TW202315655A - Head mounted microchip rotating device - Google Patents

Head mounted microchip rotating device Download PDF

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TW202315655A
TW202315655A TW110136428A TW110136428A TW202315655A TW 202315655 A TW202315655 A TW 202315655A TW 110136428 A TW110136428 A TW 110136428A TW 110136428 A TW110136428 A TW 110136428A TW 202315655 A TW202315655 A TW 202315655A
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microchip
head
infrared light
rotating device
rotating
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TW110136428A
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Chinese (zh)
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TWI800015B (en
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張登科
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張登科
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Abstract

The present invention provides a head mounted microchip rotating device. The head mounted microchip rotating device comprises a head cover, one or a plurality of microchip rotating units, and one or a plurality of near-infrared light emitting units. The one or a plurality of microchip rotating units are set on the head cover. The microchip rotating unit comprises a microchip rotating plate, a resonance chip is provided with the microchip rotating plate, and a driving unit is connected to the microchip rotating plate to drive the microchip rotating plate for rotating. The one or a plurality of near-infrared light emitting unit set on inside of the head cover and/or a side of the microchip rotating plate for output a near infrared light.

Description

頭戴式微晶片轉動設備Head-mounted microchip rotation device

本發明係有關於一種頭戴式微晶片轉動設備，尤指一種利用轉動共振晶片以及照射近紅外光增進人體健康的頭戴式微晶片轉動設備。The invention relates to a head-mounted microchip rotating device, in particular to a head-mounted microchip rotating device which utilizes rotating resonant chips and irradiating near-infrared light to improve human health.

在生活水準提高以及各種資訊流通迅速的環境下，民眾對於身體保健的訊息更加感興趣，並且伴隨著年齡的增長也使人們體認到健康是生命的基石，是一切的根本，唯有擁有健康，才有能力去追求更好的生活品質，也才有餘力暢談夢想、以及有體力去實現理想。With the improvement of living standards and the rapid circulation of various information, people are more interested in health care information, and with the growth of age, people realize that health is the cornerstone of life and the foundation of everything. , Only then can we have the ability to pursue a better quality of life, have the energy to talk about our dreams, and have the physical strength to realize our ideals.

目前常見的生物晶片多是設置於貼布上，需要直接貼覆於人體肌膚上使用，讓欲傳遞物或感測器直接與人體肌膚接觸，避免因為衣物隔絕或空間干擾而造成傳遞效果不佳的問題，並且適合用於針對人體特定部位，在人體穴位或局部區域形成電場、磁場，促進血液循環、舒緩人體不適。At present, most of the common biochips are set on the patch, which needs to be directly attached to the human skin, so that the object to be transmitted or the sensor can directly contact the human skin, so as to avoid poor transmission effect caused by clothing isolation or space interference. It is suitable for specific parts of the human body to form electric and magnetic fields at acupuncture points or local areas of the human body to promote blood circulation and relieve human discomfort.

現有生物貼片的應用發展相當廣泛，例如含有傳統藥物的醫療貼布、例如置入磁石、鈦金屬、鍺金屬等特殊物質的保健貼布、例如是利用近場通訊以無線監控生理資訊的NFC貼布，用以監控心跳、血糖、血壓等各種人體訊號，上述貼布除了可以提供原本具有之功效外，同時能夠利用人體自身產生的微弱電流，達到促進藥物或其他特殊物質滲透至人體的效果。Existing bio-patches have been widely used, such as medical patches containing traditional medicines, health-care patches embedded with special materials such as magnets, titanium metals, and germanium metals, and NFC that uses near-field communication to wirelessly monitor physiological information. The patch is used to monitor various human body signals such as heartbeat, blood sugar, blood pressure, etc. The above-mentioned patch can not only provide the original effect, but also use the weak current generated by the human body to promote the penetration of drugs or other special substances into the human body. .

本發明的主要目的，在於提供一種頭戴式微晶片轉動設備，包括一頭罩、 一或複數個微晶片轉動單元、以及一或複數個近紅外光發光單元，該一或複數個微晶片轉動單元設置於該頭罩，該微晶片轉動單元包括有微晶片轉盤、設置於該微晶片轉盤上的共振晶片、以及連接至該微晶片轉盤以驅動該微晶片轉盤轉動的驅動單元，以及該一或複數個近紅外光發光單元設置於該頭罩內側及/或該微晶片轉盤一側並輸出近紅外光。The main purpose of the present invention is to provide a head-mounted microchip rotating device, including a head cover, one or a plurality of microchip rotating units, and one or a plurality of near-infrared light emitting units, the one or a plurality of microchip rotating units are set In the hood, the microchip rotation unit includes a microchip turntable, a resonant chip disposed on the microchip turntable, a drive unit connected to the microchip turntable to drive the microchip turntable to rotate, and one or more A near-infrared light emitting unit is arranged inside the hood and/or on one side of the microchip turntable and outputs near-infrared light.

進一步地，該頭罩內側對應於使用者的百會穴、風池穴及/或太陽穴至大迎穴之間的位置上設置有該微晶片轉動單元及/或該近紅外光發光單元。Further, the microchip rotating unit and/or the near-infrared light emitting unit are arranged on the inner side of the hood corresponding to the user's Baihui acupoint, Fengchi acupoint and/or between the temple and the Daying acupoint.

進一步地，該近紅外光發光單元所輸出的該近紅外光的波長為660nm、850nm及/或940nm。Further, the wavelength of the near-infrared light output by the near-infrared light emitting unit is 660nm, 850nm and/or 940nm.

