CN1167593A - Electronic measuring shoes - Google Patents

Electronic measuring shoes Download PDF

Info

Publication number
CN1167593A
CN1167593A CN 96107665 CN96107665A CN1167593A CN 1167593 A CN1167593 A CN 1167593A CN 96107665 CN96107665 CN 96107665 CN 96107665 A CN96107665 A CN 96107665A CN 1167593 A CN1167593 A CN 1167593A
Authority
CN
China
Prior art keywords
fluid
microprocessor
shoe
number
temperature
Prior art date
Application number
CN 96107665
Other languages
Chinese (zh)
Inventor
黄添财
Original Assignee
黄添财
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 黄添财 filed Critical 黄添财
Priority to CN 96107665 priority Critical patent/CN1167593A/en
Publication of CN1167593A publication Critical patent/CN1167593A/en

Links

Abstract

An electronic weight-measuring shoe is composed of a shoe body, a fluid bag, a pressure sensor, a temp. sensor, a circuit board, a LCD, and the pressure converter circuit, temp compensator circuit and microprocessor on the circuit board. The error caused by temp change which can make the pressure of fluid in the fluid bag vary can be automatically corrected by the temp compensator connected to temp sensor and sending the converted eletric signal to microprocessor. Its advantage is high correctness.

Description

电子测数鞋 The number of electrons detected shoes

本发明涉及一种测数鞋,特别是有关一种可量测体重、计步及概略推算所耗卡路里数的电子测数鞋。 The present invention relates to a number of measuring shoe, more particularly to a scalable weight, and step counting the number of electrons measured schematic estimated number of calories consumed shoe.

一般量测体重需藉由体重计,但体重计随射携带不方便,体重值无法随时量测;计步的功能需藉由计步器,散步运动时,可能忘了带计步器,以至于无法计步。 General body weight was measured by the weight scale required, but is inconvenient to carry the weight scale with the shot, the weight value can not be measured any time; pedometer function required by a pedometer, a walk motion, may pedometer forgot to As for not pedometer.

体重超重时,表示体内累积的脂肪太多,亦即体内累积的卡路里热量太多,因此医师常会告知患者每日需消耗多少卡路里热量,根据医界告知,如慢步行走,速率为每小时4公里时,则每小时每公斤体重约消耗2.0卡路里热量。 When overweight, represents too much fat accumulation in the body, i.e., in vivo accumulation of too many calories, so physicians often inform the patient consumes how many calories per day, according to inform the medical community, such as walk to walk at a rate of 4 per hour when kilometers, per hour per kilogram of body weight is about 2.0 calories consumed. 如快步行走,速率每小时6.4公里时,则每小时每公斤体重约消耗3.4卡路里热量。 Such as brisk walking, when the rate of 6.4 kilometers per hour, per hour per kilogram of body weight is about 3.4 calories consumed. 如急步行走,速率为每小时8.5公里时,则每小时每公斤体重约消耗9.3卡路里热量。 The walk hurriedly a rate of 8.5 kilometers per hour, per hour per kilogram of body weight is about 9.3 calories consumed. 据此数据,可确实遵守医师的嘱咐实行,以维持健康,但要计算此数据,则一般的运动器材无法办到。 According to this data, compliance may indeed asked physicians to implement in order to maintain health, but to calculate this data, the general sports equipment can not be done.

常用的计步器设计挂在使用者的身体,对使用者运动前与运动后取放十分不方便,另外,走路时可能因为振动太小,造成计数错误。 Conventional pedometer in the user's body hanging design, the user moves the front and rear of the pick and place motion very inconvenient, Further, since the vibration may be too small, resulting in an error count when walking.

由此,本发明的目的在于提供一种鞋子,它不需额外器材,可由鞋子本身,除具有量测体重、计步的功能外,还具有因温度变化而产生误差时能产生温度补偿作用的功能。 Accordingly, an object of the present invention is to provide a shoe, it does not require additional equipment, shoe itself may, in addition to having a body weight was measured, the step counting function, but also has a role to produce temperature compensation due to temperature changes when an error Features.

本发明的另一目的在于提供一种鞋子,可测知使用者的体重与踏步数的乘积以推算所耗的卡路里数,使数据随时可得,不需额外的器材,便可由鞋子本身达到所需求的数据。 Another object of the present invention is to provide a shoe, the product can be sensed weight and the number of stepping the user to calculate the number of calories consumed, so that the data readily available, no additional equipment, can be achieved by the shoe itself data requirements.

