M416477 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種具有凸部能量照射儀陶究片結構 及其裝置，尤指一種具有極寬波段能量放射層之裝置。 【先前技術】 分子吸收能量後產生躍遷’由低能階躍遷到高能階， 產生振動頻率，釋放出能量’因此能量照射裝置所產生的 能量必須等於分子躍遷的能階差’才能引起分子吸收能量 產生振動’其中，波長4至14 μ m之遠紅外線波段對於生物 體可產生溫熱效應，在復健上有輔助之功用。 請參閱圖4 ’現有技術的能量照射裝置，其為平板型結 構’披覆產生能量照射的塗料，該裝置具有—長型基體5〇， 於其兩端裝設有通孔70可作為電源連結空間，兩通孔7〇 間基體50表面設有能量照射面60，包含多種能量產生元 素，該裝置之能量照射面6 0為一平面，導致其波長範圍窄、 溫度差距小、易恆溫不變’復健效果有限。 【新型内容】 有鑑於現有技術能量照射裝置之能量照射面結構為平 板結構，其波長範圍有限、單一溫度，本創作之目的在於 提供一種具有凸部能量照射儀陶瓷片結構及其裝置。 為達上述之創作目的，本創作提供一種具有凸部能量 照射儀陶瓷片結構，包括一基板及一能量照射層，該基板 呈矩形，兩端設有相對應之穿礼，兩穿孔間有複數凸部， 該凸部係由複數個同軸設置的圓柱體所構成，其外徑自基 3 M416477 板表面呈階梯狀向上等距離減小，該ώ部突出於基板表 面，與穿孔同方向規則平行排列，凸部可彼此相鄰，或^ 連接，該能量照射層係設於該基板具有凸部的表面上，能 量照射層包含有多種產生放射能量元素。 本創作亦提供一種具有凸部能量照射儀陶瓷片結構之 裝置，包含一種如前所述之具有凸部能量照射儀陶瓷片結 構，及一電源連接裝置，該基板之穿孔為提供電源連結空間。 别述具有凸部能量照射儀陶瓷片結構及其裝置包括：具 有凸部能量照射儀陶瓷片結構以及一電源連接裝置，其中具 有凸部能量照射儀陶瓷片結構的基板之穿孔為提供電源連 結空間’連接電源裝置’通電時，藉由能量放射本體表面 凸部突出之高低差，使能量照射層釋放寬波段能量，並產 生周期性溫差。 較佳的’具有凸部能量照射儀陶瓷片結構之凸部其外徑 自基板表面呈階梯狀向上等距離減小，該距離為4毫米。 較佳的’具有凸部能量照射儀陶瓷片結構之凸部頂端係 突出於基板表面2.5毫米》 較佳的，具有凸部能量照射儀陶瓷片結構之凸部彼此相 隔距離為4毫米。 較佳的’具有凸部能量照射儀陶瓷片結構所產生的波長 包含遠紅外線波長範圍。 較佳的’具有凸部能量照射儀陶瓷片結構所產生的波長 約2微米至80微米。 較佳的’具有凸部能量照射儀陶瓷片結構產生週期性的 溫度變化’溫度為攝氏21〇至32〇度波動。 M416477 【實施方式】 _本創作之具有凸部能量照射儀陶瓷片結構之裝置較佳 只施例中，如圖1所示，具有凸部能量照射儀陶瓷片結構以 2 一電源連接裝置40。所述的具有凸部能量照射儀陶瓷片 結構具有一基板10、兩穿孔2〇以及一能量照射層3〇,其 中所述之能量基板1〇呈矩形，基板1〇兩端分別具有該兩 穿孔20，可提供架設電源連接裝置4〇，基板彳〇於該兩穿 孔20間的中段部份於其中之一表面設有複數突出該表面之 凸部11 ;所述的能量照射層30覆蓋於基板’ 〇設有凸部】】 的表面上，該能量照射層30包含多種產生能量之元素。 本創作較佳實施例中，請參閱圖2、3，其中該凸部] 之頂端係突出於基板1 〇之表面2 5毫米，該凸部彳彳係由 複數個同軸設置的圓柱體所構成，自基板1〇的表面朝向凸 11頂端的各圓柱體之外徑依序等距離減小，該距離為4 毫米’各凸部1 1之間彼此相隔距離為4毫米。 前述能量照射層30設於基板1 〇具有凸部1 1的表面上 並包含多種產生能量之元素’產生能量之元素可以為，但 不限於：B、Cr、Si、Ti、Zr、A卜 Fe、Mn、Ni、Co;氧化 物其包括：B2O3、Cr2〇3、Si〇2、Ti〇2、Zr〇2、八丨2〇3、 Fe2〇3、Mn〇2、Ni2〇3或C〇2〇3;以及硼化物，其包括：crB、M416477 V. New description: [New technical field] This creation is about a structure and device with a convex energy illuminator, especially a device with an extremely wide band energy radiation layer. [Prior Art] The molecule absorbs energy and then generates a transition 'from low energy level to high energy level, generating vibration frequency, releasing energy 'so the energy generated by the energy irradiation device must be equal to the energy level difference of the molecular transition' to cause molecular absorption energy generation. Vibration 'where the far-infrared band with a wavelength of 4 to 14 μm can produce a warming effect on the organism and has an auxiliary function in rehabilitation. Please refer to FIG. 4 'the prior art energy illuminating device, which is a flat-type structure', which is coated with an energy-irradiating paint. The device has a long-shaped base 5 〇, and a through hole 70 is provided at both ends thereof as a power connection. Space, two through holes 7 The surface of the base 50 is provided with an energy irradiation surface 60, which comprises a plurality of energy generating elements. The energy irradiation surface of the device is a plane, which results in a narrow wavelength range, a small temperature difference, and constant constant temperature. 