面上鋪設跟牆面相同之複數磚體，但磚體具有一定的厚度及重量，若於消防設備外表面上舖滿複數磚體時，將使消防設備整體的重量大幅地增加，導致於緊急事故發生時，不易打開消防箱拿取消防水帶，或是不易推開逃生門之種種問題，且過重磚體也易使消防箱及逃生門的基本結構受到重力拉扯而產生變形，以致於人們無法順暢使用消防設備，進一步影響救災或逃脫之時間，形成對於財產、生命安全之危機。 However, in order to comply with fire regulations, there are several fire-fighting equipment (such as fire boxes, escape doors) in the building interior, and when the fire-fighting equipment is installed on the wall covered with multiple bricks, it will appear quite abrupt visually ( produce visual faults), the visual perception cannot be consistent, so as to affect the overall aesthetics, so in order to solve the problem of visual consistency, the industry will lay a plurality of bricks on the surface of the fire-fighting equipment that are the same as the wall, but The brick body has a certain thickness and weight. If the outer surface of the fire fighting equipment is covered with multiple brick bodies, the overall weight of the fire fighting equipment will be greatly increased, which will make it difficult to open the fire box to remove the waterproof belt in the event of an emergency. Or it is not easy to open the escape door, and the heavy brick body is also easy to deform the basic structure of the fire box and the escape door by gravity, so that people cannot use the fire equipment smoothly, which further affects the time for disaster relief or escape. Create a crisis for property and life safety.

是以，要如何解決上述習用之問題與缺失，即為從事此行業之相關廠商所亟欲研究改善之方向所在者。 Therefore, how to solve the above-mentioned conventional problems and deficiencies is the direction that relevant manufacturers in this industry are eager to research and improve.

故，發明人有鑑於上述之問題與缺失，乃蒐集相關資料，經由多方評估及考量，始設計出此種建材模擬方法之發明誕生。 Therefore, in view of the above-mentioned problems and deficiencies, the inventor collected relevant information, and after multiple evaluations and considerations, the invention of designing this kind of building material simulation method was born.

本發明之主要目的在於提供一種建材模擬方法，包括有下列步驟：利用一控制處理單元將一影像擷取單元所儲存一影像資料傳送至一建材資料庫中做一比對，選擇出相同或近似之一建材影像；該控制處理單元將該建材影像傳送至一色彩調整單元中做一色彩調整；該控制處理單元將已做色彩調整之該建材影像傳送至一色溫調整單元，該色溫調整單元根據一現場光線量測單元調整該建材影像之色溫值；將無色彩與色溫誤差之參數值儲存於一製作參數儲存單元中；利用一建材貼覆層製作設備讀取該製作參數儲存單元之該參數值，以製作平面或立體之一建材貼覆層。藉由前述現場光線量測單元之參數值來調整建材影像之色溫值，可使建材貼覆層於製作時更能完全貼近周邊磚體顏色之外，其色溫亦與周邊磚體色溫形成融為一體之視感，同時建材貼覆層貼合於消防設備表面及牆壁面時具有輕質量特性，不會妨礙消防設備之正常操作，又可兼顧室內裝潢美觀性。 The main purpose of the present invention is to provide a building material simulation method, which includes the following steps: using a control processing unit to transmit an image data stored in an image capture unit to a building material database for comparison, and select the same or similar a building material image; the control processing unit transmits the building material image to a color adjustment unit for a color adjustment; the control processing unit transmits the color adjusted image of the building material to a color temperature adjustment unit, the color temperature adjustment unit according to An on-site light measurement unit adjusts the color temperature value of the building material image; stores the parameter value without color and color temperature error in a production parameter storage unit; uses a building material cladding production equipment to read the parameter of the production parameter storage unit value to make a flat or three-dimensional building material cladding. The color temperature value of the building material image is adjusted by the parameter value of the above-mentioned on-site light measurement unit, so that the building material cladding layer can be more completely close to the color of the surrounding brick body during production, and its color temperature can also form a fusion with the color temperature of the surrounding brick body. It has a visual sense of unity, and the building material cladding layer has the characteristics of light weight when it is attached to the surface of the fire fighting equipment and the wall surface, which will not hinder the normal operation of the fire fighting equipment, and can also take into account the aesthetics of the interior decoration.

