TWM254588U - Pad type measurement device - Google Patents
Pad type measurement device Download PDFInfo
- Publication number
- TWM254588U TWM254588U TW93202091U TW93202091U TWM254588U TW M254588 U TWM254588 U TW M254588U TW 93202091 U TW93202091 U TW 93202091U TW 93202091 U TW93202091 U TW 93202091U TW M254588 U TWM254588 U TW M254588U
- Authority
- TW
- Taiwan
- Prior art keywords
- plate
- base
- scope
- pad
- display
- Prior art date
Links
Landscapes
- Force Measurement Appropriate To Specific Purposes (AREA)
Description
M254588 四、創作說明(1) 【新型所屬之技術領域】 τ ώ ϋ 4測度萝$ 本創作係有關於一種踏蟄八多置,特別是其具有 量測人體載重及壓力,並同時^Γ奠及腳底之溫度者。 【先前技術】 _ 一般踏墊式測度裝置係/穩體$计’其只單純地提供 人體體重之量測。目前這類體重^二為機械式及電子式, 其中 彈簧 置閃。日丽這類膠 / 、八及冤千式, 機械式之體重計係將載重元^ ~透過機構連結至一 由載重後該彈箬變形量及彈黃之彈性係數,即可 經 ,、/ - ·〜、戈、 &厂 測度載重大小;電子式之體重計係透過力矩元件(1〇ad ce 1 1 )支撐其載重元件,將載重後所獲得之 過特定之轉換關係,即可測度載重大小。数據,透 【新型 《所欲 由 身體機 腳底壓 壓力分 與否又 因此, 身姿勢 知不覺 的好壞 内容】 解決之 於現今 能相關 力分佈 佈可作 和骨骼 右能獲 控制及 中惡化 ,也可 技術問題》 :::們非常重視身體保健,使得如何獲得 » 亦趨重要。這類訊息諸如, 溫度分佈等,其t,身體站姿之:: ίί:使用者之站姿平衡,而一般站姿平衡 直尤其係脊椎側彎)或平衡感失常有關, ^骼體站姿平衡之資訊,則可提早注意到自 :月;正確擺位之相關問題,以避免健康在不 ^ :底溫度分佈則可能顯示足部血液循環 此,、和心臟功能有關,因此,可藉由腳底溫M254588 IV. Creation Instructions (1) [Technical Field to which the New Type belongs] τ ϋ 测 4Measure Luo $ This creation is about a kind of stomping, especially its ability to measure human body load and pressure, and at the same time ^ Γ ^ And the temperature of the soles of the feet. [Prior art] _ General pad-type measuring device system / stable body meter ”It only provides the measurement of human body weight. At present, these weights are mechanical and electronic, and the spring is flashed. This type of plastic, such as Japanese, Japanese, Japanese, and Japanese, and mechanical weight scales connect the load element ^ ~ through a mechanism to an elastic deformation coefficient of the impeachment after the load and the elastic coefficient of the elastic yellow. -· ~, Ge, & factory measurement of load size; electronic weight scales support their load components through torque elements (10ad ce 1 1), and can measure the specific conversion relationship obtained after loading. Load size. Data, through [new "Whether the body ’s foot pressure pressure is divided or not, and therefore, the body ’s body is unknowingly good or bad content." The solution is related to the current force distribution cloth can be used to control and center the right bone Deterioration can also be a technical issue "::: We attach great importance to physical health, so how to get» is also important. This type of information is, for example, temperature distribution, etc., t, body standing posture: ί: user's standing posture is balanced, and general standing posture is straight (especially due to spinal scoliosis) or balance disorder, ^ skeletal standing posture Balanced information can be noticed early: months; issues related to correct positioning to avoid health. The temperature distribution at the bottom may indicate blood circulation in the feet, which is related to heart function, so you can use Foot temperature
