TWI794660B - Infrared electrotherapy module - Google Patents
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Abstract
本發明提供一種紅外線電療模組,其包含一殼體、一電源、一紅外線 迴路、一電療迴路、一紅外線光源及一對連接部。該電源提供電力給該紅外線迴路及該電療迴路。該紅外線迴路設置於該殼體中並驅動該紅外線光源發射紅外線。該紅外線光源設置於該殼體中。該電療迴路設置於該殼體中並提供用於施加到皮膚上之一治療電流,該電療迴路可透過該對連接部電連接至一電療貼片。透過如上所述之紅外線電療模組,可以解決習知電療模組促進傷口修復的效果仍不夠顯著之問題。 The invention provides an infrared electrotherapy module, which includes a housing, a power supply, and an infrared circuit, an electrotherapy circuit, an infrared light source and a pair of connecting parts. The power supply provides power to the infrared circuit and the electrotherapy circuit. The infrared circuit is arranged in the casing and drives the infrared light source to emit infrared rays. The infrared light source is arranged in the housing. The electrotherapy circuit is arranged in the housing and provides a therapeutic current for applying to the skin. The electrotherapy circuit can be electrically connected to an electrotherapy patch through the pair of connecting parts. Through the above-mentioned infrared electrotherapy module, the problem that the effect of conventional electrotherapy modules to promote wound repair is still not significant enough can be solved.
Description
本發明係關於一種紅外線電療模組,尤其是指一種可促進傷口修復的紅外線電療模組。 The invention relates to an infrared electrotherapy module, in particular to an infrared electrotherapy module that can promote wound repair.
目前已知,當電流進入皮膚組織時,可以增加嗜中性白血球和巨噬細胞的移動,並刺激纖維細胞增生,此過程會促進傷口癒合。基於上述原理,目前已設計出一種電療模組,可用於促進傷口癒合,尤其是由於慢性疾病(例如糖尿病)引起之難以癒合的慢性傷口。習知電療模組包含供電儀器及電療貼片,該電療貼片與供電儀器電連接。當以該電療模組對病患的傷口進行治療時,係先將電療貼片貼附於傷口附近的皮膚上,再由供電儀器供電給電療貼片,並由電療貼片將電刺激傳遞到皮膚,藉此促進修復皮膚傷口。 It is known that when an electric current enters skin tissue, it increases the movement of neutrophils and macrophages and stimulates fibroblast proliferation, a process that promotes wound healing. Based on the above principles, an electrotherapy module has been designed, which can be used to promote wound healing, especially chronic wounds that are difficult to heal due to chronic diseases (such as diabetes). A conventional electrotherapy module includes a power supply device and an electrotherapy patch, and the electrotherapy patch is electrically connected to the power supply device. When using the electrotherapy module to treat a patient's wound, the electrotherapy patch is first attached to the skin near the wound, and then the power supply device supplies power to the electrotherapy patch, and the electrotherapy patch transmits electrical stimulation to the skin, thereby promoting the repair of skin wounds.
然而,由於電刺激治療的有效作用區域可能僅侷限在接收電刺激的肌肉組織的鄰近區域,對於更遠處的組織則沒有明顯效果,並且,在進行電刺激治療時,電刺激必須作用於傷口附近可供電刺激作用的肌肉上,才能促進局部血液的循環。基於上述可知,電刺激治療對於傷口修復的作用範圍有限,使得習知電療模組促進傷口修復的效果仍不夠顯著。 However, because the effective area of electrical stimulation therapy may only be limited to the adjacent area of the muscle tissue receiving electrical stimulation, there is no obvious effect on more distant tissues, and when electrical stimulation therapy is performed, electrical stimulation must act on the wound The nearby muscles that can be stimulated by electricity can promote local blood circulation. Based on the above, it can be seen that the range of action of electrical stimulation therapy on wound repair is limited, so that the effect of conventional electrotherapy modules on promoting wound repair is still not significant enough.
本發明之目的即針對上述問題,提供一種紅外線電療模組,其包含:一殼體;一紅外線光源,設置於該殼體中;一紅外線迴路,設置於該殼體中並驅動該紅外線光源發射該紅外線;及一電療迴路,設置於該殼體中並提供用於施加到皮膚上之一治療電流,該電療迴路可電連接至一外部裝置。 The purpose of the present invention is to address the above problems, to provide an infrared electrotherapy module, which includes: a casing; an infrared light source, arranged in the casing; an infrared circuit, arranged in the casing and driving the infrared light source to emit the infrared rays; and an electrotherapy circuit arranged in the casing and providing a therapeutic current for applying to the skin, the electrotherapy circuit can be electrically connected to an external device.