'Rehabilitation effect is limited. [New content] In view of the fact that the energy illuminating surface structure of the prior art energy illuminating device has a flat plate structure with a limited wavelength range and a single temperature, the purpose of the present invention is to provide a ceramic piece structure and device having a convex portion energy illuminator. For the purpose of the above-mentioned creation, the present invention provides a ceramic sheet structure having a convex portion energy illuminator, comprising a substrate and an energy illuminating layer, the substrate is rectangular, and the two ends are provided with corresponding rituals, and the two perforations are plural a convex portion, the convex portion is composed of a plurality of coaxially disposed cylinders, and an outer diameter thereof is stepped upwardly equidistantly from the surface of the base 3 M416477, and the convex portion protrudes from the surface of the substrate and is arranged in parallel with the same direction of the perforation. The protrusions may be adjacent to each other or connected to each other. The energy irradiation layer is disposed on a surface of the substrate having a convex portion, and the energy irradiation layer includes a plurality of elements for generating radiant energy. The present invention also provides a device having a convex portion energy illuminator ceramic sheet structure, comprising a ceramic sheet structure having a convex portion energy illuminator as described above, and a power connection device, the perforation of the substrate providing a power connection space. The ceramic sheet structure having the convex portion energy illuminator and the device thereof include: a ceramic sheet structure having a convex portion energy illuminator and a power connection device, wherein the perforation of the substrate having the convex portion energy illuminator ceramic sheet structure provides a power connection space When the "connecting power supply device" is energized, the energy irradiation layer releases the broadband energy by the height difference of the protrusion of the surface of the energy radiating body, and a periodic temperature difference is generated. Preferably, the convex portion of the ceramic sheet structure having the convex portion energy illuminator has an outer diameter which is stepwise upwardly equidistant from the surface of the substrate, and the distance is 4 mm. Preferably, the tip end of the convex portion having the convex portion energy illuminator ceramic sheet structure protrudes from the substrate surface by 2.5 mm. Preferably, the convex portions having the convex portion energy illuminator ceramic sheet structure are spaced apart from each other by a distance of 4 mm. Preferably, the wavelength produced by the ceramic sheet structure having the convex portion energy illuminator comprises a far infrared ray wavelength range. Preferably, the ceramic sheet structure having a convex energy illuminator produces a wavelength of from about 2 microns to about 80 microns. Preferably, the ceramic sheet structure having a convex portion energy illuminator produces periodic temperature changes' temperatures ranging from 21 〇 to 32 摄 degrees Celsius. M416477 [Embodiment] The device having the structure of the convex portion energy illuminator ceramic sheet is preferably used in the embodiment, as shown in Fig. 1, having the convex portion energy illuminator ceramic sheet structure as the power supply connecting device 40. The ceramic sheet structure having a convex portion energy illuminator has a substrate 10, two through holes 2 〇, and an energy illuminating layer 3 〇, wherein the energy substrate 1 〇 has a rectangular shape, and the two ends of the substrate 1 具有 have the two through holes respectively 20, a power connection device 4 can be provided, the middle