本发明的电子测数鞋,其主要包括一鞋体、一流体囊、一压力感应器、一温度感应器、一电路板以及一液晶显示器。 Measuring the number of electrons shoes of the invention, which comprises a main shoe body, a fluid bag, a pressure sensor, a temperature sensor, a circuit board and a liquid crystal display.

该鞋体为一般的鞋体,鞋体种类可以为童鞋、男鞋、女鞋、皮鞋、运动鞋等等,该鞋体具有一鞋面与一鞋底,该鞋底具有一容置空间。 The shoe body is the general structure of the shoe type shoe body may shoes, men's shoes, women's shoes, shoes, sports shoes and the like, the shoe having a vamp and a sole, the sole having a receiving space.

流体囊,置于该鞋底的容置空间,该流体囊充满流动体,流动体可以为气体(例如空气、氮气)、液体(例如水)或硅胶等等。 A fluid bladder, the accommodating space of the sole, the body fluid-filled sac flow, the fluid may be a gas (e.g. air, nitrogen), liquids (e.g., water) or silica gel and the like. 该鞋底的容置空间可有适当的加强肋或隔间,以强化鞋底结构、配合流体囊的容置及定位流体囊,流体囊内填充有气体或液体。 Accommodating space of the sole may have suitable reinforcing ribs or compartments, in order to strengthen the sole structure, with the fluid receiving and positioning the balloon in the bladder fluid, the fluid capsule filled with a gas or a liquid. 有关该流体囊的形状可以为任何形状,亦可以分为复数个流体室,各流体室相互连通,例如流体囊可以具有一前流体室、一中流体室与一后流体室;流体囊可有一出口,出口可位于流体囊的任何位置。 For the fluid bladder shape may be any shape, also can be divided into a plurality of fluid chambers, each fluid chamber communicating with each other, such as a fluid bladder may have a front fluid chamber, a fluid chamber and a rear fluid chamber; fluid bladder may have a outlet, the fluid outlet may be located at any position of the balloon.

压力感应器可与流体囊的流动体相接触以感测流动体的压力,该压力感应器可置于流体囊之内;或使该流体囊具有一出口,该出口具有一隔膜,该压力感应器连接一连接头,该连接头具有一通孔及一突出刺,当该连接头套接于该流体囊的出口时,该连接头的突出刺可刺破该流体囊出口的隔膜,使该流体囊的流动体可经该连接头的通孔而与压力感应器相连通。 A pressure sensor may be in fluid flow contact with the bladder to the pressure sensing flow body, the pressure sensor may be disposed within the fluid bag; or that the balloon has a fluid outlet, the outlet having a diaphragm, the pressure sensing connecting a connector, the connector having a through hole and a projecting spines, when the connecting headgear connected to the fluid bladder outlet, the connector projecting spines pierceable fluid bladder outlet of the separator, so that the fluid bladder flow body may be in communication with the pressure sensor through the through hole of the connector.

温度感应器,置于该流体囊内,与该流动体相通,亦可置于压力感应器的侧边或紧贴,以感测该流动体的温度;本发明是利用流体囊内流动体的恒定体积承受压力时,因体积变化而得出感应值,但当流体囊内的流动体,因温度变化而产生冷缩热胀时,此时流体囊内流动体的恒定体积本身已产生误差,因此测出的值肯定有误差,故需一温度感应器,将温度值提供于温度补偿电路,由温度补偿电路予以修正,因此流体囊内的流动体,以受温度变化影响较小时为佳。 Temperature sensor, disposed in the intracapsular fluid, the flow communication with the body, also placed in a pressure sensor or the side close to sense the temperature of the fluid; the invention is the use of fluid flow body capsule constant volume when under pressure due to volume change sensed value obtained, but in fluid flow within the balloon, due to temperature changes produce thermal expansion or contraction, this time constant volumetric fluid flow body capsule itself an error, Thus the measured value must have an error, it takes a temperature sensor, the temperature values ​​are provided in the temperature compensation circuit, it is modified by the temperature compensation circuit, and therefore in fluid flow within the capsule to less affected by temperature changes when preferred.