本發明之次要目的在於該控制處理單元係指一中央處理器、一微控制單元或一單晶片。 The secondary object of the present invention is that the control processing unit refers to a central processing unit, a microcontroller unit or a single chip.

本發明之另一目的在於該影像擷取單元係指可拍攝影像或影片之掃描設備、數位照相機、數位攝影機、智慧型手機或平板電腦。 Another object of the present invention is that the image capturing unit refers to a scanning device, a digital camera, a digital video camera, a smart phone or a tablet computer capable of capturing images or videos.

本發明之再一目的在於該製作參數儲存單元係為一非揮發性記憶體所構成。 Another object of the present invention is that the manufacturing parameter storage unit is composed of a non-volatile memory.

本發明之再一目的在於該建材貼覆層製作設備係指可於紙質材料、木質材料、金屬材料形成平面或立體之一印刷設備。 Another object of the present invention is that the building material cladding production equipment refers to a printing equipment that can form a plane or a three-dimensional form on paper materials, wood materials, and metal materials.

本發明之再一目的在於該建材貼覆層製作設備係指一自動 烤漆裝置，並於紙質材料、木質材料、金屬材料形成平面或立體之建材表面進行烤漆作業。 Yet another object of the present invention is that the building material cladding production equipment refers to an automatic The paint baking device is used for baking paint on the surface of paper materials, wood materials, and metal materials that form plane or three-dimensional building materials.

本發明之再一目的在於該金屬材料係指重量較小之鋁材或其他金屬材質。 Another object of the present invention is that the metal material refers to aluminum material or other metal material with a small weight.

本發明之再一目的在於該建材資料庫係透過一預設網路連結該控制處理單元進行上傳或更新。 Another object of the present invention is that the building material database is connected to the control processing unit through a preset network for uploading or updating.

11:控制處理單元 11: Control processing unit

12:影像擷取單元 12: Image capture unit

13:建材資料庫 13: Building Materials Database

14:色彩調整單元 14: Color adjustment unit

15:色溫調整單元 15: Color temperature adjustment unit

16:現場光線量測單元 16: On-site light measurement unit

17:影像比對單元 17: Image comparison unit

18:製作參數儲存單元 18: Make parameter storage unit

19:建材貼覆層製作設備 19: Building materials cladding production equipment

21:利用一控制處理單元將一影像擷取單元所儲存一影像資料傳送至一建材資料庫中做一比對，選擇出相同或近似之一建材影像 21: Utilize a control processing unit to transmit an image data stored in an image capture unit to a building material database for comparison, and select the same or similar building material image

22:該控制處理單元將該建材影像傳送至一色彩調整單元中做一色彩調整 22: The control processing unit transmits the building material image to a color adjustment unit for a color adjustment

23:該控制處理單元將已做色彩調整之該建材影像傳送至一色溫調整單元，該色溫調整單元根據一現場光線量測單元之參數值調整該建材影像之色溫值，該現場光線量測單元根據燈具種類、燈具功率、燈具光線投射角度及太陽光照入室內區域做為依據，並利用一預設光線量測儀器獲得複數個參數值，而該預設光線量測儀器將該些參數值輸入至該色溫調整單元做一調整 23: The control processing unit transmits the color-adjusted image of the building material to a color temperature adjustment unit, and the color temperature adjustment unit adjusts the color temperature value of the building material image according to a parameter value of an on-site light measuring unit, and the on-site light measuring unit adjusts the color temperature value of the building material image. According to the type of lamp, the power of the lamp, the light projection angle of the lamp, and the sunlight entering the indoor area as the basis, a preset light measuring instrument is used to obtain a plurality of parameter values, and the preset light measuring instrument inputs these parameter values. Make an adjustment to the color temperature adjustment unit

24:利用一影像比對單元將已調整色溫之該建材影像與該影像資料做一比較，並由該控制處理單元計算出該影像資料與該建材影像之間的色彩與色溫誤差值，並調整至無色彩與色溫誤差 24: Use an image comparison unit to compare the image of the building material whose color temperature has been adjusted with the image data, and calculate the color and color temperature error value between the image data and the building material image by the control processing unit, and adjust To no color and color temperature error

25:將無色彩與色溫誤差之參數值儲存於一製作參數儲存單元中 25: Store the parameter value without color and color temperature error in a production parameter storage unit

26:利用一建材貼覆層製作設備讀取該製作參數儲存單元之該參數值，以製作平面或立體之一建材貼覆層 26: Use a building material cladding production equipment to read the parameter value of the production parameter storage unit to make a flat or three-dimensional building material cladding layer

〔第1圖〕係為本發明建材模擬裝置之功能方塊圖。 [Fig. 1] is a functional block diagram of the building material simulation device of the present invention.