第5頁 M254588 四、創作說明(2) 度分佈之資訊,提醒使用者身體末梢血管循環之健康狀況 及相關機能之改變,並採取適當之保健措施。然而,前述 之體重計只提供人體體重之量測,無法提供充足之身體機 能相關訊息。因此,本創作乃是基於前述習知體重計所存 在的缺失加以改良。 《解決問題之技術手段》 關於本創作係利用一踏墊式測度裝置,以實際解決一 個甚至是數個前述相關技術中的限制及缺失。 本創作之主要目的係在提供一種踏墊式測度裝置,其 包括:一基座,其係頂面形成一板體之結構體,且該板體 中具有一顯示單元;一重力量測單元,其係一量測重力之 裝置,並裝設在該基座中以形成支撐該板體之結構,藉以 量測前述基座之板體所承受的重力,並透過該顯示單元輸 出此重力資訊;及一壓力量測單元,其係一量測壓力之裝 置,並裝設在該基座之板體中’措以量測該板體所承受之 壓力。另外,該基座之板體中,裝設一溫度量測單元,並 藉以量測該板體上表面之溫度數據。 《對先前技術之功效》 基於前述本創作踏墊式測度裝置,其可達到以下效 果: 1.藉由本創作踏墊式測度裝置,其重力量測單元及壓力量Page 5 M254588 4. Creation instructions (2) Degree distribution information to remind users of changes in the health status of peripheral blood vessel circulation and related functions, and to take appropriate health measures. However, the aforementioned scales only provide a measurement of human body weight and cannot provide sufficient information about physical functions. Therefore, this creation is based on the lack of existing known scales to improve it. "Technical means to solve the problem" About this creation, a pad-type measuring device is used to actually solve the limitations and deficiencies in one or even several of the aforementioned related technologies. The main purpose of this creation is to provide a pad-type measuring device, which includes: a base, whose top surface forms a plate structure, and the plate has a display unit; a heavy force measurement unit, It is a device for measuring gravity, and is installed in the base to form a structure supporting the board, thereby measuring the gravity of the board of the base, and outputting the gravity information through the display unit; And a pressure measuring unit, which is a device for measuring pressure, and is installed in a plate of the base to measure the pressure that the plate is subjected to. In addition, a temperature measurement unit is installed in the plate body of the base, and the temperature data of the upper surface of the plate body is measured. "Effects on the prior art" Based on the aforementioned pedal measuring device, it can achieve the following effects: 1. With this creative pedal measuring device, its weight measurement unit and pressure amount
第6頁 M254588 、創作說明(3) 单兀,除了可提供使用者體重資訊之外, 者站立時的腳底壓力分佈之功能, 具有顯示使 觀察站安平衡狀況,以避免因站姿不正 使用者可隨時 或體態的不美觀,甚至可提供居家 導致骨骼變形 具。 思心站安矯正辅助工 2 ·透過本創作踏墊式測度裝 步提供使用者站立時的腳底 者可觀察腳底溫度之變化, 健康狀況及相關機能之改變 考依據。 置 溫 而 中的溫度 度之分佈 注意到身 藉以提供 量測單元 狀況,因 體末梢血 健康保健 ,可進— 此,使用 管循環之 之評估參 為使熟悉該項技藝人士瞭解本創作之目的 效,兹藉由下述具體實施例,並配合所附之 ^特徵及功 作詳加說明如后。 β x ’對本創 【實施方式】 參考第一圖所顯示為本創作所提供之踏墊 實施方式的示意圖,該踏墊式測度裝置主要係美u度裝置 裝設一重力量測單元(2)所構成。其中,該基座%f 中 構體,其頂面形成一板體(1 1 ),且該板體(丨丨)中具=二結 示單元(1 2 ),使得該基座(1)之結構體足以承受人體—顯 力,並透過該顯示單元(1 2 )輸出該重力量測單元(2 ^重 供之資訊;該重力量測單元(2)係一量測重力之裝置所提 藉以量測前述基座(1)之板體(11)所承受的重力。 並 M254588 四、創作說明(4) 再者’前述基座(1 )之板體(1 1 )中,可裝設一溫度量 測單元(4),並藉以量測該板體(Π)上表面之溫度數據。 參考第二及第三圖所顯示為本創作所提供之踏墊式測 度裝置的一種具體化之實施例,其主要係基座(丨)中裝設 一重力量測單元(2)所構成,而各單元之詳細構成如^ : 該基座(1 )係一結構體,其頂面形成一板體Q丨),且 該板體(11)中具有一顯示單元(1 2 ),使得該基座(1)之結 構體足以承受人體之重力,並透過該顯示單元(12)輸出該 重力量測單元(2 )所提供之資訊。 該重力量測單元(2 )係由數個力矩元件(2 1) ( 1 oad c e 1 1)所構成,且各個力矩元件(2 1 )係裝設在該基座(1 )中 以形成支撐該板體(1 1)之結構,使得當該板體(丨丨)承受人 體踏重時’各個力矩元件(2丨)會分別回授一重力數據至該 顯示單元(1 2 ),而顯示該板體(丨丨)承受重力之總量。 標板 座該 之於 面設 表裝 其式 義方 定列 標排)° 座稱1) 11 角對 直以體 依1)板 )2 1 C該 1X C## 體元支 板矩以 之力藉 述個而 前各 , ,將部 者並底 再 , · 1X 置C 位體 前述之顯示單元(12)中的液晶顯示器(12b)係裝設在Page 6 M254588, Creation Instructions (3) Unit, in addition to providing the user's weight information, the function of the pressure distribution of the soles of the feet when the user is standing, with the display to make the observation station safe and balanced, to avoid users who are not standing properly. It can be unattractive at any time or in posture, and even can provide bone deformation tools at home. Sixin Stationary Correction Auxiliary Worker 2 · Through this creative step-type measuring device, the user can observe the changes in the temperature of the soles