進一步地，該近紅外光發光單元包括有一電路板、以及一或複數個設置於該電路板上並輸出該近紅外光的燈珠。Further, the near-infrared light emitting unit includes a circuit board, and one or a plurality of lamp beads arranged on the circuit board and outputting the near-infrared light.

進一步地，該頭罩對應於該微晶片轉盤的位置上設置有容置該微晶片轉盤及/或該電路板的殼體。Further, the head cover is provided with a housing for accommodating the microchip turntable and/or the circuit board at a position corresponding to the microchip turntable.

進一步地，該殼體上設置有罩覆該共振晶片的保護罩、Further, the housing is provided with a protective cover covering the resonant chip,

進一步地，該保護罩對應於該燈珠輸出該近紅外光的位置上具有可透光區域。Further, the protective cover has a light-permeable area corresponding to the position where the lamp bead outputs the near-infrared light.

進一步地，該頭罩內側對應於使用者的百會穴周側的位置上設置有一或複數個輸出近紅外光的近紅外光發光燈條。Further, one or more near-infrared light-emitting light bars that output near-infrared light are provided on the inner side of the hood corresponding to the position around the user's Baihui acupoint.

進一步地，該近紅外光發光燈條所輸出的該近紅外光的波長為660nm、850nm及/或940nm。Further, the wavelength of the near-infrared light output by the near-infrared light emitting light bar is 660nm, 850nm and/or 940nm.

進一步地，所述的頭戴式微晶片轉動設備更進一步包括一眼罩、以及設置於該眼罩上的一或複數個另一共振晶片。Further, the head-mounted microchip rotating device further includes an eye mask and one or a plurality of other resonant chips arranged on the eye mask.

是以，本發明係比起習知技術具有以下的優勢和功效：Therefore, the present invention has the following advantages and effects compared with prior art:

本發明的頭戴式微晶片轉動設備於對應於人體頭部不同穴位的位置上設置微晶片轉動單元、以及近紅外光發光單元，促進人體微電波的共振效果，增強反饋至人體的人體微電波。The head-mounted microchip rotating device of the present invention is provided with a microchip rotating unit and a near-infrared light emitting unit at positions corresponding to different acupoints on the human head to promote the resonance effect of human microwaves and enhance the feedback of human body microwaves to the human body.

有關本發明之詳細說明及技術內容，現就舉一具體實施例配合圖式說明如下。為便於說明，本發明中的部分圖式並不一定按照實際比例繪製，該等圖式的尺寸及比例並非用以限制本發明所欲保護的範圍，在此先行敘明。Regarding the detailed description and technical content of the present invention, a specific embodiment is now described as follows with reference to the accompanying drawings. For the convenience of description, some drawings in the present invention are not necessarily drawn in actual scale, and the dimensions and proportions of these drawings are not intended to limit the protection scope of the present invention, and are described here first.

請參閱「圖1」至「圖2」，為本發明頭戴式微晶片轉動設備第一實施例的外觀示意圖(一)、(二)，如圖所示。Please refer to "Fig. 1" to "Fig. 2", which are schematic diagrams (1) and (2) of the first embodiment of the head-mounted microchip rotating device of the present invention, as shown in the figures.

本發明揭露一種頭戴式微晶片轉動設備100，包括有一頭罩10、一或複數個微晶片轉動單元20、以及一或複數個近紅外光發光單元30(如「圖5」所示)，該頭罩10供人員配戴於頭部，於該頭罩10對應使用者頭部的不同穴位上設置有該微晶片轉動單元20以及該近紅外光發光單元30，用於促進人體微循環以增進人體健康。The present invention discloses a head-mounted microchip rotating device 100, which includes a head cover 10, one or a plurality of microchip rotating units 20, and one or a plurality of near-infrared light emitting units 30 (as shown in "FIG. 5"). The head cover 10 is worn on the head by a person, and the microchip rotating unit 20 and the near-infrared light emitting unit 30 are arranged on the head cover 10 corresponding to different acupuncture points of the user's head, which are used to promote the microcirculation of the human body to enhance human health.

接續，請一併參閱「圖3」至「圖4」，為本發明頭戴式微晶片轉動設備之支架不同實施例的外觀示意圖，如圖所示。Next, please refer to "Fig. 3" to "Fig. 4", which are schematic diagrams of the appearance of different embodiments of the bracket of the head-mounted microchip rotating device of the present invention, as shown in the figure.