如上所述的紅外線電療模組,該紅外線光源提供波長為2至25μm的紅外線。 As described above in the infrared electrotherapy module, the infrared light source provides infrared rays with a wavelength of 2 to 25 μm.
如上所述的紅外線電療模組,該殼體的大小為可供手掌持握的尺寸。 As for the above-mentioned infrared electrotherapy module, the size of the casing is a size that can be held by the palm.
如上所述的紅外線電療模組,更包含一控制單元,該控制單元與該紅外線迴路及該電療迴路耦接,用以控制該紅外線迴路及該電療迴路的訊號輸出。 The above-mentioned infrared electrotherapy module further includes a control unit coupled to the infrared circuit and the electrotherapy circuit for controlling the signal output of the infrared circuit and the electrotherapy circuit.
如上所述的紅外線電療模組,該控制單元包括至少一按鍵、一遙控器或一軟體。 According to the above-mentioned infrared electrotherapy module, the control unit includes at least one button, a remote controller or a software.
如上所述的紅外線電療模組,更包含一電療貼片,該電療貼片包括:一基材層;及一導電層,塗佈或附著於該基材層的一側面上,該導電層係以導電材料製成並被配置為可電連接至該電療迴路。 The above-mentioned infrared electrotherapy module further includes an electrotherapy patch, the electrotherapy patch includes: a substrate layer; and a conductive layer coated or attached to one side of the substrate layer, the conductive layer is Made of conductive material and configured to be electrically connectable to the electrotherapy circuit.
如上所述的紅外線電療模組,該導電層的材料係選自由導電凝膠、銀、碳、銀複合材料及碳複合材料所組成之群。 According to the above-mentioned infrared electrotherapy module, the material of the conductive layer is selected from the group consisting of conductive gel, silver, carbon, silver composite material and carbon composite material.
如上所述的紅外線電療模組,該電療貼片更包括一加熱線圈,該加熱線圈係設置於該基材層與該導電層之間並被配置為可電連接至該電療迴路,當該加熱線圈與該導電層電連接至該電療迴路時,該加熱線圈與該導電層的電迴路係各自獨立。 In the above-mentioned infrared electrotherapy module, the electrotherapy patch further includes a heating coil, the heating coil is arranged between the substrate layer and the conductive layer and configured to be electrically connected to the electrotherapy circuit, when the heating When the coil and the conductive layer are electrically connected to the electrotherapy circuit, the electric circuits of the heating coil and the conductive layer are independent of each other.
如上所述的紅外線電療模組,該電療貼片更包括一紅外線放射層,該紅外線放射層係設置於該加熱線圈與該導電層之間,該紅外線放射層可放射紅外線。 According to the above-mentioned infrared electrotherapy module, the electrotherapy patch further includes an infrared radiation layer, the infrared radiation layer is arranged between the heating coil and the conductive layer, and the infrared radiation layer can emit infrared rays.
如上所述的紅外線電療模組,該紅外線放射層包含可放射波長為2至25μm的紅外線之紅外線紡織材料。 In the above-mentioned infrared electrotherapy module, the infrared radiation layer includes an infrared textile material capable of emitting infrared rays with a wavelength of 2 to 25 μm.
藉由如上所述的紅外線電療模組,可以解決習知電療模組促進傷口修復的效果仍不夠顯著之問題。 The above-mentioned infrared electrotherapy module can solve the problem that the effect of the conventional electrotherapy module on promoting wound repair is not significant enough.