〔第2圖〕係為本發明建材模擬方法之流程圖。 [Fig. 2] is a flow chart of the building material simulation method of the present invention.

為達成上述目的及功效，本發明所採用之技術手段及其構造，茲繪圖就本發明之較佳實施例詳加說明其特徵與功能如下，俾利完全瞭解。 In order to achieve the above objects and effects, the technical means and structures adopted by the present invention are described in detail with reference to the preferred embodiments of the present invention, and the features and functions are as follows, so as to be fully understood.

請參閱第1圖所示，係為本發明建材模擬裝置之功能方塊圖，由圖中可清楚看出，本發明建材模擬裝置包括有：一控制處理單元11、一影像擷取單元12、一建材資料庫13、一色彩調整單元14、一色溫調整單元15、一現場光線量測單元16、一影像比對單元17、一製作參數儲存單元18、一建材貼覆層製作設備19，其主要構件及特徵詳述如下： Please refer to FIG. 1, which is a functional block diagram of the building material simulation device of the present invention. It can be clearly seen from the figure that the building material simulation device of the present invention includes: a control processing unit 11, an image capture unit 12, a A building material database 13, a color adjustment unit 14, a color temperature adjustment unit 15, an on-site light measurement unit 16, an image comparison unit 17, a production parameter storage unit 18, and a building material cladding production equipment 19, which mainly Components and features are detailed as follows:

該控制處理單元11，其具有控制電子訊號流向及計算處理資料之能力，該控制處理單元11係指一中央處理器(CPU)、一微控制單元(MCU)或一單晶片(Chip)。 The control processing unit 11 is capable of controlling the flow of electronic signals and calculating and processing data. The control processing unit 11 refers to a central processing unit (CPU), a microcontroller unit (MCU) or a single chip (Chip).

該影像擷取單元12，與該控制處理單元11連接，該影像擷取單元12可拍攝或掃描室內裝潢影像(Image)或影片(Film)，並進行儲存有一影像資料，前述該影像擷取單元12係指可拍攝影像或影片之掃描設備、數位照相機、數位攝影機、智慧型手機或平板電腦。 The image capture unit 12 is connected to the control processing unit 11 , the image capture unit 12 can capture or scan interior decoration images (Image) or films (Film), and store an image data, the aforementioned image capture unit 12 Refers to a scanning device, digital camera, digital video camera, smartphone or tablet capable of capturing images or videos.

該建材資料庫13，與該控制處理單元11及該影像擷取單元12連接，該建材資料庫13內建有如大理石磚、磁磚、石英磚、木紋磚或塑膠磚之各式建材資料，而建材資料可透過一預設網路(圖中未示)連結該控制處理單元11進行上傳或更新做資料更新(Update)。 The building material database 13 is connected to the control processing unit 11 and the image capturing unit 12. The building material database 13 contains various building materials data such as marble tiles, ceramic tiles, quartz tiles, wood grain tiles or plastic tiles. The building material data can be connected to the control processing unit 11 through a preset network (not shown in the figure) for uploading or updating for data update (Update).

該色彩調整單元14，與該控制處理單元11及建材資料庫13連接，該色彩調整單元14具有將該建材資料庫13之該建材資料調整至符合室內裝潢影像或影片之色彩。 The color adjustment unit 14 is connected to the control processing unit 11 and the building material database 13, and the color adjustment unit 14 has the function of adjusting the building material data of the building material database 13 to match the color of interior decoration images or videos.