所述的頭罩10罩覆於使用者頭部的上方、後方以及左右兩側，該頭罩10係可以設置有支架11，用於支撐與架設該頭罩10。於一實施例中，如「圖3」所示，該支架11係可以為放置於地面G上的活動式支架，該活動式支架係可以包括有一底部設置有複數個滾輪112A的支撐座111A、一設置於該支撐座111A上的支撐柱113A、一端插設於該支撐柱113A且另一端連接至該頭罩10的伸縮桿114A、以及設置於該頭罩10與該伸縮桿114A之間用於調整該頭罩10角度(例如但不限制為調整該頭罩10相對該伸縮桿114A於垂直及/或水平方向上的角度)的調整結構115A，增加該頭罩10於使用上的機動性與靈活性。於另一實施例中，如「圖4」所示，該支架11係可以為裝設於牆面上的半固定式支架，該半固定式支架係可以包括有一固定設置於牆面W上的固定座111B、二端分別樞設於該固定座111B與該頭罩10上的連接桿結構112B、以及設置於該頭罩10與該連接桿結構112B之間用於調整該頭罩10角度(例如但不限制為調整該頭罩10相對該伸縮桿112B於垂直及/或水平方向上的角度)的調整結構113B，該連接桿結構112B例如但不限制為單一桿件、複數個相連接且彼此間可進行樞轉及/或伸縮的桿件、或其他用於讓該頭罩10相對該牆面W進行移動的桿件配置方式，除了增加該頭罩10使用上的機動性與靈活性的同時，於無需使用該頭罩10時將其收納於牆面W上。於另一實施例中，該頭罩10係可以設置有手把12，供第三者為使用者調整該頭罩10罩覆於使用者頭部上的位置。於又一實施中，該頭罩10係可以設置有綁帶(圖未示)，該綁帶二端分別連接至該頭罩10的內側、外側或內外側之夾層，該綁帶例如但不限制為一鬆緊帶、利用扣環進行扣合的二帽帶、或其他用於提供綁固作用的結構或形式，該綁帶綁設於使用者的額頭位置或下巴位置上，提供將該頭罩10固定於使用者頭部上的作用。本發明中對於該頭罩10罩覆於使用者頭部的具體實施態樣並不侷限於上述具體實施態樣，在此先行敘明。The hood 10 covers the top, rear and left and right sides of the user's head, and the hood 10 can be provided with a bracket 11 for supporting and erecting the hood 10 . In one embodiment, as shown in FIG. 3 , the stand 11 can be a movable stand placed on the ground G, and the movable stand can include a support seat 111A with a plurality of rollers 112A at the bottom, A support column 113A arranged on the support base 111A, one end inserted in the support column 113A and the other end connected to the telescopic rod 114A of the hood 10, and a telescopic rod 114A arranged between the hood 10 and the telescopic rod 114A The adjustment structure 115A for adjusting the angle of the hood 10 (such as but not limited to adjusting the angle of the hood 10 relative to the telescopic rod 114A in the vertical and/or horizontal direction) increases the mobility of the hood 10 in use with flexibility. In another embodiment, as shown in FIG. 4 , the bracket 11 can be a semi-fixed bracket installed on the wall, and the semi-fixed bracket can include a fixed bracket on the wall W. The fixed base 111B, the two ends are respectively pivotally arranged on the fixed base 111B and the connecting rod structure 112B on the head cover 10, and are arranged between the head cover 10 and the connecting rod structure 112B for adjusting the angle of the head cover 10 ( For example but not limited to the adjustment structure 113B for adjusting the angle of the hood 10 relative to the telescopic rod 112B in the vertical and/or horizontal direction), the connecting rod structure 112B is for example but not limited to a single rod, a plurality of connected and Pivoting and/or telescopic rods, or other configurations of rods for moving the hood 10 relative to the wall W, in addition to increasing the mobility and flexibility of the hood 10 in use At the same time, when the hood 10 is not in use, it is stored on the wall W. In another embodiment, the hood 10 may be provided with a handle 12 for a third party to adjust the position of the hood 10 covering the user's head for the user. In yet another implementation, the hood 10 can be provided with a strap (not shown), and the two ends of the strap are respectively connected to the inner side, the outer side or the interlayer of the inner and outer sides of the hood 10. The strap is for example but not It is limited to an elastic band, two hat straps that are buckled by a buckle, or other structures or forms used to provide a binding effect. The strap is tied on the forehead or chin of the user to provide 10 are fixed on the user's head. In the present invention, the specific implementation of the head cover 10 covering the user's head is not limited to the above specific implementation, which will be described here first.

接續，請一併參閱「圖5」，為本發明微晶片轉動單元的俯視示意圖，如圖所示。Next, please refer to "FIG. 5", which is a schematic top view of the microchip rotation unit of the present invention, as shown in the figure.

所述的微晶片轉動單元20設置於該頭罩10上，例如但不限制為該微晶片轉動單元20設置於該頭罩10內側(罩覆於使用者頭部的空間)、外側(相對於罩覆於使用者頭部之空間的一側)、或該頭罩10內外側的夾層之間。於一實施態樣中，於該微晶片轉動單元20以及該近紅外光發光單元30均設置於該頭罩10外側(相對於罩覆於使用者頭部之空間的一側)，為讓近紅外光照射至使用者，該頭罩10對應於該近紅外光發光單元30輸出近紅外光的位置上設置有透光部(圖未示)，該透光部例如但不限制為貫穿該頭罩10內外側的孔、該頭罩10內外側的部分或全部為透明或半透明且夾層內無遮蔽物、或其他用於輸出該近紅外光的結構或材質。於另一實施態樣中，於該微晶片轉動單元20以及該近紅外光發光單元30設置於該頭罩10內外側的夾層之間，為讓近紅外光照射至使用者，該頭罩10內側對應於該近紅外光發光單元30輸出近紅外光的位置上設置有透光部(圖未示)，該透光部例如但不限制為該頭罩10內側的部分或全部為透明或半透明、該頭罩10內側設置有孔、網等透光結構、或其他用於輸出該近紅外光的結構或材質。The microchip rotating unit 20 is arranged on the head cover 10, for example, but not limited to, the microchip rotating unit 20 is arranged on the inside of the head cover 10 (covering the space of the user's head), outside (relative to One side of the space covering the user's head), or between the inner and outer interlayers of the hood 10 . In one embodiment, the microchip rotating unit 20 and the near-infrared light emitting unit 30 are both arranged on the outside of the head cover 10 (relative to the side covering the space covering the user's head), in order to allow near Infrared light is irradiated to the user, and the head cover 10 is provided with a light-transmitting part (not shown) corresponding to the position where the near-infrared light emitting unit 30 outputs near-infrared light. The holes on the inside and outside of the cover 10, part or all of the inside and outside of the head cover 10 are transparent or translucent and there is no shield in the interlayer, or other structures or materials for outputting the near-infrared light. In another embodiment, the microchip rotating unit 20 and the near-infrared light-emitting unit 30 are arranged between the inner and outer interlayers of the head cover 10. In order to allow the near-infrared light to irradiate the user, the head cover 10 A light-transmitting part (not shown) is provided on the inner side corresponding to the position where the near-infrared light emitting unit 30 outputs near-infrared light. Transparent, the inside of the hood 10 is provided with light-transmitting structures such as holes and nets, or other structures or materials for outputting the near-infrared light.