电路板置于鞋底的容置空间,电路板具有一压力转换电路、一温度补偿电路、一微处理器,该压力转换电路电连接于压力感应器,可将压力感应器所感测的压力,转换成一电气信号传送给微处理器,供微处理器计算以得到一数值,而温度补偿电路电连接温度感应器,可将温度感应器所感测的温度,转换成一电气信号传送给微处理器,供该微处理器计算,以使流体囊内的流动体因温度变化而产生误差时,能产生温度补偿作用。 A circuit board placed in the soles of the receiving space, a circuit board having a pressure-converting circuit, a temperature compensation circuit, a microprocessor, the pressure of the pressure transducer circuit is electrically connected to the pressure sensor, the pressure sensor can be sensed, converted into an electrical signal to the microprocessor, the microprocessor for the calculation to obtain a value, and the temperature compensation circuit is electrically connected to a temperature sensor, the measured temperature may be a temperature sensing sensor, converted into an electrical signal to the microprocessor, for the microprocessor calculates, so that the flow of fluid within the balloon body when an error due to temperature changes, can produce a temperature compensation effect.

液晶显示器电连接微处理器,可显示微处理器,处理使用者所选择项目的数值,该液晶显示器可置于鞋面的任何位置,为方便观察阅读该液晶显示器,最好将该液晶显示器置于鞋面的前方醒目处。 The liquid crystal display is electrically connected to a microprocessor, the microprocessor may be displayed numerical items, the process selected by the user, the liquid crystal display may be placed anywhere in the upper, to facilitate observation of the liquid crystal display to read, preferably opposite the liquid crystal display in front of the upper eye-catching place.

本发明的电子测数鞋,其中该微处理器电连接一功能键,该微处理器具有一显示模式,该显示模式依据该功能键的状态更改,其中该显示模式包括一最大重量显示模式与一计次数显示模式;该最大重量显示模式由该微处理器所得的最大数值,并命令该液晶显示器显示,此时具有体重计的功能。 Measuring the number of electrons shoes of the invention, wherein the microprocessor is electrically connected with a function key, the microprocessor having a display mode, the display mode is changed depending on the state of the function keys, wherein the display mode includes a display mode and a maximum weight the count display mode; the maximum weight of the maximum value of the display mode from the resulting microprocessor, and instructs the display liquid crystal display, this time with the weighting function. 该计次数显示模式,系由该微处理器计算得到的数值上升及下降至某一程度为一次,如此累积次数且命令该液晶显示器显示,此时具有计步的功能。 The count of the display mode, the coefficient values ​​calculated by the microprocessor to give the rise and fall to a certain degree of time, and instructs the cumulative number of such liquid crystal display, in this case has a function of counting steps.

本发明的电子测数鞋,可以是左鞋亦可以为右鞋,当然亦可以是一双鞋子(左鞋与右鞋)均为电子测数鞋。 Measuring the number of electrons of the shoe according to the present invention may also be that the left shoe and right shoe, of course, also be a pair of shoes (left shoes and right shoes) electrons are measured shoes. 量测体重时,将功能键切换至体重计功能,当使用者以单脚站立将全身重量施压于流体囊时,液晶显示器即可显示出使用者的体重。 When the body weight was measured, the function key to switch to the weighting function, when the user is standing on one foot to the body weight of the fluid pressure in the balloon, the liquid crystal display to display the user's weight. 计步时,将功能键切换至计步器功能,当使用者走路时,液晶显示器即可显示出使用者的步数,受力及次数的乘积则随时累加记录于微处理器,只要再按一次功能键,即可将乘积累加值显示出来。 When the pedometer, the pedometer function to switch key function, when the user walks, the liquid crystal display to display the number of steps of the user, the product of the force and frequency of the microprocessor at any time accumulated record, simply press a function key, you can take the accumulated bonus will be displayed. 当量测所耗的卡路里数时,将功能键切换至卡路里计数功能。 When the number of calories consumed as measured equivalents of the function key to switch to the calorie count function.

现根据实施例并结合附图对本发明上述的目的、特征及其他功效与优点作具体介绍,定能从中了解本发明的精神。 According to the embodiment now to the drawings and in conjunction with the above-described objects, features and other effects and advantages of the invention will be specifically described, it will be understood from the spirit of the invention.

图1是本发明的分解结构示意图。 1 is a schematic exploded structure of the present invention.

图2A是本发明的组合结构示意图。 2A is a schematic view of the combination of the present invention.