1:紅外線電療模組 1: Infrared electrotherapy module
11:殼體 11: shell
12:電源 12: Power supply
13:紅外線迴路 13: Infrared circuit
14:電療迴路 14: Electrotherapy circuit
15:紅外線光源 15: Infrared light source
16:連接部 16: Connecting part
2:紅外線電療模組 2: Infrared electrotherapy module
27:控制單元 27: Control unit
3:紅外線電療模組 3: Infrared electrotherapy module
38:電療貼片 38:Electrotherapy patch
36:連接部 36: Connecting part
381:基材層 381: substrate layer
382:導電層 382: Conductive layer
383:電極端子 383: electrode terminal
4:紅外線電療模組 4: Infrared electrotherapy module
48:電療貼片 48:Electrotherapy patch
481:基材層 481: substrate layer
482:紅外線放射層 482: Infrared radiation layer
483:加熱線圈 483: heating coil
484:導電層 484: conductive layer
485:電極端子 485: electrode terminal
486:電極端子 486: electrode terminal
圖1為本發明實施例1之紅外線電療模組的外觀示意圖。
FIG. 1 is a schematic diagram of the appearance of an infrared electrotherapy module according to
圖2為本發明實施例1之紅外線電療模組的方塊示意圖。
FIG. 2 is a schematic block diagram of an infrared electrotherapy module according to
圖3為本發明實施例2之紅外線電療模組的外觀示意圖。
FIG. 3 is a schematic diagram of the appearance of the infrared electrotherapy module according to
圖4為本發明實施例3之紅外線電療模組的外觀示意圖。
FIG. 4 is a schematic diagram of the appearance of the infrared electrotherapy module according to
圖5為本發明實施例3之紅外線電療模組的電療貼片的剖面示意圖。
5 is a schematic cross-sectional view of an electrotherapy patch of an infrared electrotherapy module according to
圖6為本發明實施例4之紅外線電療模組的電療貼片的剖面示意圖。 6 is a schematic cross-sectional view of an electrotherapy patch of an infrared electrotherapy module according to Embodiment 4 of the present invention.
圖7為理想黑體的光譜輻射功率密度分布圖。 Fig. 7 is a distribution diagram of spectral radiation power density of an ideal blackbody.
為充分瞭解本發明之目的、特徵及功效,茲藉由下述具體之實施例,並配合所附之圖式,對本發明做一詳細說明,說明如後:本發明之實施例1提供一紅外線電療模組1,參照圖1及2,該紅外線電療模組1包含一殼體11、一電源12、一紅外線迴路13、一電療迴路14、
一紅外線光源15及一對連接部16。該電源12設置於該殼體11中並提供電力給該紅外線迴路13及該電療迴路14。該紅外線迴路13設置於該殼體11中並驅動該紅外線光源15發射紅外線。該紅外線光源15設置於該殼體22中並提供波長為2至25μm的紅外線。該電療迴路14設置於該殼體11中並提供用於施加到皮膚上之一治療電流,該電療迴路14可透過該對連接部16電連接至一電療貼片(圖中未示)。
In order to fully understand the purpose, characteristics and effects of the present invention, the present invention will be described in detail by the following specific embodiments in conjunction with the accompanying drawings. The description is as follows:
在本實施例1中,當欲以該紅外線電療模組1對病患進行治療時,係將該紅外線電療模組1透過該對連接部16與一電療貼片連接,使得該電療迴路14可以將電流傳遞到電療貼片上。接著,將與該紅外線電療模組1電連接的電療貼片貼附於病患傷口附近的皮膚上,並啟動該紅外線電療模組1,讓該紅外線光源15發出波長為2至25μm的紅外線照射於皮膚上的創傷處及附近皮膚,同時該電療貼片也對病患傷口附近的皮膚進行電刺激。經由上述操作過程,即可透過該紅外線電療模組1對病患進行用以促進傷口癒合的光療及電療療程。
In the first embodiment, when the
關於紅外線對促進傷口修復的效果,在先前文獻中已提到,紅外線具有促進傷口修復的作用(Hsu,Y.H.,et al.,Far infrared promotes wound healing through activation of Notchl signaling.J Mol Med(Berl),2017.95(11):p.1203-1213)。在其他文獻中亦提到,波長為2至25μm的紅外線在照射於皮膚上的創傷位置時,具有更優異的促進傷口修復效果(H,TOYOKAWA.,et al.,Promotive Effects of Far-Infrared Rayon Full-Thickness Skin Wound Healing in Rats.Exp Biol Med(Maywood).2003 Jun;228(6):724-9;Hui-Wen Chiu.,et al.,Far-infrared promotes bum wound healing by suppressing NLRP3 inflammasome caused by enhanced autophagy.J Mol Med(Berl).2016 Jul;94(7):809-19)。 Regarding the effect of infrared rays on promoting wound healing, it has been mentioned in previous literature that infrared rays can promote wound healing (Hsu, YH, et al., Far infrared promotes wound healing through activation of Notchl signaling. J Mol Med (Berl) , 2017.95(11): p.1203-1213). It is also mentioned in other documents that infrared rays with a wavelength of 2 to 25 μm have a more excellent effect of promoting wound repair when irradiating the wound site on the skin (H, TOYOKAWA., et al., Promotion Effects of Far-Infrared Rayon Full-Thickness Skin Wound Healing in Rats. Exp Biol Med (Maywood). 2003 Jun; 228(6): 724-9; Hui-Wen Chiu., et al., Far-infrared promotes bum wound healing by suppressing NLRP3 inflammation caused by enhanced autophagy. J Mol Med (Berl). 2016 Jul;94(7):809-19).