portion of the substrate between the two through holes 20 is provided with a plurality of protrusions 11 protruding from the surface on one of the surfaces; the energy irradiation layer 30 covers the substrate The energy illuminating layer 30 contains a plurality of elements that generate energy on the surface of the '〇". In the preferred embodiment of the present invention, please refer to FIG. 2 and FIG. 3, wherein the top end of the convex portion protrudes from the surface of the substrate 1 to 25 mm, and the convex portion is composed of a plurality of coaxial cylinders. The outer diameters of the respective cylinders from the surface of the substrate 1A toward the tip end of the projection 11 are sequentially reduced by an equal distance of 4 mm. The projections 1 1 are separated from each other by a distance of 4 mm. The energy illuminating layer 30 is disposed on the surface of the substrate 1 having the convex portion 11 and includes a plurality of elements for generating energy. The energy generating element may be, but not limited to, B, Cr, Si, Ti, Zr, Ab Fe. , Mn, Ni, Co; oxides including: B2O3, Cr2〇3, Si〇2, Ti〇2, Zr〇2, gossip 2〇3, Fe2〇3, Mn〇2, Ni2〇3 or C〇 2〇3; and boride, which includes: crB,
Cr3B4、*πβ2 或 ζ「Β2。 上述之能量照射層30所包含之產生能量（諸如紅外線） 之元素研磨成粉末，並且與含壓電（Piezo_electric)及熱 電（The「m〇-e|ectric)材料，諸如奇冰石與複合鈦酸鋇等 陶究粉末，在適當的比例下混合燒結，並且彼覆於基板1 〇 5 M416477 兩端穿扎20間之部分設有凸部μ的面上…峨鍛燒 成型：藉由基板10的凸部U突出於基板1〇表面之高低 差’以及其上的能量照射層30，於通電使用時無論是橫截 面或縱貫面各點的溫度都不Θ，這種現象使本創作的能量 照射層30可以產生寬波段範圍能量。 上述之基板10之兩側穿孔20可供裝架電源產生裝置 40形成一具有凸部能量照射儀陶瓷片結構之裝置，並且與 外部電路相接，該基板10通電時因熱漲冷縮，高溫降低電 流等周期性循環作用，產生週期性的溫度變化令溫度為 攝氏21Q1 32〇度波動，產生2至8〇微米放射波段的 線。 【圖式簡單說明】 圖1係揭示本創作之較佳實施例的立體外觀圖。 圖2係揭示本創作之較佳實施例的俯視圖。 圖3係揭示本創作能量照射儀陶瓷片結構側視圖。 圖4係揭示現有技術陶瓷片結構之立體外觀圖。 【主要元件符號說明】 1 0基板 1 1凸部 20穿孔 30能量照射層 4〇電源連接裝置50基體 6〇能量照射面 70通孔 71電源連接線Cr3B4, *πβ2 or ζ "Β2. The elements of the energy-emitting layer 30 described above that generate energy (such as infrared rays) are ground into powder, and with piezoelectric (Piezo_electric) and thermoelectric (The "m〇-e|ectric") Materials, such as kiwi and composite barium titanate powder, mixed and sintered at an appropriate ratio, and covered on the substrate 1 〇5 M416477 both ends of the 20-part part of the surface with the convex portion μ...峨 峨 成型 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : However, this phenomenon enables the energy illuminating layer 30 of the present invention to generate a wide range of energy. The two side perforations 20 of the substrate 10 can be used to mount the power generating device 40 to form a ceramic sheet structure having a convex portion energy illuminator. The device is connected to an external circuit, and the substrate 10 is subjected to periodic cycling due to heat expansion and contraction, high temperature and low current, and a periodic temperature change causes the temperature to fluctuate at 21 Q1 32 ,, resulting in 2 to 8 〇. Micron BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a preferred embodiment of the present invention. Fig. 2 is a plan view showing a preferred embodiment of the present invention. Fig. 3 is a view showing the creation of an energy illuminator. Fig. 4 is a perspective view showing the structure of a prior art ceramic sheet. [Main element symbol description] 10 0 substrate 1 1 convex portion 20 perforation 30 energy irradiation layer 4 power supply connection device 50 substrate 6 〇 energy irradiation Surface 70 through hole 71 power cable