該色溫調整單元15，與該控制處理單元11、該色彩調整單元14及一現場光線量測單元16連接，該色溫調整單元15根據該現場光線量測單元16之參數值調整該建材影像之色溫值，而前述現場光線量測之影響參數變化很多，例如：燈具種類(例如：日光燈、鎢絲燈、省電燈泡、LED燈泡、LED燈條)、燈具功率、燈具光線投射角度(直射採光、反射之間接採光)及太陽光照入室內區域之種種變化，前述所有條件必須一一列入考量，並利用預設光線量測儀器(圖中未示)獲得前述複數個參數值，而預設光線量測儀器將該些參數值輸入至色溫調整單元做一調整，以獲得最佳化之建材影像之色溫值。 The color temperature adjustment unit 15 is connected with the control processing unit 11 , the color adjustment unit 14 and a spot light measurement unit 16 , and the color temperature adjustment unit 15 adjusts the color temperature of the building material image according to the parameter value of the spot light measurement unit 16 However, the influence parameters of the aforementioned on-site light measurement vary a lot, such as: type of lamps (such as fluorescent lamps, tungsten lamps, energy-saving bulbs, LED bulbs, LED strips), lamp power, lamp light projection angle (direct lighting, reflection Indirect lighting) and various changes of sunlight entering the indoor area, all the aforementioned conditions must be considered one by one, and a preset light measuring instrument (not shown in the figure) is used to obtain the above-mentioned multiple parameter values, and the preset light amount The measuring instrument inputs these parameter values to the color temperature adjustment unit for adjustment, so as to obtain the optimized color temperature value of the building material image.

該影像比對單元17，與該控制處理單元11及該色溫調整單元15連接，該影像比對單元17將已調整色溫之該建材影像，與該影像擷取 單元12之該影像資料做一比較，並由該控制處理單元11計算出該影像資料與該建材影像之間的色彩與色溫誤差值。 The image comparison unit 17 is connected to the control processing unit 11 and the color temperature adjustment unit 15 , and the image comparison unit 17 captures the image of the building material whose color temperature has been adjusted with the image The image data of the unit 12 is compared, and the color and color temperature error values between the image data and the building material image are calculated by the control processing unit 11 .

該製作參數儲存單元18，與該控制處理單元11及該影像比對單元17連接，該製作參數儲存單元18用以儲存色彩與色溫誤差之參數值，該製作參數儲存單元18係為一非揮發性記憶體(Non-Volatile Memory，NVM)所構成。 The production parameter storage unit 18 is connected to the control processing unit 11 and the image comparison unit 17 , the production parameter storage unit 18 is used for storing the parameter values of color and color temperature error, and the production parameter storage unit 18 is a non-volatile It is composed of Non-Volatile Memory (NVM).

該建材貼覆層製作設備19，與該控制處理單元11及製作參數儲存單元18連接，該建材貼覆層製作設備19讀取該製作參數儲存單元18之該參數值，以製作平面或立體之一建材貼覆層，前述建材貼覆層製作設備19係指可於紙質材料、木質材料、金屬材料形成平面或立體之一印刷設備，此外，該建材貼覆層製作設備19也可為一自動烤漆裝置，亦可讀取製作參數儲存單元18之該參數值，並於紙質材料、木質材料、金屬材料形成平面或立體之建材表面進行烤漆作業，而該金屬材料係指重量較小之鋁材或其他金屬材料。 The building material cladding production equipment 19 is connected to the control processing unit 11 and the production parameter storage unit 18, and the building material cladding production equipment 19 reads the parameter value of the production parameter storage unit 18 to produce a plane or three-dimensional A building material cladding layer. The aforementioned building material cladding layer manufacturing equipment 19 refers to a printing device that can form a plane or a three-dimensional form on paper materials, wood materials, and metal materials. In addition, the building material cladding layer manufacturing equipment 19 can also be an automatic The paint baking device can also read the parameter value of the production parameter storage unit 18, and perform the baking paint operation on the surface of the building material formed by paper material, wood material, metal material to form a plane or three-dimensional, and the metal material refers to the aluminum material with a small weight or other metal materials.

請參閱第2圖所示，係為本發明建材模擬方法之流程圖，其係包括有下列步驟： Please refer to Fig. 2, which is a flowchart of a building material simulation method of the present invention, which includes the following steps:

步驟21：利用一控制處理單元將一影像擷取單元所儲存一影像資料傳送至一建材資料庫中做一比對，選擇出相同或近似之一建材影像。 Step 21: Utilize a control processing unit to transmit an image data stored in an image capture unit to a building material database for comparison, and select the same or similar building material image.