所述的微晶片轉動單元20包括有微晶片轉盤21、設置於該微晶片轉盤21上的共振晶片22、以及連接至該微晶片轉盤21以驅動該微晶片轉盤21轉動的驅動單元23。於一實施態樣中，該驅動單元23係可以包括有一馬達、以及一供給該馬達運作電力的供電裝置，用於驅動該微晶片轉盤21轉動，該供電裝置例如但不限制為電性連接至該微晶片轉盤21的電池組或外接電源。一般而言，電磁波係指不需要藉由介質傳播，由同相位振盪的電場與磁場在空間中交互變化所產生，其具有能量及動量以波的形式傳遞，一般而言，除了絕對零度及暗物質外，所有物質無時無刻皆在釋放電磁波，以人體而言，通常將人體釋放的電磁波稱為人體微電波。所述的共振晶片22例如但不限制為單迴圈式微型生物晶片、雙迴圈式微型生物晶片、多段堆疊式微型共振晶片、或其他任何用於接收人體微電波後共振放大並反饋至人體的晶片種類或結構。所述的共振晶片22例如但不限制為包括有接收器、高頻振盪器、以及發送器，利用該接收器接收人體微電波後經由該高頻振盪器的放大回路將該人體微電波放大強化後經由該發送器反饋回人體，達到促進人體微循環的作用。The microchip rotation unit 20 includes a microchip turntable 21 , a resonant chip 22 disposed on the microchip turntable 21 , and a drive unit 23 connected to the microchip turntable 21 to drive the microchip turntable 21 to rotate. In one embodiment, the driving unit 23 may include a motor and a power supply device for supplying power to the motor to drive the microchip turntable 21 to rotate. The power supply device is for example but not limited to be electrically connected to The battery pack or external power supply of the microchip turntable 21. Generally speaking, electromagnetic wave refers to the wave that does not need to propagate through the medium, and is generated by the electric field and magnetic field oscillating in the same phase in space. It has energy and momentum transmitted in the form of waves. Generally speaking, except for absolute zero and dark matter In addition, all substances are releasing electromagnetic waves all the time. In terms of the human body, the electromagnetic waves released by the human body are usually called human micro-waves. The resonant chip 22 is, for example but not limited to, a single-loop micro-biological chip, a double-loop micro-biological chip, a multi-segment stacked micro-resonant chip, or any other device used to receive human body microwaves and then resonate and amplify them and feed them back to the human body. wafer type or structure. The resonant chip 22 includes, for example but not limited to, a receiver, a high-frequency oscillator, and a transmitter. After the receiver receives human body microwave waves, the human body microwave waves are amplified and strengthened through the amplifying circuit of the high-frequency oscillator. Afterwards, it is fed back to the human body through the transmitter to promote the microcirculation of the human body.

所述的近紅外光發光單元30設置於該頭罩10內側(罩覆於使用者頭部的空間)及/或該微晶片轉盤21一側(外周)並輸出近紅外光，該近紅外光發光單元30包括有一電路板31、以及一或複數個設置於該電路板31上並輸出該近紅外光的燈珠32，該近紅外光發光單元30所輸出的該近紅外光的波長為660nm、850nm及/或940nm，利用對人體照射該近紅外光所產生的熱輻射能量，達到加溫人體局部的皮膚表面以及淺層肌肉與血管，改善局部血液循環、舒緩肌肉疲勞及痠痛。The near-infrared light-emitting unit 30 is arranged on the inner side of the hood 10 (the space covering the user's head) and/or on one side (periphery) of the microchip turntable 21 and outputs near-infrared light. The near-infrared light The light-emitting unit 30 includes a circuit board 31, and one or a plurality of lamp beads 32 arranged on the circuit board 31 and outputting the near-infrared light. The wavelength of the near-infrared light output by the near-infrared light-emitting unit 30 is 660nm , 850nm and/or 940nm, using the thermal radiation energy generated by irradiating the near-infrared light on the human body, to warm the skin surface of the human body, superficial muscles and blood vessels, improve local blood circulation, relieve muscle fatigue and pain.