該紅外線電療模組1基於上述原理,除了透過該電療迴路14提供電刺激來促進傷口修復外,更透過該紅外線光源15發射紅外線來加強傷口修復的效果。因此,相較於習知的電療模組僅透過電刺激來促進修復傷口,該紅外線電療模組1透過結合電刺激和紅外線照射來進一步提升促進傷口修復的效果。藉此,該紅外線電療模組1解決習知電療模組促進傷口修復的效果仍不夠顯著之問題。
The
此外,習知電療貼片係以電線連接至特定供電儀器,再透過供電儀器將電刺激傳遞到病患身上,而該供電儀器通常為不易移動的儀器。如此一來,當病患透過習知電療模組接受電療時,只能在設置有特定供電儀器的場所才能進行治療,同時,病患在治療過程中,若要移動至遠處,便必須將電療貼片從身上拆下暫停療程,上述情形皆造成病患在進行電療療程時活動受限。在本實施例1中,該殼體11的大小係設計為可供手掌持握的尺寸,並且,該紅外線電療模組1內建有該電源12,該紅外線電療模組1無須搭配額外的供電裝置。透過上述設置,使得操作者利於攜帶及操作該紅外線電療模組1,病患可以在任何處所進行療程,而不需要額外準備一供電儀器,同時病患在接受治療時,由於該紅外線電療模組1的體積小至可穿戴在身上,因此可以對病患的活動自由度影響降至最小。該紅外線電療模組1藉由上述設置,可以進一步解決習知電療模組造成病患在進行療程時活動受限之問題。但在其他實施例,該紅外線電療模組1仍可視使用需求及該紅外線電療模組1所要配備的元件需要,而設計不同尺寸的殼體,不以本實施例1為限。
In addition, the conventional electrotherapy patch is connected to a specific power supply device by wires, and then the electric stimulation is delivered to the patient through the power supply device, and the power supply device is usually an inflexible device. In this way, when a patient receives electrotherapy through the conventional electrotherapy module, the treatment can only be performed in a place with a specific power supply device. At the same time, if the patient wants to move to a distant place during the treatment process, he must The electrotherapy patch is removed from the body to suspend the course of treatment. All of the above situations cause the patient's activities to be limited during the course of electrotherapy. In this
在本實施例1中,該外部裝置為用於貼附於病患皮膚上的電療貼片,但在其他實施例中,係視使用需求,而使該電療迴路14連接到不同類型的
外部裝置。另外,在本實施例1中,該電療迴路14係透過一對鈕扣式電極形式的連接部16,進而連接至外部裝置,但在其他實施例中,該電療迴路14亦可設計為以不同數量、不同形式的電極或以其他現有已知手段電連接至外部裝置,例如,該電療迴路14可以直接以電線連接到外部裝置。上述設置皆不以本實施例1為限。
In this
在本實施例1中,該紅外線光源15為紅外線LED,該紅外線光源15係提供波長為2至25μm的紅外線及輻射照度約為8.2mW/cm2的連續光或輻射照度約為8.8mW/cm2的脈衝光,本實施例1中之紅外線光源15係透過發射波長為2至25μm的紅外線來提供更優異的促進傷口癒合效果。但在其他實施例中,該紅外線光源15亦可選用紅外線燈泡或目前已知的其他類型紅外線光源,並且該紅外線光源15發出的紅外線波長及光線的輻射照度可參照目前市售光療機所提供的輻射照度進行調整,而不以本實施例1為限。
In the
在本實施例1中,該電療迴路14所提供的電場強度為100mV/mm,每次施加時間為20分鐘,頻率為2Hz(脈衝寬度為500μs),但在其他實施例中,該電療迴路14的工作參數可參照目前市售電療機器所提供的工作參數進行調整,而不以本實施例1為限。
In this
在本實施例1中,該電源12係設置於該殼體11內而直接提供電力給該紅外線迴路13及該電療迴路14。但在其他實施例中,該電源12可選擇設置於該殼體11外,並且該電源12可在當要使用該紅外線電療模組1時才與該紅外線迴路13及該電療迴路14電連接。在本實施例1中,該電源12為一可拆式電池,但在其他實施例中,該電源12可為內嵌充電式行動電源、設置於外部的供電設備或是其他現有已知的供電設置,皆不以本實施例1為限。亦即,在