of the feet, the changes in the health status, and the related functions. The temperature and temperature distribution in the temperature is noticed to provide the measurement unit condition, which can be entered because of the peripheral blood health care. Therefore, the evaluation of the use of the tube circulation is to make those familiar with the art understand the purpose of this creation. The effects are described in detail below with reference to the following specific embodiments and the accompanying features and functions. β x 'for this invention [Embodiment] Refer to the first figure for a schematic diagram of the implementation of the pad provided by this creation. The pad measuring device is mainly a U-degree device equipped with a heavy force measuring unit (2) Made up. The top surface of the base% f forms a plate (1 1), and the plate (丨 丨) has a two-junction display unit (1 2), so that the base (1) The structure is sufficient to withstand the human body-significant force, and the heavy force measuring unit (2 ^ information for heavy supply) is output through the display unit (1 2); the heavy force measuring unit (2) is provided by a device for measuring gravity By measuring the gravity of the board (11) of the aforementioned base (1). And M254588 IV. Creation instructions (4) Furthermore, 'the board (1 1) of the aforementioned base (1) can be installed A temperature measuring unit (4) for measuring the temperature data on the upper surface of the plate body (Π). A specific embodiment of the pad-type measuring device provided in the creation is shown with reference to the second and third figures. In the embodiment, it is mainly composed of a heavy force measuring unit (2) installed in a base (丨), and the detailed structure of each unit is as follows: The base (1) is a structure, and the top surface forms a Board (Q 丨), and the board (11) has a display unit (1 2), so that the structure of the base (1) is able to withstand the gravity of the human body and pass through the body The display unit (12) outputs the information provided by the weight measurement unit (2). The weight measurement unit (2) is composed of several torque elements (2 1) (1 oad ce 1 1), and each torque element (2 1) is installed in the base (1) to form a support. The structure of the plate body (1 1) enables each moment element (2 丨) to return a gravity data to the display unit (1 2) when the plate body (丨 丨) bears the human tread. The plate (丨 丨) bears the total amount of gravity. The standard plate seat should be installed on the surface, and its type should be arranged in a row.) The seat scale is 1) 11 angles are aligned to the body according to 1) the plate) 2 1 CThe 1X C ## Voxel supports the force of the moment of the plate. Let ’s take a look at each of them, and then combine them together. · The LCD display (12b) in the aforementioned display unit (12) with 1X C position is installed in