图2B是本发明导流管的第一端套接在流体囊出口的一个实施例剖面示意图。 FIG 2B is a first embodiment of a sleeved end of the draft tube of the present invention, the fluid outlet of the balloon cross-sectional schematic view of embodiment.

图3是本发明的电路方块图。 FIG 3 is a circuit block diagram of the present invention.

图4是本发明具有温度补偿作用的电路图。 FIG 4 is a circuit diagram of the present invention have temperature compensation effect.

参照图1,本发明的电子测数鞋,其包括一鞋体10、一流体囊20、一压力感应器30(图1中未示出)、一温度感应器35(图中未示出)一电路板40以及一液晶显示器50、一水银电池60、一电源按钮70以及一功能键90。 Referring to FIG. 1, the number of electrons measured shoes of the invention, comprising a shoe body 10, a fluid bag 20, a pressure sensor 30 (in FIG. 1 not shown), a temperature sensor 35 (not shown) a circuit board 40, and a liquid crystal display 50, a mercury battery 60, a power button 70 and a function key 90. 其鞋体10具有一鞋面11与一鞋底12,液晶显示器50嵌合于鞋面11的前方,流体囊20、电路板40以及一作为电源的水银电池60均置于该鞋底12的容置空间13,电源按钮70以及功能键90设于鞋底12的一侧。 Which shoe 10 has a sole 12 with a front, a liquid crystal display 50 is fitted to the upper 11 of a shoe upper 11, the fluid bladder 20, the circuit board 40, and a mercury batteries as a power source 60 are disposed in the accommodating sole 12 space 13, a power button 70 and function keys 90 disposed on a side of the sole 12.

参照图2A及图2B,该流体囊20分为一前流体室21、一中流体室22与一后流体室23,各流体室相互连通,流体囊20具有一出口24位于该中流体室22。 Referring to FIGS. 2A and 2B, the fluid bladder 20 is divided into a front fluid chamber 21, a fluid chamber 22 and 23, each fluid chamber communicating with each other, the fluid bladder 20 and a rear fluid chamber having a fluid outlet 24 located in the chamber 22 . 该出口24具有一隔膜25,该压力感应器30及温度感应器35与一连接头80组合,该连接头80具有一通孔81及一突出刺82,由于连接头80是紧密套接于流体囊20,当该连接头80套接于该流体囊20的出口24时,该连接头80的突出刺82可供刺破该流体囊20出口24的隔膜25,使该流体囊20的流体可经该连接头80的通孔81与压力感应器30及温度感应器35相连通。 The outlet 24 having a diaphragm 25, the pressure sensor 30 and temperature sensor 35, 80 in combination with a connector, the connector 80 has a through hole 81 and a projecting spines 82, since the connection head 80 is closely sleeved fluid bladder 20, when the socket connector 80 of the balloon 20 in the fluid outlet 24, the connecting projection 80 of the thorn 82 for piercing the septum 25 20 bladder fluid outlet 24, so that the fluid 20 may be a fluid bladder the connector 80 through hole 81 with the pressure sensor 30 and temperature sensor 35 in communication.

流体囊20装置于该鞋底12的容置空间13,使用者穿鞋时,身体重力落于此流体囊20上,而与其连接的压力感应器30便感测到流体囊20受压情形,同时温度感应器35亦感测到流体囊20内流动体的温度。 Means balloon fluid 20 in the accommodating space 12 of the sole 13, when the user wearing shoes, body fluid thereto gravity falls on the balloon 20, and connected thereto a pressure sensor 30 will sense the fluid pressure bag case 20, while temperature sensor 35 also senses the temperature of the fluid within the bladder 20 of the flow body.

参照图3及图4,由压力感应器30测到流体囊20内流动体的压力后,经缓冲、放大电路2,输出一电压信号;而温度感应器35测到流体囊20内流动体的温度后,经缓冲、放大电路3后,输出一温度信号,输出的二信号经由总和相加电路4处理后,输出一电压信号(亦可为输出一电流信号),再经一电压/频率转换电路5(内含电压控制振荡器)(如输出为电流讯号则改为电流/频率转换电路),转换为频率输出,其后由微处理器6处理,再经由液晶显示器50显示其结果,而选择微处理器6的各种功能显示,则由外接的功能键90控制。 Referring to FIG. 3 and FIG. 4, sensed by the pressure sensor 30 to the fluid bladder pressure 20 flow body, the buffer amplifier 2, the output a voltage signal; and the temperature sensor 35 senses the fluid bladder flow 20 body after the temperature, the buffered, amplifying circuit 3, a temperature output signal, the output of the second signal processing circuit 4 via the addition sum, an output voltage signal (a current signal may also be output), then by a voltage / frequency converter 5 circuit (voltage controlled oscillator intron) (e.g., the output current signal to the current / frequency converter circuit), is converted to an output frequency, subsequently processed by a microprocessor 6, and then the result is displayed via the liquid crystal display 50, and 6 select various functions of the display microprocessor, the function key 90 by an external control.