其他實施例中,該紅外線電療模組1中可選擇不設置電源,當要操作該紅外線電療模組1時才供給該紅外線電療模組1電力。
In the first embodiment, the power supply 12 is disposed in the
本發明之實施例2提供一紅外線電療模組2,參見圖3,本實施例2的紅外線電療模組2與實施例1中的紅外線電療模組1之主要結構及功能大致相同,主要差別在於,實施例1的紅外線電療模組1僅提供預設的電刺激強度和紅外線輻射照度,本實施例2的紅外線電療模組2上設置有一設計為按鍵形式的控制單元27,該控制單元27與該紅外線電療模組2的紅外線迴路及電療迴路耦接,用以控制該紅外線迴路及該電療迴路的訊號輸出。使用者可透過操作該控制單元27來調整電刺激強度、紅外線輻射照度、操作時間和其他操作模式。在其他實施例中,該控制單元27可設置為複數個實體或虛擬按鍵、一外部遙控器、運行於手機中的手機應用程式、運行於其他電子設備中的操作軟體或是現有已知其他的有線或無線控制手段,並與紅外線迴路及電療迴路耦接,而不以本實施例2為限。
本發明之實施例3提供一紅外線電療模組3,參見圖4及5,本實施例3的紅外線電療模組3與實施例1中的紅外線電療模組1之主要結構及功能大致相同,主要差別在於,該紅外線電療模組3更包含一電療貼片38,該電療貼片38包括一基材層381、一導電層382及一對電極端子383。該導電層382附著於(或者塗佈於)該基材層381的一側面上,該導電層382係以導電材料製成並可電連接至該紅外線電療模組3的電療迴路(圖中未示),該對電極端子383設置於該基材層381的另一側面上,並與該導電層382連接。
該紅外線電療模組3的操作方式同實施例1中的紅外線電療模組1,當欲以該紅外線電療模組3對病患進行治療時,係使該對連接部36與該電療
貼片38上的電極端子383連接,使得該電療迴路(圖中未示)可以將電流傳遞到該電療貼片38上。接著,將該電療貼片38貼附於病患傷口附近的皮膚上,並啟動該紅外線電療模組3進行療程。
The operation mode of the
在本實施例3中,該基材層381係以不織布材料製成,但在其他實施例中,該基材層381可選用其他合成纖維材料、其他現有已知用於電療貼片的基材層材料,或是如下列實施例4中的紅外線放射層所使用之材料,而不以本實施例3為限。
In this
在本實施例3中,該電療貼片38電連接至該電療迴路的手段,可參照實施例1中列舉之其他電療迴路14與外部電療貼片的連接方式,而不以本實施例3為限。在本實施例3中,該導電層382的材料為聚丙烯腈基碳纖維,但在其他實施例中,該導電層382的材料可選自由導電凝膠、銀、碳、銀複合材料及碳複合材料所組成之群,具體的例子為例如銀纖維、奈米銀、樹狀銀、熱轉印導電膠、導電印刷漿料、導電高分子纖維、石墨烯、有機碳化合物等材料,或可選用其他現有已知適用於電療貼片的導電層之導電材料,而不以本實施例3為限。
In this
本發明之實施例4提供一紅外線電療模組4,本實施例4的紅外線電療模組4與實施例3中的紅外線電療模組3之主要結構及功能大致相同,主要差別在於,該紅外線電療模組4的電療貼片48的材料和結構與該紅外線電療模組3的電療貼片38不同。
Embodiment 4 of the present invention provides an infrared electrotherapy module 4. The main structure and function of the infrared electrotherapy module 4 in this embodiment 4 are substantially the same as the
由於該紅外線電療模組4的與實施例3中的紅外線電療模組3的主要結構相同,因此,在此僅以圖6示出該電療貼片48的剖面結構。該電療貼片48包括一基材層481、一紅外線放射層482、一加熱線圈483、一導電層484、
一電極端子485及一對電極端子486。該紅外線放射層482附著於該基材層481上,該紅外線放射層482可放射紅外線。該加熱線圈483係夾設於該紅外線放射層482與該基材層481之間。該導電層484附著於該紅外線放射層482上。該電極端子485與該對電極端子486附著於該基材層481的另一側面上,該電極端子485與該導電層484電連接,該對電極端子486與該加熱線圈483電連接。透過電極端子485及電極端子486,使該導電層484及該加熱線圈483電連接至該紅外線電療模組4的電療迴路(圖中未示)時,該加熱線圈483與該導電層484的電迴路係各自獨立。
Since the main structure of the infrared electrotherapy module 4 is the same as that of the