第8頁 M254588 四、創作說明(5) 一伸縮架(12d)上,該伸縮架(12d)主要係一伸縮結構,且 其一端固設在該基座(1 )中,另一端則可隨意地向上伸長 至特定高度,並藉以提供使用者方便讀取該液晶顯示器 (1 2 b )所顯示之資訊者。 參考第四圖所顯示,前述之顯示單元(12)係具有一數 值演算元件(12a)、一液晶顯示器(12b)、一儲存裝置 12e)及一輸出入埠(12f),因此,當該基座(1)之板體 1 1 )受到人體載重時,該重力量測單元(2 )中的各個力矩 元件(2 1 )會分別支撐該板體(丨丨)所承受之總重力中的一部 份i各個力矩元件(2 1 )之重力量測資料(1 4 )會經由該顯 示單元(12)之數值演算元件(12a)加總而獲得該板體(11) =承載之總重力。接著,該顯示單元(丨2 )會再藉由數值演 二,件(1 2 a ) ’依據各個力矩元件(2丨)對應該板體(1 1 )所 5佈if標,ΐ ’以内差法計算出該板體(⑴所承載重力 ,,该顯示早元(1 2 )透過該液晶顯示器 (12 b),將所獲得之柄_ M mI A &上u i 況 不器(12b)以數字或圖像方式顯示 透過其液晶顯體(11)承載總重力及重力分佈狀 再者,該儲存、 得輸入該顯示單元^置020係一可儲存資料之裝置,使 〇2a)可儲存至誃^2)之量測資料(14)經由數值演算元件 之資料並可透過採子骏置(12e)中,且該儲存裝置(12e) B u s, U S B )之輸出通用序列匯流排(U n i v e r s a 1 S e r i a 1 ' 棒(1 2 f ),將輸出資料(1 5 )傳輪至一主Page 8 M254588 4. Creation instructions (5) A telescopic frame (12d), which is mainly a telescopic structure, and one end of which is fixed in the base (1), and the other end can be freely The ground is extended upward to a specific height, so as to provide users with a convenient way to read the information displayed on the liquid crystal display (1 2 b). Referring to the fourth figure, the aforementioned display unit (12) has a numerical calculation element (12a), a liquid crystal display (12b), a storage device 12e), and an input / output port (12f). When the plate body 1 1 of the seat (1) is subjected to a human body load, each moment element (2 1) in the weight force measuring unit (2) will support one of the total gravity of the plate body (丨 丨). The weight measurement data (1 4) of each moment element (2 1) in part i will be added up through the numerical calculation element (12a) of the display unit (12) to obtain the plate body (11) = the total gravity carried. Then, the display unit (丨 2) will perform two numerical calculations again. The pieces (1 2 a) 'according to each moment element (2 丨) correspond to the 5 mark of the plate (1 1), if the difference is within ΐ' Method to calculate the gravity of the board (⑴, the display element (1 2) through the liquid crystal display (12b), the obtained handle _ M mI A & Shangui (12b) to Digital or graphic display through its liquid crystal display (11) to bear the total gravity and gravity distribution. Moreover, the storage must be entered into the display unit. 020 is a device that can store data, so that 〇2a) can be stored to誃 ^ 2) The measurement data (14) is obtained from the data of numerical calculation components and can be passed through the picking device (12e), and the storage device (12e) B us, USB) outputs the universal serial bus (U niversa 1 S eria 1 'stick (1 2 f), pass the output data (1 5) to a master
M254588 四、創作說明(6) 機端(Η 〇 s t ),使得該顯示單元(1 2 )之數值演算元件(1 2 a ) 計算所獲得之數據資料可傳輸至個人電腦等主機端。 前述之USB介面亦可更換’而以IEEE 139 4介面取代 之0 參考第五及第六圖所顯示為關於前述踏墊式測度裝置 第一種實施方式之另一種具體化之實施例’其主要係基座 (1 )中裝設一重力量測單元(2 )所構成,而各單元之詳細構 成如下: 該基座(1)係一結構體,其頂面形成一板體(11 ),且 該板體(11)中具有一顯示單元(1 2 ),使得該基座(1)之結 構體足以承受人體之重力,並透過該顯示單元(1 2 )輸出該 重力量測單元(2 )所提供之資訊。另外,該板體(1 1 )頂部 係固設一掃描裝置(1 3 )。M254588 4. Creation instructions (6) The machine terminal (Η 〇 s t), so that the data obtained by the calculation unit (1 2 a) of the display unit (1 2) can be transmitted to the host computer and other personal computers. The aforementioned USB interface can also be replaced. '0 replaced by the IEEE 139 4 interface. Referring to the fifth and sixth figures, another embodiment of the first embodiment of the aforementioned pad-type measuring device is shown. A heavy force measuring unit (2) is installed in the base (1), and the detailed structure of each unit is as follows: The base (1) is a structural body, and a plate (11) is formed on the top surface. And the plate body (11) has a display unit (1 2), so that the structure of the base (1) is sufficient to withstand the gravity of the human body, and the weight measurement unit (2) is output through the display unit (1 2). ). In addition, a scanning device (1 3) is fixed on the top of the plate (1 1).