所述的頭罩10內側(罩覆於使用者頭部的空間)對應於使用者的百會穴(頭頂位置)、風池穴(後頸位置)及/或太陽穴至大迎穴之間(臉頰位置)的位置上設置有該微晶片轉動單元20及/或該近紅外光發光單元30，用於接收人體微電波並且共振放大後反饋至人體的各個穴位。所述的百會穴主治頭痛、頭重腳輕、痔瘡、高血壓、低血壓、宿醉、目眩失眠、焦躁等，風池穴主治頭痛，頭暈，傷風感冒，鼻淵，鼻衄，目赤腫痛，迎風流淚，夜盲症，耳鳴，耳聾，頸項強痛，落枕，蕁麻疹，丹毒，及神經衰弱，癲癇，高血壓，甲狀腺腫，電旋旋旋旋光性眼炎，視神經萎縮等、主治頭痛、偏頭痛、眼睛疲勞、牙痛等，大迎穴主治齒痛，頰腫，牙關緊閉，口喎，及面神經麻痹，腮腺炎等。所述的太陽穴至大迎穴之間的穴位舉例尚有主治牙痛、牙關緊閉、耳鳴、耳聾、面神經麻痹、三叉神經痛、下頜關節炎、腮腺炎等的下關穴，以及主治牙痛、面神經麻痹、腮腺炎、下頜關節炎等的頰車穴，本發明中僅列舉部分穴位進行說明。The inner side of the hood 10 (the space covering the user's head) corresponds to the user's Baihui point (top of the head), Fengchi point (back neck position) and/or between the temple and the Daying point ( The position of the cheek position) is provided with the microchip rotating unit 20 and/or the near-infrared light-emitting unit 30, which are used to receive the human body's micro-waves and resonate and amplify them and feed them back to various acupuncture points of the human body. Described Baihui point is mainly used for headache, light-headedness, hemorrhoids, high blood pressure, hypotension, hangover, dizziness, insomnia, restlessness, etc. Fengchi point is mainly used for headache, dizziness, common cold, nasal sinusitis, epistaxis, conjunctival congestion and swelling Tears in the wind, night blindness, tinnitus, deafness, stiff neck, stiff neck, urticaria, erysipelas, and neurasthenia, epilepsy, high blood pressure, goiter, electric rotation optical ophthalmia, optic atrophy, etc., attending headache, migraine , eye fatigue, toothache, etc., Daying point is mainly used for toothache, swollen cheeks, trismus, oral cavity, facial paralysis, mumps, etc. The acupoints between the temple and the Daying point include Xiaguan point for toothache, trismus, tinnitus, deafness, facial paralysis, trigeminal neuralgia, mandibular arthritis, mumps, etc., as well as toothache, facial nerve, etc. The jaw car points for paralysis, mumps, and mandibular arthritis, etc., are only listed as part of the points in the present invention.

一般而言，各種物質經紅外光(包括遠紅外光以及近紅外光)照射後會產生共振共鳴吸收，近紅外光比遠紅外光更能夠深入皮下組織，給予生物細胞活力，本發明中利用該近紅外光發光單元30對人體照射近紅外光促進人體微電波進行共振，能夠刺激細胞進一步激發並強化送出的人體微電波，利用該微晶片轉動單元20於距離人體一定距離擺動共振調理，使微晶片轉動單元20除了接收到強化後的人體微電波外，再從空間吸收廣大的太陽光譜波形中2-22微米波形電磁波，並將接收的人體微電波共振放大後反饋至人體，達到增強反饋之人體微電波的加乘效果。於一實施例中，所述的微晶片轉動單元20從空間吸收太陽光譜波形中8-14微米波形電磁波。Generally speaking, various substances will produce resonant resonance absorption after being irradiated by infrared light (including far infrared light and near infrared light). The near-infrared light-emitting unit 30 irradiates the human body with near-infrared light to promote the resonance of the human body's micro-waves, which can stimulate the cells to further excite and strengthen the human body's micro-waves sent out. The microchip rotating unit 20 is used to swing and resonate at a certain distance from the human body. In addition to receiving the enhanced human body micro-waves, the wafer rotation unit 20 absorbs 2-22 micron waveform electromagnetic waves from the vast solar spectrum waveform from space, and resonates and amplifies the received human body micro-waves and feeds them back to the human body to achieve enhanced feedback. The synergistic effect of the human body's micro-waves. In one embodiment, the microchip rotating unit 20 absorbs the 8-14 micron waveform electromagnetic wave in the solar spectrum waveform from space.

所述的頭罩10對應於該微晶片轉盤21的位置上設置有容置該微晶片轉盤21及/或該電路板31的殼體24，該殼體24外周設置有一或複數個第一裝設孔241，用於供螺絲(圖未示)穿過且鎖固於該頭罩10的鎖孔(圖未示)。所述的殼體24上設置有罩覆該共振晶片22的保護罩25，「圖5」中係以虛線表現該保護罩25以提供保護該殼體24內部結構的作用，該殼體24外周設置有一或複數個第二裝設孔242，用於供該保護罩25的卡扣(圖未示)穿過進行固定。於本實施態樣中，該殼體24內設置有具有該燈珠32的電路板31，該保護罩25對應於該燈珠32輸出該近紅外光的位置上具有可透光區域，該可透光區域例如但不限制為該保護罩25的部分或全部為透明或半透明、該保護罩25設置有孔、網等透光結構、或其他用於輸出該近紅外光的結構或材質。於一實施例中，該微晶片轉動單元20設置於該頭罩10內側(罩覆於使用者頭部的空間)，並且該近紅外光發光單元30獨立設置於該微晶片轉動單元20之外時，該保護罩25係可以為不具可透光區域的保護結構。於另一實施例中，該微晶片轉動單元20設置於該頭罩10外側(相對於罩覆使用者頭部之空間的一側)，並且該近紅外光發光單元30獨立設置於該微晶片轉動單元20之外時，該殼體24係可以直接裝設於該頭罩10外側(相對於罩覆於使用者頭部之空間的一側)，無須另外設置該保護罩25。The position of the head cover 10 corresponding to the microchip turntable 21 is provided with a casing 24 for accommodating the microchip turntable 21 and/or the circuit board 31, and the outer periphery of the casing 24 is provided with one or a plurality of first devices. A hole 241 is provided for a screw (not shown) to pass through and be locked to a locking hole (not shown) of the head cover 10 . The housing 24 is provided with a protective cover 25 covering the resonant chip 22. In "Fig. One or a plurality of second installation holes 242 are provided for the buckle (not shown) of the protective cover 25 to pass through for fixing. In this embodiment, the housing 24 is provided with a circuit board 31 with the lamp bead 32, and the protective cover 25 has a light-transmitting area corresponding to the position where the lamp bead 32 outputs the near-infrared light. The light-transmitting area is, for example but not limited to, a part or all of the protective cover 25 is transparent or translucent, the protective cover 25 is provided with light-transmitting structures such as holes and nets, or other structures or materials for outputting the near-infrared light. In one embodiment, the microchip rotating unit 20 is arranged inside the head cover 10 (the space covering the user's head), and the near-infrared light emitting unit 30 is independently arranged outside the microchip rotating unit 20 In this case, the protective cover 25 may be a protective structure without a light-permeable area. In another embodiment, the microchip rotating unit 20 is arranged on the outside of the head cover 10 (the side opposite to the space covering the user's head), and the near-infrared light emitting unit 30 is independently arranged on the microchip When the rotating unit 20 is outside, the casing 24 can be directly installed on the outside of the head cover 10 (the side opposite to the space covering the user's head), without additionally setting the protective cover 25 .

