TWM591839U - Shoes with dynamic pressure sensing function - Google Patents
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- TWM591839U TWM591839U TW108213433U TW108213433U TWM591839U TW M591839 U TWM591839 U TW M591839U TW 108213433 U TW108213433 U TW 108213433U TW 108213433 U TW108213433 U TW 108213433U TW M591839 U TWM591839 U TW M591839U
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- 230000005540 biological transmission Effects 0.000 claims abstract description 18
- 238000002955 isolation Methods 0.000 claims description 7
- 239000011241 protective layer Substances 0.000 claims description 4
- 239000010985 leather Substances 0.000 claims description 2
- 230000002265 prevention Effects 0.000 abstract description 2
- 210000002683 foot Anatomy 0.000 description 18
- 230000006870 function Effects 0.000 description 5
- 230000005021 gait Effects 0.000 description 5
- 238000000034 method Methods 0.000 description 5
- 239000010410 layer Substances 0.000 description 3
- 210000004744 fore-foot Anatomy 0.000 description 2
- 210000000474 heel Anatomy 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 210000000452 mid-foot Anatomy 0.000 description 2
- 230000003068 static effect Effects 0.000 description 2
- 210000003371 toe Anatomy 0.000 description 2
- 210000003423 ankle Anatomy 0.000 description 1
- 230000006399 behavior Effects 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 230000002354 daily effect Effects 0.000 description 1
- 230000006378 damage Effects 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000003203 everyday effect Effects 0.000 description 1
- 239000004744 fabric Substances 0.000 description 1
- 230000005802 health problem Effects 0.000 description 1
- 210000004394 hip joint Anatomy 0.000 description 1
- 210000000629 knee joint Anatomy 0.000 description 1
- 210000004705 lumbosacral region Anatomy 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
- 239000002086 nanomaterial Substances 0.000 description 1
- 239000011858 nanopowder Substances 0.000 description 1
- 238000011160 research Methods 0.000 description 1
- 230000035807 sensation Effects 0.000 description 1
- 238000012360 testing method Methods 0.000 description 1
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Abstract
本新型係揭露一種具動態壓力感測功能的鞋子,其包含一鞋身、一壓力感測鞋墊及一止滑墊;該壓力感測鞋墊放置於該鞋身之一內部空間底部,以偵測一使用者行走時其足部之動態壓力訊號,並可利用無線傳輸方式對外傳送動態壓力訊號供後端分析運用,提供予使用者參考而獲得行走時的足壓狀態。The present invention discloses a shoe with dynamic pressure sensing function, which includes a shoe body, a pressure sensing insole and a slip prevention pad; the pressure sensing insole is placed at the bottom of one of the interior spaces of the shoe body to detect A user's dynamic pressure signal on his foot while walking, and can use wireless transmission to transmit the dynamic pressure signal externally for back-end analysis and use, to provide the user with reference to obtain the foot pressure status while walking.
Description
本新型是一種鞋子,特別是關於一種裝設有採集足部動態壓力之壓力感測器的鞋子。The present invention is a shoe, especially a shoe equipped with a pressure sensor for collecting dynamic pressure of the foot.
在現今社會中,一般人每天都會有相當多的時間穿著鞋子,一般而言,除了睡覺以外皆會穿著鞋子,且在外出、工作、運動等不同的場合人們會搭配不同的鞋子來使用。鞋子最主要的目的是保護人體的足部,並讓人體的步行性能有所提升。同時,由於每個人的足部結構不同,而影響其步態不同,因此每個人應依不同步態選購不同結構不同功能的鞋子,若是長時間穿著不適合的鞋子,會造成足底特定區域壓力長期過高而造成不適和疼痛感,並且逐漸讓使用者養成錯誤的行走姿勢和步態進而導致人體踝關節、膝蓋關節、髖關節以及腰椎等區域的受傷。In today's society, the average person spends a considerable amount of time wearing shoes every day. Generally speaking, they wear shoes except for sleeping, and people use different shoes in different places such as going out, work, and sports. The main purpose of shoes is to protect human feet and improve walking performance. At the same time, because each person's foot structure is different, which affects their gait, everyone should buy shoes with different structures and different functions according to the asynchronous state. If they wear unsuitable shoes for a long time, it will cause pressure on specific areas of the sole Excessively high for a long period of time causes discomfort and pain, and gradually allows users to develop the wrong walking posture and gait to cause injuries to the human ankle, knee joint, hip joint, and lumbar spine.