該重力罝測單元(2 )係一磅秤結構(2 2 ),該磅秤結構 (2 2 )係裝設在該基座(1 )中以形成支撐該板體(丨丨)之結 構,使付當忒知描裝置(丨3 )承受人體踏重時,該板體(丨工、 會將重力傳輸至該碎蘇沾诚/ ' _ ^ M ? g杆…構(2 2 )而回授一總重力數據至該 顯不早兀QJLZ)’而顯子上 T 5亥板體(1 1 )承受重力之總量。 前述之基座(1)中 的婦描裝置(1 3 )係一般圖像掃描The gravity measurement unit (2) is a scale structure (2 2), and the scale structure (2 2) is installed in the base (1) to form a structure supporting the plate body (丨 丨), so that When the tracing device (丨 3) bears the weight of the human body, the plate (the tool will transmit gravity to the broken Su Zancheng / '_ ^ M? G rod ... structure (2 2) and feedback a total gravity The data shows that this is not early QJLZ) 'and the total amount of gravity on the T 5 Hai plate (1 1) on the exon. The women's tracing device (1 3) in the aforementioned base (1) is a general image scanning
M254588 丨、創作說明 裝置,其 時,使用 血液往低 腳底血色 再者 板(13a) 溫程度而 當該透明 導致該感 透過該掃 分析腳底 (7) ____ 頂面係一透明板體,當 者之腳底微血管备受腳=明板體承受人體墙重 壓處流動,因心:广=力分佈影響,而使得 分佈,即可分析腳壓分;描裝置(13)掃插其 ,前述之基座(1)中的掃描 ,該感溫板⑴a)係一種高、置(丄3)附設-感溫 使得該感溫板(13a)產子,且會因為高 板體承受人體踏重:估顏色色階變化。因此, 度分佈而產生色階變化,使得可 =其感溫板(13a)色階分佈,即可 μ度之分佈狀態。 之顯示單元(12)係具有—數值演算元件(i2a)及 ^(1叫之1置,因此,當該基座⑴之板體 α #體載重並產生壓力分佈時,該重力量測單元 的磅秤結構(22)會分別支撐該板體(11)所承受之總 & $ $且該顯不單兀(12)會藉由該液晶顯示器(12b)顯示 載^總重力。另外,該顯示單元(12)會再藉由其數值 廣ΐ ί 4 (1 2 a),依據各個壓力元件(3 1)對應該板體(11) 所定$之座標位置,以内差法計算出該板體(丨丨)所承受壓 力之刀佈狀况。最後,該顯示單元(1 2 )透過該液晶顯示器 (12b),將所獲得之壓力分佈狀況,透過其液晶顯示器 (12b)以數字或圖像方式顯示。M254588 丨 Create the description device. At this time, use the blood to lower the soles of the feet and the temperature of the plate (13a). When the transparency causes the feeling, analyze the soles of the feet (7) through the scan. ____ The top surface is a transparent plate. The microvasculature on the bottom of the foot is greatly affected by the flow of the foot = exposed plate under the weight of the human body wall. Due to the influence of the heart: broad = force distribution, the distribution of the foot pressure can be analyzed; Scanning in the seat (1), the temperature sensitive plate ⑴a) is a kind of high, (3) attached-temperature sensing makes the temperature sensitive plate (13a) give birth, and will bear human body weight because of the high plate: estimate color Level changes. Therefore, the gradation changes due to the degree distribution, so that the gradation distribution of the temperature sensing plate (13a) can be obtained, that is, the distribution state of μ degree. The display unit (12) has-a numerical calculation element (i2a) and ^ (1 is called 1 set, so when the plate α # body of the base 载 is loaded and a pressure distribution is generated, the weight measurement unit The scale structure (22) will respectively support the total & $ $ that the board (11) bears and the display unit (12) will display the total weight of the load through the liquid crystal display (12b). In addition, the display unit (12) Based on the value of 4 (1 2 a), according to the coordinate position of the plate (11) corresponding to each pressure element (3 1), the plate is calculated using the internal difference method (丨丨) The condition of the knife cloth under pressure. Finally, the display unit (1 2) displays the obtained pressure distribution status through the liquid crystal display (12b) in a digital or graphic manner through the liquid crystal display (12b). .