步驟22：該控制處理單元將該建材影像傳送至一色彩調整單元中做一色彩調整。 Step 22: The control processing unit transmits the building material image to a color adjustment unit for color adjustment.

步驟23：該控制處理單元將已做色彩調整之該建材影像傳送至一色溫調整單元，該色溫調整單元根據一現場光線量測單元之參數值調整該建材 影像之色溫值，該現場光線量測單元根據燈具種類、燈具功率、燈具光線投射角度及太陽光照入室內區域做為依據，並利用一預設光線量測儀器獲得複數個參數值，而該預設光線量測儀器將該些參數值輸入至該色溫調整單元做一調整。 Step 23: The control processing unit transmits the color-adjusted image of the building material to a color temperature adjustment unit, and the color temperature adjustment unit adjusts the building material according to a parameter value of an on-site light measurement unit The color temperature value of the image, the on-site light measurement unit is based on the type of lamps, the power of the lamps, the light projection angle of the lamps and the sunlight entering the indoor area, and uses a preset light measurement instrument to obtain a plurality of parameter values, and the preset Let the light measuring instrument input these parameter values to the color temperature adjustment unit for adjustment.

步驟24：利用一影像比對單元將已調整色溫之該建材影像與該影像資料做一比較，並由該控制處理單元計算出該影像資料與該建材影像之間的色彩與色溫誤差值，並調整至無色彩與色溫誤差。 Step 24: Use an image comparison unit to compare the image of the building material whose color temperature has been adjusted with the image data, and calculate the color and color temperature error value between the image data and the image of the building material by the control processing unit, and Adjusted to no color and color temperature errors.

步驟25：將無色彩與色溫誤差之參數值儲存於一製作參數儲存單元中。 Step 25: Store the parameter values without color and color temperature errors in a production parameter storage unit.

步驟26：利用一建材貼覆層製作設備讀取該製作參數儲存單元之該參數值，以製作平面或立體之一建材貼覆層。 Step 26: Use a building material cladding layer manufacturing equipment to read the parameter value of the manufacturing parameter storage unit to manufacture a flat or three-dimensional building material cladding layer.

上述步驟23、24之色彩與色溫之調整，並非如上述揭露必須以二個步驟來進行調整，熟習本項技術人仕亦可利用一個步驟同時將色彩與色溫調整至定位，此種實施方法亦在本發明之保護範圍內。 The adjustment of the color and color temperature in the above steps 23 and 24 is not necessarily performed in two steps as disclosed above. Those skilled in the art can also use one step to adjust the color and color temperature to the positioning at the same time. This implementation method also within the protection scope of the present invention.

藉由上述第1至2圖即可瞭解本發明為一種建材模擬方法，包括有下列步驟：利用一控制處理單元將一影像擷取單元所儲存一影像資料傳送至一建材資料庫中做一比對，選擇出相同或近似之一建材影像；該控制處理單元將該建材影像傳送至一色彩調整單元中做一色彩調整；該控制處理單元將已做色彩調整之該建材影像傳送至一色溫調整單元，該色溫調整單元根據一現場光線量測單元調整該建材影像之色溫值；將無色彩與色溫誤差之參數值儲存於一製作參數儲存單元中；利用一建材貼覆層製作設備讀取該製作參數儲存單元之該參數值，以製作平面或立體之一建材貼覆層。藉由前述現場光線量測單元來調整建材影像之色溫值，可使建材貼 覆層於製作時更能完全貼近周邊磚體顏色之外，其色溫亦與周邊磚體色溫形成融為一體之視感，同時建材貼覆層貼合於消防設備表面及牆壁面時具有輕質量特性，不會妨礙消防設備之正常操作，又可兼顧室內裝潢美觀性。本發明建材模擬方法應用於室內裝潢採用多種光線環境中，具有極佳實用性，故提出專利申請以尋求專利權之保護。 It can be understood from the above figures 1 to 2 that the present invention is a building material simulation method, including the following steps: using a control processing unit to transmit an image data stored in an image capture unit to a building material database for a comparison Yes, select the same or similar building material image; the control processing unit transmits the building material image to a color adjustment unit for a color adjustment; the control processing unit transmits the color adjusted image of the building material to a color temperature adjustment unit, the color temperature adjustment unit adjusts the color temperature value of the building material image according to an on-site light measurement unit; stores the parameter value without color and color temperature error in a production parameter storage unit; uses a building material cladding layer production equipment to read the The parameter value of the parameter storage unit is produced to produce a flat or three-dimensional building material cladding layer. The color temperature value of the building material image is adjusted by the above-mentioned on-site light measurement unit, so that the building material can be pasted. When the cladding is made, it can be completely close to the color of the surrounding bricks, and its color temperature is also integrated with the color temperature of the surrounding bricks. Features, will not hinder the normal operation of fire fighting equipment, but also take into account the aesthetics of interior decoration. The building material simulation method of the present invention is applied in a variety of lighting environments for interior decoration, and has excellent practicability, so a patent application is filed to seek patent protection.