电源开关省电电路7,连接于微处理器6,该电源开关省电电路7包括一电源按钮70、一线性开关71,当电源按钮70被按下时,电源经线性开关71接到微处理器6的电源端,启动系统。 Power saving switch circuit 7, a microprocessor 6 is connected to the power switching circuit 7 includes a power saving button 70, a linear switch 71, when the power button 70 is depressed, the power switch 71 to the linearized microprocessor power supply terminal 6, the system startup. 系统启动后,信号送至线性开关的G2将电源锁定。 After the system starts, G2 signal to the linear power lock switch. 直到下一次微处理器6再使电源按钮70被按下时,即切断G2讯号,此时将使电源关掉。 6 again until the next time the microprocessor 70 so that when the power button is pressed, i.e. cutting G2 signal, will turn off the power at this time.

功能键90,电连接于微处理器6,藉助此功能键90的使用可切换多种功能,它由微处理器6内部的软件设定而执行,简单且易达成。 Function key 90 is electrically connected to a microprocessor 6, by means of the function keys 90 can be switched using a variety of functions, it is performed by an internal software of the microprocessor 6 is set, simple and easy to achieve. 其多种功能说明如下:1、重量显示,微处理器6将每隔0.3至0.5秒,将目前重量显示于液晶显示器50上。 Description its multiple functions are as follows: 1, by weight of the display, the microprocessor 6 every 0.3 to 0.5 seconds, the weight is currently displayed on the liquid crystal display 50.

2、最大重量显示,微处理器6将显示目前最大值,直到下一个更大值时才被取代,跳离此功能时,将重置最大值。 2, show the maximum weight, the microprocessor 6 will show the current maximum value, a substituted only until the next higher value when the jump off this feature, resets the maximum value.

3、次数显示,微处理器6内部设定一预设值,当重量超过此值再下降时,微处理器6将加一,以此计算总共按压次数。 3, the number of the display, the microprocessor 6 is set inside a predetermined value, when the weight exceeds this value then decreased, to add a microprocessor 6, in order to calculate the total number of presses. 亦即使用者在跑步(走路)时,当使用者穿本发明的电子测数鞋的脚着地时,感测到的重量超过预设值,又当穿电子测数鞋的脚抬起时,感测到的重量小于预设值,于是微处理器6将加一,依此动作,将达到计步的功能。 I.e. a user while running (walking), when the user wearing the present invention, the number of electrons measured shoe feet touch the ground, the sensed weight exceeds a preset value, and when the number of electrons measured wear shoes when the foot is lifted, the sensed weight is less than the predetermined value, then the microprocessor will add a 6, and so the operation will reach a step counting function.

4、重量与步数的乘积显示,以及将该乘积再乘以一常数而得一所耗的卡路里数。 4, the product of the weight and the number of steps displayed, and the product multiplied by a constant derived from a number of calories consumed.

本发明的电路板也可包含一语音电路,可提供语音输出。 The circuit board of the present invention may also comprise a voice circuits, can provide voice output.

每一个人外出或运动时都要穿鞋子,当穿着本发明的电子测数鞋时,不使用其他工具,就能随时做计步、量体重及显示目前为止运动所耗的概略卡路里数。 Everyone should wear shoes when going out or exercise, the number of electrons detected when wearing shoes of the invention, without the use of other tools, can always do pedometer, so far approximate and movement of calories consumed and the amount of weight display.

综上所述,本发明的具体电子测数鞋结构仅为本发明的较佳实施例而已,凡依据本发明的各种修饰与变化,仍应包含在本发明权利要求的范围内。 In summary, the specific structure of the electronic measuring the number of shoes of the present invention is merely preferred embodiments of the present invention only, all in accordance with various modifications and variations of the present invention, should be included within the scope of the appended claims.