M254588 四、創作說明(8) 參考第七圖所顯示為本創作所提供之踏墊式測度裝置 實施方式的示意圖’該踏墊式測度裝置主要係基座(丨)中 裝設一重力量測單元(2 )及一壓力量測單元(3 )所構成。其 中,該基座(1 )係一結構體,其頂面形成一板體(丨丨),且 該板體(11)中具有一顯示單元(1 2 ),使得該基座(1)之結 構體足以承受人體之重力,並透過該顯示單元(12)輸出該 重力量測單元(2 )所提供之資訊;該重力量測單元(2 )係一 量測重力之裝置’並藉以量測前述基座(1)之板體(丨丨)所 承受的重力;該壓力量測單元(3)係裝設在該基座(丨)之板 體(11 )中’使得當該板體(1丨)承受人體踏重時,可回授一 壓力數據’並藉以量測該板體(11)所承受之壓力。 參考第八及第九圖所顯示為關於前述踏墊式測度裝置 第二種實施方式之一種具體化之實施例,其主要係基座 (D中裝設一重力量測單元(2 )及一壓力量測單元(3 )所構 成,而各單元之詳細構成如下: 該基座(1)係一結構體,其頂面形成一板體(丨丨),且 該板體(11)中具有一顯示單元(12),使得該基座(1)之結 構體足以承受人體之重力,並透過該顯示單元(1 2 )輸出該 重力量測單元(2 )所提供之資訊。 該重力量測單元(2 )係一磅秤結構(2 2 ),該磅秤結構M254588 IV. Creative Instructions (8) Refer to Figure 7 for a schematic diagram of the implementation of the pad-type measurement device provided for this creation. 'The pad-type measurement device is mainly equipped with a heavy force measurement in the base (丨). Unit (2) and a pressure measurement unit (3). Wherein, the base (1) is a structure, and a top surface forms a plate (丨 丨), and the plate (11) has a display unit (1 2), so that the base (1) The structure is capable of withstanding the gravity of the human body, and outputs the information provided by the heavy force measuring unit (2) through the display unit (12); the heavy force measuring unit (2) is a device for measuring gravity and uses it to measure The gravity of the plate body (丨 丨) of the aforementioned base (1); the pressure measuring unit (3) is installed in the plate body (11) of the base (丨), so that when the plate body ( 1 丨) When the human body is under heavy load, a pressure data can be returned and the pressure on the board (11) can be measured. Referring to the eighth and ninth figures, a specific embodiment of the second embodiment of the aforementioned pad-type measuring device is shown, which is mainly a base (a heavy force measuring unit (2) and a The pressure measurement unit (3) is composed, and the detailed structure of each unit is as follows: The base (1) is a structural body, and a top surface forms a plate (丨 丨), and the plate (11) has A display unit (12) enables the structure of the base (1) to withstand the gravity of the human body, and outputs the information provided by the weight measurement unit (2) through the display unit (1 2). The unit (2) is a scale structure (2 2), the scale structure
M254588 四、創作說明(9) (22)係裝設在該基座(1)中以形成支撐該板體(11)之結 構’使得當该板體(1 1 )承^:人體踏重時,該榜秤結構(2 2 會回授一總重力數據至該顯示單元(丨2 ),而顯示該板體 (1 1 )承受重力之總量。 該壓力量測單元(3 )係由數個壓力元件(3丨)所構成, 且各個壓力元件(3 1 )係適當地排列裝設在該基座(丨)之板 體(11)中’使得當該板體(11 )承受人體踏重時,各個壓力 元件(3 1 )會分別回授一壓力數據至該顯示單元(丨2 ),而顯 示該板體(1 1 )各個位置所承受之壓力。 前述之壓力元件(3 1 )係一種電阻式壓力元件,其具有 特定之壓力與電阻關係,因此,可藉由回饋該壓力元件 (3 1 )之電阻值,而獲得對應該電阻值之壓力大小。 再者’前述之板體(11)依直角座標定義其表面之座標 位置,並將各個壓力元件(3 1)以對稱排列方式裝設於該板 體(11)上表面,而藉以量測人體載重時所產生的局部壓 力。 前述之顯示單元(12)係具有一數值演算元件(12a)及 一液晶顯示器(12b)之裝置,因此,當該基座(1)之板體 (11)受到人體載重並產生壓力分佈時,該重力量測單元 (2 )中的時秤結構(2 2 )會分別支撐該板體(11 )所承受之總M254588 4. Creation instructions (9) (22) are installed in the base (1) to form a structure that supports the board (11), so that when the board (1 1) bears ^: when the human body is stepped on The scale structure (2 2 will return a total gravity data to the display unit (丨 2), and display the total amount of gravity that the board (1 1) bears. The pressure measurement unit (3) is composed of numbers The pressure element (3 丨) is composed, and each pressure element (3 1) is appropriately arranged and installed in the plate body (11) of the base (丨), so that when the plate body (11) withstands human body stepping During heavy load, each pressure element (3 1) will feedback a pressure data to the display unit (丨 2), and display the pressure on each