上述僅為本發明之較佳實施例而已，非因此即侷限本發明之專利範圍，故舉凡運用本發明說明書及圖式內容所為之簡易修飾及等效結構變化，均應同理包含於本發明之專利範圍內，合予陳明。 The above are only the preferred embodiments of the present invention, which do not limit the patent scope of the present invention. Therefore, any simple modifications and equivalent structural changes made by using the contents of the description and drawings of the present invention should be similarly included in the present invention. Within the scope of the patent, I agree to Chen Ming.

綜上所述，本發明上述建材模擬方法於使用時，為確實能達到其功效及目的，故本發明誠為一實用性優異之發明，為符合發明專利之申請要件，爰依法提出申請，盼審委早日賜准本案，以保障發明人之辛苦發明，倘若 鈞局審委有任何稽疑，請不吝來函指示，發明人定當竭力配合，實感德便。 To sum up, when the above-mentioned building material simulation method of the present invention is used, in order to achieve its effect and purpose, the present invention is an invention with excellent practicability. The review committee approved the case as soon as possible to protect the inventor's hard work. If the review committee has any doubts, please do not hesitate to send a letter to instruct the inventor.

21:利用一控制處理單元將一影像擷取單元所儲存一影像資料傳送至一建材資料庫中做一比對，選擇出相同或近似之一建材影像 21: Utilize a control processing unit to transmit an image data stored in an image capture unit to a building material database for comparison, and select the same or similar building material image

22:該控制處理單元將該建材影像傳送至一色彩調整單元中做一色彩調整 22: The control processing unit transmits the building material image to a color adjustment unit for a color adjustment

23:該控制處理單元將已做色彩調整之該建材影像傳送至一色溫調整單元，該色溫調整單元根據一現場光線量測單元之參數值調整該建材影像之色溫值，該現場光線量測單元根據燈具種類、燈具功率、燈具光線投射角度及太陽光照入室內區域做為依據，並利用一預設光線量測儀器獲得複數個參數值，而該預設光線量測儀器將該些參數值輸入至該色溫調整單元做一調整 23: The control processing unit transmits the color-adjusted image of the building material to a color temperature adjustment unit, and the color temperature adjustment unit adjusts the color temperature value of the building material image according to a parameter value of an on-site light measurement unit, and the on-site light measurement unit According to the type of lamp, the power of the lamp, the light projection angle of the lamp and the sunlight entering the indoor area as the basis, a preset light measuring instrument is used to obtain a plurality of parameter values, and the preset light measuring instrument inputs these parameter values. Make an adjustment to the color temperature adjustment unit

24:利用一影像比對單元將已調整色溫之該建材影像與該影像資料做一比較，並由該控制處理單元計算出該影像資料與該建材影像之間的色彩與色溫誤差值，並調整至無色彩與色溫誤差 24: Use an image comparison unit to compare the image of the building material whose color temperature has been adjusted with the image data, and calculate the color and color temperature error value between the image data and the building material image by the control processing unit, and adjust To no color and color temperature error

25:將無色彩與色溫誤差之參數值儲存於一製作參數儲存單元中 25: Store the parameter value without color and color temperature error in a production parameter storage unit

26:利用一建材貼覆層製作設備讀取該製作參數儲存單元之該參數值，以製作平面或立體之一建材貼覆層 26: Use a building material cladding production equipment to read the parameter value of the production parameter storage unit to make a flat or three-dimensional building material cladding layer

Claims (8)