所述的頭罩10內側(罩覆於使用者頭部的空間)對應於使用者的百會穴周側(頭頂位置)的位置上設置有一或複數個近紅外光發光燈條40，該近紅外光發光燈條40對使用者頭頂位置輸出近紅外光，對人體照射近紅外光所產生的熱輻射能量，達到加溫人體局部的皮膚表面以及淺層肌肉與血管，改善頭痛、頭重腳輕、痔瘡、高血壓、低血壓、宿醉、目眩失眠、焦躁等問題。所述的近紅外光發光燈條40所輸出的該近紅外光的波長為660nm、850nm及/或940nm，該近紅外光發光燈條40設置有輸出波長為660nm、850nm及/或940nm的燈珠。One or a plurality of near-infrared light-emitting lamp bars 40 are arranged on the inner side of the hood 10 (the space covering the user's head) corresponding to the surrounding side of the user's Baihui acupoint (the position on the top of the head). Infrared light emitting light bar 40 outputs near-infrared light to the top of the user's head, and the heat radiation energy generated by irradiating the near-infrared light on the human body can heat the skin surface, superficial muscles and blood vessels of the human body, and improve headache, lightheadedness, and hemorrhoids , high blood pressure, low blood pressure, hangover, dizziness, insomnia, anxiety and other problems. The wavelength of the near-infrared light output by the near-infrared light-emitting lamp bar 40 is 660nm, 850nm and/or 940nm, and the near-infrared light-emitting lamp bar 40 is provided with a lamp whose output wavelength is 660nm, 850nm and/or 940nm beads.

接續，請一併參閱「圖6」，為本發明頭戴式微晶片轉動設備另一實施例的外觀示意圖。本實施例與前一實施例的區別在於，本實施例更設置有罩覆於使用者眼部的結構，因此針對其他結構完全的部分將不重複描述，在此先行敘明。Next, please refer to FIG. 6 , which is a schematic view of another embodiment of the head-mounted microchip rotating device of the present invention. The difference between this embodiment and the previous embodiment is that this embodiment is further provided with a structure that covers the user's eyes, so other parts with complete structures will not be described repeatedly, and will be described here first.

所述的頭戴式微晶片轉動設備200包括有前述的頭罩10、一或複數個微晶片轉動單元20、一或複數個近紅外光發光單元30、一或複數個近紅外光發光燈條40，並且該頭戴式微晶片轉動設備200更進一步包括一眼罩50、以及設置於該眼罩50上的一或複數個另一共振晶片60，該眼罩50供人員罩覆於眼部上，該眼罩50例如但不限制為固定設置於該頭罩10、可拆裝地設置於該頭罩10、獨立設置於該頭罩10或其他能夠實現該眼罩50的結構或樣式。於本實施例中，該頭罩10內側(罩覆於使用者頭部的空間)於對應使用者頭部頂側的位置上設置有一或複數個凸柱13，用於接觸使用者頭部並提供按摩作用。The head-mounted microchip rotating device 200 includes the aforementioned head cover 10, one or a plurality of microchip rotating units 20, one or a plurality of near-infrared light emitting units 30, and one or a plurality of near-infrared light emitting light bars 40 , and the head-mounted microchip rotating device 200 further includes an eye mask 50, and one or a plurality of other resonant chips 60 arranged on the eye mask 50, the eye mask 50 is used for the personnel to cover the eyes, the eye mask 50 For example, but not limited to, it is fixedly arranged on the hood 10 , detachably arranged on the hood 10 , independently arranged on the hood 10 or other structures or styles that can realize the eye mask 50 . In this embodiment, the inner side of the head cover 10 (the space covering the user's head) is provided with one or a plurality of protrusions 13 at positions corresponding to the top side of the user's head, for contacting the user's head and Provides a massage effect.

所述的另一共振晶片60例如但不限制為單迴圈式微型生物晶片、雙迴圈式微型生物晶片、多段堆疊式微型共振晶片、或其他任何用於接收人體微電波後共振放大並反饋至人體的晶片種類或結構。所述的另一共振晶片60例如但不限制為包括有接收器、高頻振盪器、以及發送器，利用該接收器接收人體微電波後經由該高頻振盪器的放大回路將該人體微電波放大強化後經由該發送器反饋回人體，達到促進人體微循環的作用。The other resonant chip 60 is, for example but not limited to, a single-loop micro-biological chip, a double-loop micro-biological chip, a multi-segment stacked micro-resonant chip, or any other resonant amplification and feedback after receiving human body microwaves. Types or structures of chips to the human body. The other resonant chip 60 includes, for example but not limited to, a receiver, a high-frequency oscillator, and a transmitter. After the receiver receives human body microwave waves, the human body microwave waves are transmitted through the amplification circuit of the high-frequency oscillator. After amplification and strengthening, it is fed back to the human body through the transmitter to promote the microcirculation of the human body.