position of the plate (1 1). The aforementioned pressure element (3 1) It is a resistive pressure element, which has a specific pressure and resistance relationship. Therefore, the pressure value corresponding to the resistance value can be obtained by returning the resistance value of the pressure element (3 1). (11) Define the coordinates of the surface according to the right-angle coordinates, and mount each pressure element (3 1) in a symmetrical arrangement. On the upper surface of the plate (11), the local pressure generated when measuring the load of the human body is measured. The aforementioned display unit (12) is a device having a numerical calculation element (12a) and a liquid crystal display (12b), so When the plate body (11) of the base (1) receives a human body load and generates a pressure distribution, the time scale structure (2 2) in the weight measuring unit (2) will support the plate body (11) respectively. Total
M254588 四、創作說明(10) 重力’且该顯示單元(12 )會藉由該液晶顯不為(12b )顯不 所承載之總重力。另外,該顯示單元(1 2 )會再藉由其數值 演算元件(1 2 a ),依據各個壓力元件(3 1)對應該板體(11) 所疋義之座標位置,以内差法計算出該板體(1 1 )所承受壓 力之分佈狀況。最後,該顯示單元(1 2 )透過該液晶顯示器 (12b),將所獲得之壓力分佈狀況,透過其液晶顯示器 (12b)以數字或圖像方式顯示。 ^ 以上所述者僅為 企圖具以對本創作作 同之創作精神下所作 應包括在本創作意圖 用以解釋本創作之較佳實施例,並非 任何形式上之限制,是以,凡有在相 有關本創作之任何修飾或變更,皆仍 保護之範缚。M254588 IV. Creative Instructions (10) Gravity ’and the display unit (12) will display the total gravity carried by (12b) display through the LCD. In addition, the display unit (1 2) will calculate the internal difference method according to the coordinate position of the plate (11) corresponding to each pressure element (3 1) by its numerical calculation element (1 2 a). Distribution of the pressure on the board (1 1). Finally, the display unit (12) displays the obtained pressure distribution status through the liquid crystal display (12b) through the liquid crystal display (12b) in a digital or image manner. ^ The above is only an attempt to have the same creative spirit as this creation, and it should be included in the present invention to explain the preferred embodiment of this creation. It is not a limitation in any form. Any modification or modification of this creation is still protected.
第14頁 M254588 圖式簡單說明 【圖式簡單說明】 第一圖為顯示本創作踏墊式測度裝置第一種實施方式之示 意圖; 第二圖為顯示關於第一圖踏墊式測度裝置具體化實施例之 側視圖; 第三圖為顯示關於第一圖踏墊式測度裝置具體化實施例之 4府視圖, 第四圖為顯示關於本創作踏墊式測度裝置之部分元件關聯 圖, 第五圖為顯示關於第一圖踏墊式測度裝置另一具體化實施 例之側視圖; 第六圖為顯示關於第一圖踏墊式測度裝置另一具體化實施 例之俯視圖; 第七圖為顯示本創作踏墊式測度裝置第二種實施方式之示 意圖; 第八圖為顯示關於第六圖踏墊式測度裝置具體化實施例之 側視圖; 第九圖為顯示關於第六圖踏墊式測度裝置具體化實施例之 俯視圖。Page 14 M254588 Brief description of the drawings [Simplified description of the drawings] The first diagram is a schematic diagram showing the first embodiment of the stepped measuring device of the present creation; the second diagram is the embodiment of the first stepped measuring device The side view of the embodiment; the third figure is a view showing a specific embodiment of the first embodiment of the pad-type measuring device, and the fourth figure is a diagram showing a part of the components related to the creative pad-type measuring device, the fifth The figure is a side view showing another specific embodiment of the mat-type measuring device of the first figure; the sixth figure is a plan view showing another embodiment of the mat-type measuring device of the first figure; the seventh figure is a display The schematic diagram of the second embodiment of the present invention of the pad measuring device; FIG. 8 is a side view showing a specific embodiment of the pad measuring device of FIG. 6; FIG. 9 is a view showing the pad measuring of FIG. 6 Top view of a device embodiment.