因此,市面上已經有可以測量足底區域壓力的相關產品,目前市面上的產品都是測量人體靜止站立時的足底之壓力值,但是靜止站立與實際行走時屬於完全不同的生物力學行為,並且人體足底之各區域壓力在實際行走時和靜止站立不動時是不同的,故如何開發出一種可以動態測量人體行走中的足底各區域之壓力是未來相關研究領域的新課題。Therefore, there are related products on the market that can measure the pressure of the plantar area. At present, the products on the market are to measure the pressure value of the sole of the human body when standing still, but static standing and actual walking are completely different biomechanical behaviors. In addition, the pressure of each area of the human foot is different when actually walking and when standing still, so how to develop a pressure that can dynamically measure the pressure of each area of the foot during human walking is a new topic in the related research field in the future.
有鑑於上述問題,本新型之主要目的是提供一種具有動態壓力感測功能的鞋子,以用來收集足底各區域之動態或靜態的壓力資訊,對受測者的足部健康情況提供參考。為完成上述目的,本新型提出一種具動態感測壓力的鞋子,其包含: 一鞋身,形成有一內部空間; 一壓力感測鞋墊,設置於該鞋身的內部空間,該壓力感測鞋墊包含: 一壓力感測片,包含有複數個壓力感測器,該些壓力感測器感測一使用者的足部踩壓該壓力感測鞋墊時所產生之壓力訊號; 一傳輸線; 一訊號收集器,係透過該傳輸線電性連接該些壓力感測器,接收並儲存該壓力感測器感測到之壓力訊號,並將該壓力訊號無線傳輸至一外部裝置;以及 一止滑墊,設置於該壓力感測片上。 In view of the above problems, the main purpose of the present invention is to provide a shoe with dynamic pressure sensing function, which is used to collect dynamic or static pressure information in various areas of the sole of the foot, and provide a reference for the foot health of the subject. To accomplish the above purpose, the present invention proposes a shoe with dynamic pressure sensing, which includes: A shoe body, forming an internal space; A pressure-sensing insole is provided in the inner space of the shoe body. The pressure-sensing insole includes: A pressure-sensing sheet, including a plurality of pressure sensors, the pressure sensors sense a pressure signal generated when a user's foot presses the pressure-sensing insole; A transmission line; A signal collector, which is electrically connected to the pressure sensors through the transmission line, receives and stores the pressure signal sensed by the pressure sensor, and wirelessly transmits the pressure signal to an external device; and An anti-slip pad is arranged on the pressure sensing piece.
本創作藉由在鞋身內部設置該壓力感測鞋墊,當使用者穿著本創作行走時,該壓力感測鞋墊可偵測使用者足部腳趾、足前、足中及足跟等不同區域在行走時所產生的動態壓力訊號,且鞋底特別選擇平底的結構,在行走的過程中不會讓鞋底結構來對足底壓力產生影響,避免資料失真;該等壓力訊號可以提供予後端分析應用,進而讓使用者得知自己的步態,以及因為步態可能產生之健康方面的潛在問題,並可參考分析結果供日後挑選合適鞋款,或是作為日常行走時應注意之事項。By creating the pressure-sensing insole inside the shoe body, the pressure-sensing insole can detect different areas such as toes, forefoot, midfoot, and heel of the user's foot when the user walks wearing this creation The dynamic pressure signal generated during walking, and the sole specially selects a flat bottom structure. During the walking process, the sole structure will not affect the pressure of the sole and avoid data distortion; these pressure signals can be provided to the back-end analysis application. Then let users know their gait and the potential health problems due to gait, and can refer to the analysis results for future selection of appropriate shoes, or as a matter to be noted when walking daily.