所述的另一共振晶片60例如但不限制為設置於該眼罩50內側(靠近使用者眼部的一側)、外側(遠離使用者眼部的一側)、或該眼罩50的內外側夾層之間。所述的共振晶片60係可以對應設置於眼部的不同穴位上，例如但不限制為晴明穴、攢竹穴、魚腰穴、絲竹空穴、瞳子髎穴、四白穴等。所述的晴明穴主治目赤腫痛、迎風流淚、胬肉攀睛、內外翳障、雀目、青盲、夜盲、色盲、近視、急慢性結膜炎、淚囊炎、角膜炎、電光性眼炎、視神經炎等，攢竹穴主治頭痛、目眩、目翳、目赤腫痛、迎風流淚、近視、眼瞼瞤動、眉棱骨痛、急慢性結膜炎、面神經麻痹等，魚腰穴主治偏正頭痛、目赤腫痛、目翳、面神經麻痹等，絲竹空穴主治頭痛、目眩、目赤痛、目翳、眼瞼瞤動、視物不明、癲癇、惡風寒、眼睫毛倒等，瞳子髎穴主治頭痛、目赤腫痛、迎風流淚、目翳、青盲、視力減退、結膜炎、淚囊炎、視神經萎縮等，四白穴主治面神經麻痹、三叉神經痛、眼病等。The other resonant chip 60 is, for example but not limited to, disposed on the inner side of the eye mask 50 (the side close to the user's eyes), the outer side (the side away from the user's eyes), or the inner and outer layers of the eye mask 50 between. The resonance chip 60 can be correspondingly arranged on different acupoints of the eye, such as but not limited to Qingming acupoint, Cuanzhu acupoint, Yuyao acupoint, Sizhu hole, Tongziliao acupoint, Sibai acupoint, etc. The Qingming point is mainly used to treat conjunctival swelling and pain, wind and tears, pterygia, internal and external nebula, bird's eye, blue blindness, night blindness, color blindness, myopia, acute and chronic conjunctivitis, dacryocystitis, keratitis, electro-optic ophthalmia , optic neuritis, etc. Cuanzhu point is mainly used for headache, dizziness, cloudy eyes, red and swollen eyes, tears in the wind, myopia, eyelid movement, brow bone pain, acute and chronic conjunctivitis, facial paralysis, etc. Yuyao point is mainly used for migraine headache , conjunctival congestion, swelling and pain, nebula, facial paralysis, etc. Sizhukong is mainly used for headache, dizziness, red and painful eyes, nebula, eyelid movement, blurred vision, epilepsy, aversion to wind and cold, eyelashes, etc. Tongziliao is mainly used for headache , conjunctivitis, swelling and pain, tears in the wind, nebula, blue blindness, vision loss, conjunctivitis, dacryocystitis, optic atrophy, etc. Sibai point is mainly used for facial paralysis, trigeminal neuralgia, eye diseases, etc.

綜上所述，本發明的頭戴式微晶片轉動設備於對應於人體頭部不同穴位的位置上設置微晶片轉動單元、以及近紅外光發光單元，促進人體微電波的共振效果，增強反饋至人體的人體微電波。To sum up, the head-mounted microchip rotating device of the present invention is equipped with a microchip rotating unit and a near-infrared light emitting unit at positions corresponding to different acupoints on the human head, so as to promote the resonance effect of the human microwave and enhance the feedback to the human body. human body microwaves.

以上已將本發明做一詳細說明，惟以上所述者，僅為本發明之一較佳實施例而已，當不能以此限定本發明實施之範圍，即凡依本發明申請專利範圍所作之均等變化與修飾，皆應仍屬本發明之專利涵蓋範圍內。The present invention has been described in detail above, but the above is only one of the preferred embodiments of the present invention, and should not limit the scope of the present invention with this, that is, all equivalents made according to the patent scope of the present invention Changes and modifications should still fall within the scope of the patent coverage of the present invention.

100:頭戴式微晶片轉動設備 10:頭罩 11:支架 111A:支撐座 112A:滾輪 113A:支撐柱 114A:伸縮桿 115A:調整結構 111B:固定座 112B:連接桿結構 113B:調整結構 20:微晶片轉動單元 21:微晶片轉盤 22:共振晶片 23:驅動單元 24:殼體 241:第一裝設孔 242:第二裝設孔 25:保護罩 30:近紅外光發光單元 31:電路板 32:燈珠 40:近紅外光發光燈條 200:頭戴式微晶片轉動設備 13:凸柱 50:眼罩 60:另一共振晶片 G:地面 W:牆面 100:Head-mounted microchip rotation device 10: Hood 11: Bracket 111A: Support seat 112A:Roller 113A: Support column 114A: telescopic rod 115A: Adjust the structure 111B: fixed seat 112B: Connecting rod structure 113B: Adjust structure 20: Microchip rotating unit 21: Microchip turntable 22: Resonant chip 23: Drive unit 24: shell 241: The first installation hole 242: Second installation hole 25: Protective cover 30: near-infrared light emitting unit 31: circuit board 32: lamp bead 40: near-infrared light emitting light bar 200:Head-mounted microchip rotation device 13: convex column 50: Eye patch 60: Another resonant chip G: ground W: wall

圖1，為本發明頭戴式微晶片轉動設備第一實施例的外觀示意圖(一)。FIG. 1 is a schematic diagram (1) of the appearance of the first embodiment of the head-mounted microchip rotating device of the present invention.