第15頁 M254588 圖式簡單說明 顯示單元(1 2 ) 數值演算元件(12a) 液晶顯示器(12b) 伸縮架(1 2 d ) 儲存裝置(1 2 e ) 輸出入埠(1 2 f ) 掃描裝置(1 3 ) 感溫板(1 3 a ) 量測資料(1 4 ) 輸出資料(1 5 ) 重力量測單元(2 ) 力矩元件(2 1) 磅秤結構(2 2 ) 壓力量測單元(3 ) 壓力元件(3 1 ) 溫度量測單元(4 )Page 15 M254588 Schematic description of display unit (1 2) Numerical calculation element (12a) Liquid crystal display (12b) Telescopic frame (1 2 d) Storage device (1 2 e) Input / output port (1 2 f) Scanning device ( 1 3) Temperature sensor (1 3 a) Measurement data (1 4) Output data (1 5) Weight measurement unit (2) Torque element (2 1) Scale structure (2 2) Pressure measurement unit (3) Pressure element (3 1) Temperature measuring unit (4)
第16頁Page 16
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW93202091U TWM254588U (en) | 2004-02-13 | 2004-02-13 | Pad type measurement device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW93202091U TWM254588U (en) | 2004-02-13 | 2004-02-13 | Pad type measurement device |
Publications (1)
Publication Number | Publication Date |
---|---|
TWM254588U true TWM254588U (en) | 2005-01-01 |
Family
ID=35615222
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
TW93202091U TWM254588U (en) | 2004-02-13 | 2004-02-13 | Pad type measurement device |
Country Status (1)
Country | Link |
---|---|
TW (1) | TWM254588U (en) |
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI414806B (en) * | 2010-06-30 | 2013-11-11 | Univ Vanung | Position read control system |
TWI566747B (en) * | 2014-06-25 | 2017-01-21 | Hungkuang Univ | Foot center of gravity offset assessment system |
TWI665363B (en) * | 2018-05-02 | 2019-07-11 | 李柏熙 | Sensing floor and sensing floor care system |
TWD213084S (en) | 2020-12-07 | 2021-08-01 | 高雄榮民總醫院 | Calf, ankle and foot restraint |
-
2004
- 2004-02-13 TW TW93202091U patent/TWM254588U/en not_active IP Right Cessation
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI414806B (en) * | 2010-06-30 | 2013-11-11 | Univ Vanung | Position read control system |
TWI566747B (en) * | 2014-06-25 | 2017-01-21 | Hungkuang Univ | Foot center of gravity offset assessment system |
TWI665363B (en) * | 2018-05-02 | 2019-07-11 | 李柏熙 | Sensing floor and sensing floor care system |
TWD213084S (en) | 2020-12-07 | 2021-08-01 | 高雄榮民總醫院 | Calf, ankle and foot restraint |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
CN102355855B (en) | Bioinformation measurement device, bioinformation measurement method, and body composition measurement device | |
van Dieën et al. | Validity of estimates of spinal compression forces obtained from worksite measurements | |
EP2687158B1 (en) | Biometric apparatus and computer-readable storage medium storing body image creating program | |
JP5676630B2 (en) | Fitness test system | |
JP4521040B2 (en) | Calorie consumption measuring device and calorie consumption measuring method | |
TWI344837B (en) | ||
CN101969847B (en) | Posture evaluating apparatus | |
TWD148103S1 (en) | Body composition analyzer with scale | |
JP2016195650A (en) | Balance ability measuring method, and balance ability measuring apparatus | |
JPH10192258A (en) | Adipometer | |
Hamilton et al. | Effects of BMI and task parameters on postural sway during simulated small parts assembly | |
TWM254588U (en) | Pad type measurement device | |
CN203163864U (en) | Body weight scale with body mass index display function | |
CN108523898A (en) | A kind of Old Men test chair | |
TWI290058B (en) | Physical fitness information display system | |
JP2010086220A (en) | Health management system, measurement terminal, and server | |
KR200421254Y1 (en) | Portable digital body weight scale | |
JP5419646B2 (en) | Weight measurement system | |
CN102512167A (en) | Body composition detector | |
CN205642279U (en) | Detection device who meets an emergency suitable for concrete | |
CN210813699U (en) | Treadmill capable of weighing | |
CN206910260U (en) | A kind of intelligent infant bathtub | |
RU75738U1 (en) | ELECTRONIC ELECTRONIC FLOOR SCALES FOR MONITORING THE BODY WEIGHT DISTRIBUTION IN A PERSON STANDING ON THEM | |
CN108477903A (en) | A kind of intelligence leisure chaise longue | |
CN206037996U (en) | Resistance -type of meeting an emergency level indication meter |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
MM4K | Annulment or lapse of a utility model due to non-payment of fees |