在本實施例4中,該紅外線放射層482係以茶葉碳纖維製成。但在其他實施例中,亦可選用現有已知可散射出波長為2至25μm的紅外線的其他紡織材料取代茶葉碳纖維,例如,一種由95%的含石墨烯人造絲和5%氨綸組成的紅外線紡織材料,其貨號為FY-K0300001,其在財團法人紡織產業綜合研究所的試驗報告(試驗報告編號:TFF9H251)被證實,此材料的紅外線放射率達0.8;又例如,一種由85%的尼龍和15%的氨綸組成的紅外線紡織材料,其編號為FY-K0402001,其在財團法人紡織產業綜合研究所的試驗報告(試驗報告編號:TFF8L070)被證實,此材料的紅外線放射率達0.82。此外,在其他實施例中,該紅外線放射層482亦可選用其他現有已知可放射出波長為2至25μm的紅外線的紡織材料或通過機能性暨產業用紡織品認證與驗證評議委員會所定制的FTTS-FA-010 4.1的紡織材料,而不以本實施例4為限。
In the fourth embodiment, the
該本實施例4中所選用的茶葉碳纖維材料放射之紅外線波長,已在財團法人自強工業科學基金會的試驗報告(試驗報告編號:108RJ27G051)被證實,此材料的紅外線放射率達0.9。同時參見圖7,圖中示出理想黑體光譜輻 射功率密度分布位置,由圖7中可見,物體絕大部分放射出的紅外線之波長位於2~25μm之間,如前所述,由於茶葉碳纖維材料的紅外線放射率高達0.9,亦即,茶葉碳纖維的紅外線總輻射度(W/m-2)為理想黑體的9成,其所放射出的紅外線也必然包含有波長為2至25μm的紅外線。由此可證明,本實施例4中所選用的茶葉碳纖維材料其會放射出波長為2至25μm的紅外線。此外,前述所示例之由95%的含石墨烯人造絲和5%氨綸組成的紅外線紡織材料,其紅外線放射率達0.8,表示射出的紅外線為理想值的8成,前述所示例之由85%的尼龍和15%的氨綸組成的紅外線紡織材料,其紅外線放射率達0.82,表示射出的紅外線為理想值的8成2,上述示例材料所放射出的紅外線也必然包含有波長為2至25μm的紅外線。 The infrared wavelength emitted by the tea carbon fiber material used in Example 4 has been confirmed in the test report (test report number: 108RJ27G051) of the Ziqiang Industrial Science Foundation, and the infrared emission rate of this material reaches 0.9. See Figure 7 at the same time, which shows the distribution position of the spectral radiation power density of an ideal black body. It can be seen from Figure 7 that the wavelength of infrared rays emitted by most of the objects is between 2 and 25 μm. As mentioned above, due to the carbon fiber material of tea leaves The infrared emissivity of tea carbon fiber is as high as 0.9, that is, the total infrared irradiance (W/m -2 ) of tea carbon fiber is 90% of that of an ideal black body, and the infrared rays emitted by it must also contain infrared rays with a wavelength of 2 to 25 μm. It can thus be proved that the tea carbon fiber material selected in Example 4 can emit infrared rays with a wavelength of 2 to 25 μm. In addition, the above-mentioned infrared textile material composed of 95% graphene-containing rayon and 5% spandex has an infrared emissivity of 0.8, which means that the emitted infrared rays are 80% of the ideal value. The infrared textile material composed of high-quality nylon and 15% spandex has an infrared emissivity of 0.82, which means that the emitted infrared is 82% of the ideal value. infrared.