圖2，為本發明頭戴式微晶片轉動設備第一實施例的外觀示意圖(二)。FIG. 2 is a schematic view (2) of the appearance of the first embodiment of the head-mounted microchip rotating device of the present invention.

圖3，為本發明頭戴式微晶片轉動設備之支架第一實施例的外觀示意圖。Fig. 3 is a schematic view of the appearance of the first embodiment of the bracket of the head-mounted microchip rotating device of the present invention.

圖4，為本發明頭戴式微晶片轉動設備之支架第二實施例的外觀示意圖。Fig. 4 is a schematic view of the appearance of the second embodiment of the bracket of the head-mounted microchip rotating device of the present invention.

圖5，為本發明微晶片轉動單元的俯視示意圖。Fig. 5 is a schematic top view of the microchip rotating unit of the present invention.

圖6，為本發明頭戴式微晶片轉動設備第二實施例的外觀示意圖。Fig. 6 is a schematic diagram of the appearance of the second embodiment of the head-mounted microchip rotating device of the present invention.

100:頭戴式微晶片轉動設備 100:Head-mounted microchip rotation device

10:頭罩 10: Hood

11:支架 11: Bracket

12:手把 12: handle

20:微晶片轉動單元 20: Microchip rotating unit

40:近紅外光發光燈條 40: near-infrared light emitting light bar

Claims (10)

一種頭戴式微晶片轉動設備，包括： 一頭罩； 一或複數個微晶片轉動單元，設置於該頭罩，該微晶片轉動單元包括有微晶片轉盤、設置於該微晶片轉盤上的共振晶片、以及連接至該微晶片轉盤以驅動該微晶片轉盤轉動的驅動單元；以及 一或複數個近紅外光發光單元，設置於該頭罩內側及/或該微晶片轉盤一側並輸出近紅外光。 A head-mounted microchip rotation device, comprising: a hood; One or more microchip rotating units are arranged on the head cover, and the microchip rotating unit includes a microchip turntable, a resonant chip disposed on the microchip turntable, and is connected to the microchip turntable to drive the microchip turntable a rotating drive unit; and One or more near-infrared light-emitting units are arranged inside the hood and/or on one side of the microchip turntable and output near-infrared light. 如請求項1所述的頭戴式微晶片轉動設備，其中，該頭罩內側對應於使用者的百會穴、風池穴及/或太陽穴至大迎穴之間的位置上設置有該微晶片轉動單元及/或該近紅外光發光單元。The head-mounted microchip rotating device according to claim 1, wherein the microchip is arranged on the inner side of the head cover corresponding to the user's Baihui acupoint, Fengchi acupoint and/or temple to Daying acupoint The rotating unit and/or the near-infrared light emitting unit. 如請求項2所述的頭戴式微晶片轉動設備，其中，該近紅外光發光單元所輸出的該近紅外光的波長為660nm、850nm及/或940nm。The head-mounted microchip rotating device according to claim 2, wherein the near-infrared light output by the near-infrared light emitting unit has a wavelength of 660nm, 850nm and/or 940nm. 如請求項3所述的頭戴式微晶片轉動設備，其中，該近紅外光發光單元包括有一電路板、以及一或複數個設置於該電路板上並輸出該近紅外光的燈珠。The head-mounted microchip rotating device according to claim 3, wherein the near-infrared light emitting unit includes a circuit board and one or a plurality of lamp beads arranged on the circuit board and outputting the near-infrared light. 如請求項4所述的頭戴式微晶片轉動設備，其中，該頭罩對應於該微晶片轉盤的位置上設置有容置該微晶片轉盤及/或該電路板的殼體。The head-mounted microchip rotating device as claimed in claim 4, wherein the head cover is provided with a housing for accommodating the microchip turntable and/or the circuit board at a position corresponding to the microchip turntable. 如請求項5所述的頭戴式微晶片轉動設備，其中，該殼體上設置有罩覆該共振晶片的保護罩、The head-mounted microchip rotating device as described in Claim 5, wherein the casing is provided with a protective cover covering the resonant chip, 如請求項6所述的頭戴式微晶片轉動設備，其中，該保護罩對應於該燈珠輸出該近紅外光的位置上具有可透光區域。The head-mounted microchip rotating device according to Claim 6, wherein the protective cover has a light-transmitting area corresponding to the position where the lamp bead outputs the near-infrared light. 如請求項1所述的頭戴式微晶片轉動設備，其中，該頭罩內側對應於使用者的百會穴周側的位置上設置有一或複數個輸出近紅外光的近紅外光發光燈條。The head-mounted microchip rotating device as described in Claim 1, wherein one or more near-infrared light-emitting light bars that output near-infrared light are arranged on the inner side of the head cover corresponding to the surrounding side of the user's Baihui acupoint. 如請求項8所述的頭戴式微晶片轉動設備，其中，該近紅外光發光燈條所輸出的該近紅外光的波長為660nm、850nm及/或940nm。The head-mounted microchip rotating device as claimed in item 8, wherein the wavelength of the near-infrared light output by the near-infrared light-emitting light bar is 660nm, 850nm and/or 940nm. 如請求項1所述的頭戴式微晶片轉動設備，更進一步包括一眼罩、以及設置於該眼罩上的一或複數個另一共振晶片。The head-mounted microchip rotating device as claimed in claim 1 further includes an eye mask and one or a plurality of other resonant chips disposed on the eye mask.
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