請參閱圖1和圖2。如圖所示,本新型之具動態壓力感測功能的鞋子10包括:一鞋身11、一壓力感測鞋墊12及一止滑墊13。Please refer to Figure 1 and Figure 2. As shown in the figure, the
該鞋身11具有一供使用者腳部穿置的一內部空間101,且該鞋身11還具有一內底面102、一內表面103以及一外表面104。該內表面103環繞該內底面102周緣形成該內部空間101,而該壓力感測鞋墊12放置在該內底面102上。The
請進一步參考圖3,該壓力感測鞋墊12包含一壓力感測片121、一傳輸線122以及一訊號收集器123。該壓力感測片121包含有複數個壓力感測器1211,該些壓力感測器1211可在受壓時產生一壓力訊號。該壓力感測鞋墊12固定於鞋身11的內部空間101之內底面102上,較佳設置方式是將該壓力感測鞋墊12該鞋身11之內底面102黏合固定而不可分離。該止滑墊13設置於該壓力感測片121上方,用於使用者足部踩壓,且防止使用者足部在該鞋身11內滑動。在較佳之實施例中,該壓力感測鞋墊12的壓力感測片121的厚度極薄,因此使用者在行走時並不會感受到有凸起之異物感,讓使用者可以在不被干擾的情況下用平常的走路習慣來進行動態足底壓力資訊的量測,以取得最貼切實際情況的壓力數據資料。該些壓力感測器1211較佳的分布位置是設置於對應足部的腳趾、足前、足中及足跟區域,以分別取得該不同區域的壓力訊號。該訊號收集器123透過該傳輸線122電性連接於該壓力感測鞋墊12的該些壓力感測器1211,且該訊號收集器123包含一儲存單元1231和一無線單元1232。該訊號收集器123將感測的壓力訊號儲存到內部的儲存單元1231,並且將儲存的壓力訊號透過該無線單元1232用無線傳輸方式傳送到外部裝置20,這裡的無線傳輸方式可包括藍芽、WIFI、RFID等無線傳輸技術,另外該外部裝置20可為一個人手持行動裝置,例如智慧型手機、平板電腦、筆記型電腦等等。同時該外部裝置20可安裝一個人終端應用程式21,其可將接收的壓力訊號轉換成實際壓力之數值,並呈現相關的數據資訊。Please further refer to FIG. 3. The pressure-sensing
請參考圖4所示,在較佳之實施例中,該鞋身11之內表面103可設置一隔離防護層124覆蓋該傳輸線122,該傳輸線122用於連接該壓力感測鞋墊12的該些壓力感測器1211及該訊號收集器123。該隔離防護層124用來達到對該傳輸線122的保護作用,且該隔離防護層124具一面向該鞋身11之內部空間101的光滑表面,防止該傳輸線122直接與使用者的足部直接接觸而過度摩擦。Please refer to FIG. 4. In a preferred embodiment, the
在一較佳實施例之中,該訊號收集器123可以利用一固定件14設置於鞋身11之一外表面104。舉例來說,該固定件14包含有一第一魔鬼氈141及一第二魔鬼氈142,該第一魔鬼氈141貼附在鞋身11的外表面104,該第二魔鬼氈142貼附在該訊號收集器123的表面,透過該第一魔鬼氈141、該第二魔鬼氈142來相互固定;或是在另一較佳實施例之中,該固定件14可包含有一公扣及一母扣,該公扣及母扣分別設置在鞋身11的外表面104及該訊號收集器123的表面,透過該公扣及母扣的扣合而相互固定;又或是在又一較佳實施例中,該固定件以磁力方式結合,例如在鞋身11的外表面104及該訊號收集器123的表面上分別設置一第一磁扣及一第二磁扣,並透過該第一磁扣及該第二磁扣相互吸附而固定。以上舉例說明並非限制該固定件14之條件,舉凡可滿足將該訊號收集器123固定於該鞋身11之構造皆可適用。前述固定件14可允許相關人員日後方便取下該訊號接收器123以進行維護或是更新。In a preferred embodiment, the
該止滑墊13為改善步行時滑動而影響測試,該止滑墊13之材質可以使用一奈米豬皮,即該止滑墊13係一奈米豬皮鞋墊。該奈米豬皮鞋墊的表面是使用奈米粉狀材料以印刷的方式印製在豬皮上,相較於一般光滑的布面或是皮面鞋墊,該印刷上去的奈米材料會讓該奈米豬皮鞋墊具有更好的防滑性能,使得使用者在穿著本創作行走時,並不會因為使用者足部在該鞋身11內滑動造成量測動態足底壓力數據的移位偏差。The
當使用者穿上該具動態壓力感測功能的鞋子10而開始走動,該壓力感測鞋墊12透過該些壓力感測器1211偵測其所承受到的足部所施加壓力並將該偵測到的壓力訊號透過該傳輸線122傳送給該訊號收集器123。且該訊號收集器123透過藍芽、WIFI、RFID等無線通訊方式對該外部裝置20傳送。When the user puts on the