該紅外線電療模組4藉由上述之紅外線放射層482,除了透過該紅外線光源外,還可以透過該電療貼片48提供紅外線施加到患者皮膚上,又更進一步促進傷口的癒合作用。但在其他實施例中,亦可選擇不設置該紅外線放射層482,而僅透過該紅外線光源來提供紅外線,而不以本實施例4為限。
In addition to passing through the infrared light source, the infrared electrotherapy module 4 can also provide infrared rays through the electrotherapy patch 48 to apply to the patient's skin through the above-mentioned
該加熱線圈483係經由通電而被加熱,透過該加熱線圈483的發熱效果,當以該紅外線電療模組4對病患進行治療時,除了可提供紅外線和電刺激的治療效果外,還可透過該電療貼片48進一步提供對皮膚加熱升溫的效果。當皮膚溫度上升時,將有助於皮膚組織的血流量增加、促進血管舒張及血液循環,藉此進一步促進傷口的癒合作用。
The
在本實施例4中,該導電層484的材料可參考實施例3中導電層382所使用的材料。
In the fourth embodiment, the material of the
在本實施例4中,電極端子485和電極端子486係設計為鈕釦形式,但在其他實施例中電極端子485及電極端子486可設計為壓片、導線或其他現有已知的電連接元件,且端子的數量也可視需求改動設計,而不以本實施例4為限。
In this embodiment 4, the
如上所述,透過該紅外線電療模組的紅外線光源之設置,可以解決習知電療模組促進傷口修復的效果仍不夠顯著之問題,並且,該紅外線光源可透過發射波長為2至25μm的紅外線來提供更優異的促進傷口癒合效果。同時,透過將該殼體的大小設計為可供手掌持握的尺寸,可以進一步解決習知電療模組造成病患在進行療程時活動受限之問題。再者,透過該控制單元的設置,可以調整該紅外線電療模組的操作模式。此外,透過該電療貼片的加熱線圈的發熱效果,可以進一步提供對皮膚加熱升溫的效果;透過該電療貼片的紅外線放射層,還可以額外提供紅外線施加到患者皮膚上,又更進一步促進傷口的癒合作用。 As mentioned above, through the setting of the infrared light source of the infrared electrotherapy module, the problem that the effect of the conventional electrotherapy module on promoting wound repair is still not significant enough can be solved, and the infrared light source can transmit infrared light with a wavelength of 2 to 25 μm. Provide more excellent effect of promoting wound healing. At the same time, by designing the size of the shell to be graspable by the palm, it can further solve the problem of the conventional electrotherapy module that restricts the movement of the patient during the course of treatment. Furthermore, through the setting of the control unit, the operation mode of the infrared electrotherapy module can be adjusted. In addition, through the heating effect of the heating coil of the electrotherapy patch, the effect of heating the skin can be further provided; through the infrared radiation layer of the electrotherapy patch, additional infrared rays can be applied to the patient's skin, which further promotes wound healing. healing effect.
本發明在上文中已以較佳實施例揭露,然熟習本項技術者應理解的是,該實施例僅用於描繪本發明,而不應解讀為限制本發明之範圍。應注意的是,舉凡與該實施例等效之變化與置換,均應設為涵蓋於本發明之範疇內。因此,本發明之保護範圍當以申請專利範圍所界定者為準。 The present invention has been disclosed above with preferred embodiments, but those skilled in the art should understand that the embodiments are only used to describe the present invention, and should not be construed as limiting the scope of the present invention. It should be noted that all changes and substitutions equivalent to the embodiment should be included in the scope of the present invention. Therefore, the scope of protection of the present invention should be defined by the scope of the patent application.
1:紅外線電療模組 1: Infrared electrotherapy module
11:殼體 11: Housing
12:電源 12: Power supply
13:紅外線迴路 13: Infrared circuit
14:電療迴路 14: Electrotherapy circuit
15:紅外線光源 15: Infrared light source
16:連接部 16: Connecting part
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CN208770683U (en) * | 2018-04-17 | 2019-04-23 | 南元平 | A kind of cervical vertebra electro-therapeutic apparatus easy to use |
CN209378319U (en) * | 2017-07-13 | 2019-09-13 | 云南添乐福生物科技有限公司 | The book of Changes carbon light energy instrument |
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CN209378319U (en) * | 2017-07-13 | 2019-09-13 | 云南添乐福生物科技有限公司 | The book of Changes carbon light energy instrument |
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