一種建材模擬方法，包括有下列步驟：A、利用一控制處理單元將一影像擷取單元所儲存一影像資料傳送至一建材資料庫中做一比對，選擇出相同或近似之一建材影像；B、該控制處理單元將該建材影像傳送至一色彩調整單元中做一色彩調整；C、該控制處理單元將已做色彩調整之該建材影像傳送至一色溫調整單元，該色溫調整單元根據一現場光線量測單元之參數值調整該建材影像之色溫值，該現場光線量測單元根據燈具種類、燈具功率、燈具光線投射角度及太陽光照入室內區域做為依據，並利用一預設光線量測儀器獲得複數個參數值，而該預設光線量測儀器將該些參數值輸入至該色溫調整單元做一調整；D、利用一影像比對單元將已調整色溫之該建材影像與該影像資料做一比較，並由該控制處理單元計算出該影像資料與該建材影像之間的色彩與色溫誤差值，並調整至無色彩與色溫誤差；E、將無色彩與色溫誤差之參數值儲存於一製作參數儲存單元中；以及F、利用一建材貼覆層製作設備讀取該製作參數儲存單元之該參數值，以製作平面或立體之一建材貼覆層。 A building material simulation method, comprising the following steps: A. using a control processing unit to transmit an image data stored in an image capture unit to a building material database for comparison, and select an identical or similar building material image; B. The control processing unit transmits the image of the building material to a color adjustment unit for a color adjustment; C. The control processing unit transmits the image of the building material that has been color adjusted to a color temperature adjustment unit, which adjusts the color temperature according to a The parameter value of the on-site light measuring unit adjusts the color temperature value of the image of the building material. The on-site light measuring unit is based on the type of lamps, the power of the lamps, the light projection angle of the lamps and the sunlight entering the indoor area, and uses a preset amount of light. The measuring instrument obtains a plurality of parameter values, and the preset light measuring instrument inputs these parameter values to the color temperature adjustment unit for adjustment; D. Using an image comparison unit to compare the image of the building material whose color temperature has been adjusted with the image Compare the data, and calculate the color and color temperature error value between the image data and the building material image by the control processing unit, and adjust it to have no color and color temperature error; E. Store the parameter value without color and color temperature error In a manufacturing parameter storage unit; and F. Using a building material cladding layer manufacturing equipment to read the parameter value of the manufacturing parameter storage unit to manufacture a plane or three-dimensional building material cladding layer. 如請求項1所述之建材模擬方法，其中該控制處理單元係指一中央處理器、一微控制單元或一單晶片。 The building material simulation method as claimed in claim 1, wherein the control processing unit refers to a central processing unit, a microcontroller unit or a single chip. 如請求項1所述之建材模擬方法，其中該影像擷取單元係指 可拍攝影像或影片之數位照相機、數位攝影機、智慧型手機或平板電腦。 The building material simulation method as claimed in claim 1, wherein the image capturing unit is a A digital camera, digital video camera, smartphone or tablet capable of capturing images or videos. 如請求項1所述之建材模擬方法，其中該製作參數儲存單元係為一非揮發性記憶體所構成。 The building material simulation method according to claim 1, wherein the manufacturing parameter storage unit is formed of a non-volatile memory. 如請求項1所述之建材模擬方法，其中該建材貼覆層製作設備係指可於紙質材料、木質材料、金屬材料形成平面或立體之一印刷設備。 The building material simulation method according to claim 1, wherein the building material cladding production equipment refers to a printing equipment that can form a plane or a three-dimensional plane on paper materials, wood materials, and metal materials. 如請求項1所述之建材模擬方法，其中該建材貼覆層製作設備係指一自動烤漆裝置，並於紙質材料、木質材料、金屬材料形成平面或立體之建材表面進行烤漆作業。 The building material simulation method according to claim 1, wherein the building material cladding production equipment refers to an automatic paint baking device, and performs the baking paint operation on the surface of the building material formed by paper material, wood material and metal material to form a plane or three-dimensional. 如請求項5或6所述之建材模擬方法，其中該金屬材料係指重量較小之鋁材或其他金屬材質。 The building material simulation method according to claim 5 or 6, wherein the metal material refers to aluminum material or other metal material with a small weight. 如請求項1所述之建材模擬方法，其中該建材資料庫係透過一預設網路連結該控制處理單元進行上傳或更新。 The building material simulation method according to claim 1, wherein the building material database is connected to the control processing unit through a preset network for uploading or updating.
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