本創作可以反應出使用者在實際行走時之足底壓力情況,讓使用者透過動態足底壓力之量測可以得到更全面性的資訊,更加符合人體在步行時雙腳所承受的壓力,並且搭配本創作的足底不同區域之動態壓力可以進一步衍伸出其他資訊之判斷,舉例而言,該相關資訊可以提供使用者依據自身步態來挑選出適合結構與功能之鞋子;或是供輔助鞋墊的廠商根據多數使用者測得的足底壓力數據,開發出較符合人體工學的鞋款或輔助鞋墊。This creation can reflect the user's plantar pressure during actual walking, allowing users to obtain more comprehensive information through the measurement of dynamic plantar pressure, which is more in line with the pressure on the feet of the human body when walking, and The dynamic pressure of different regions of the foot with this creation can further extend the judgment of other information. For example, the relevant information can provide users to select shoes that are suitable for structure and function according to their gait; or for assistance Insole manufacturers have developed more ergonomic footwear or auxiliary insoles based on the sole pressure data measured by most users.
10:具動態壓力感測功能的鞋子 11:鞋身 101:內部空間 102:內底面 103:內表面 104:外表面 12:壓力感測鞋墊 121:壓力感測片 1211:壓力感測器 122:傳輸線 123:訊號收集器 1231:儲存單元 1232:無線單元 124:隔離防護層 13:止滑墊 14:固定件 141:第一魔鬼氈 142:第二魔鬼氈 20:外部裝置 21:個人終端應用程式10: shoes with dynamic pressure sensing 11: shoe body 101: interior space 102: inner bottom 103: inner surface 104: outer surface 12: Pressure sensing insole 121: pressure sensor 1211: Pressure sensor 122: transmission line 123: Signal collector 1231: Storage unit 1232: Wireless unit 124: isolation protective layer 13: Anti-slip pad 14: fixings 141: The First Devil Felt 142: Second Devil Felt 20: External device 21: Personal terminal application
圖1:具動態壓力感測功能的鞋子的側面示意圖。 圖2:具動態壓力感測功能的鞋子的內部結構示意圖。 圖3:具動態壓力感測功能的鞋子的橫切剖面示意圖。 圖4:具動態壓力感測功能的鞋子的局部立體圖。 Figure 1: A schematic side view of a shoe with dynamic pressure sensing. Figure 2: Schematic diagram of the internal structure of shoes with dynamic pressure sensing. Figure 3: A schematic cross-sectional view of a shoe with dynamic pressure sensing. Figure 4: Partial perspective view of shoes with dynamic pressure sensing.
10:具動態壓力感測功能的鞋子 10: shoes with dynamic pressure sensing
11:鞋身 11: shoe body
101:內部空間 101: interior space
102:內底面 102: inner bottom
103:內表面 103: inner surface
104:外表面 104: outer surface
121:壓力感測片 121: pressure sensor
122:傳輸線 122: transmission line
123:訊號收集器 123: Signal collector
124:隔離防護層 124: isolation protective layer
13:止滑墊 13: Anti-slip pad
14:固定件 14: fixings
141:第一魔鬼氈 141: The First Devil Felt
142:第二魔鬼氈 142: Second Devil Felt
20:訊號接收裝置 20: Signal receiving device
21:個人終端應用程式 21: Personal terminal application
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