Claims (10)

1.一种电子测数鞋,其包括:一鞋体,该鞋体具有一鞋面与一鞋底,该鞋底具有一容置空间;一流体囊,置于该鞋底的容置空间,该流体囊充满流动体;一压力感应器,可与该流动体相通,以感测该流动体的压力;一温度感应器,也可与该流动体相通,以感测该流动体的温度;一电路板,置于该鞋底的容置空间,该电路板具有一压力转换电路、一温度补偿电路、一微处理器,该压力转换电路电连接该压力感应器,可将该压力感应器所感测的压力,转换成一电信号传送给该微处理器,供该微处理器计算以得到一数值,而温度补偿电路电连接该温度感应器,可将该温度感应器所感测的温度,转换成一电信号传送给该微处理器,供该微处理器计算,以使流体囊内的流动体因温度变化而产生误差时,能产生温度补偿作用;以及一液晶显示器,电连接该微处 An electronic measuring the number of shoes, comprising: a shoe body, the shoe having a sole and an upper, the sole having a receiving space; a fluid bladder, the accommodating space of the sole, the fluid balloon filled with the fluid; a pressure sensor can be in communication with the flow body, to sense the fluid to a pressure; a temperature sensor may also be in communication with the flow body, to sense the temperature of the flow body; a circuit plate, the accommodating space of the sole, the circuit board having a pressure-converting circuit, a temperature compensation circuit, a microprocessor, the pressure converting circuit electrically connected to the pressure sensor, the pressure sensor can be sensed pressure, is converted into an electrical signal to the microprocessor, the microprocessor for the calculation to obtain a value, and the temperature compensation circuit electrically connected to the temperature sensor, the temperature sensor can be sensed temperature is converted into an electrical signal transmitted to the microprocessor, the microprocessor for the calculation, such that when the flow of fluid within the balloon member and an error caused by temperature changes, can produce a temperature compensation effect; and a liquid crystal display, is electrically connected to the microprocessor 器,可供显示该数值。 Device, to display the value.
2.根据权利要求1的电子测数鞋,其中该液晶显示器置于该鞋体的鞋面上。 The number of electrons measured shoes to claim 1, wherein the liquid crystal display placed on the upper of the shoe body.
3.根据权利要求1的电子测数鞋,其中该流体囊具有一出口,该流体囊的出口具有一隔膜,该压力感应器及该温度感应器的感温点,组合一连接头,该连接头具有一通孔及一突出刺,当该连接头套接于该流体囊的出口时,该套接头的突出刺可供刺破该流体囊出口的隔膜,使该流体囊的流动体可经由该连接头的通孔而与压力感应器相连通,同时感温点将温度传至温度感应器。 According to claim 1, the number of electrons measured shoe, wherein the bladder has a fluid outlet, the fluid outlet has a bladder diaphragm, the temperature sensing point of the pressure sensor and the temperature sensor, the combination of a connector, the connector a head having a through-hole and projecting spines, when the headgear connector connected to the fluid outlet of the balloon, the thorn protruding fittings available puncturing the bladder outlet fluid separator, the flow of the body fluid to the bladder via connector the through hole being in communication with the first pressure sensor, while the temperature of the temperature sensing point temperature sensor is transmitted.
4.根据权利要求1的电子测数鞋,其中该微处理器电连接一功能键,该微处理器具有一显示模式,该显示模式依据该功能键的状态而更改。 According to claim 1, the number of electrons measured shoe, wherein the microprocessor is electrically connected with a function key, the microprocessor having a display mode, the display mode depending on the state of the function key to change.
5.根据权利要求4的电子测数鞋,其中该显示模式为一计次数显示模式,该计数显示模式是由该微处理器计算的数值上升及下降至某一程度为一次,如此累积次数而命令该液晶显示器显示。 The electronic digital measuring shoe claim 4, wherein the display mode is a display mode of the count, the count value of the display mode is calculated by the microprocessor rise and fall time is to a certain degree, so the cumulative number of times instructs the LCD display.
6.根据权利要求4的电子测数鞋,其中该显示模式为一最大重量显示模式,该最大重量显示模式是由该微处理器所得的最大数值,并命令该液晶显示器显示。 The electronic digital measuring shoe claim 4, wherein the display mode is a display mode of the maximum weight, the maximum weight of the display mode is the maximum value of the resulting microprocessor, and instructs the display liquid crystal display.
7.根据权利要求4-6的任一项的电子测数鞋,其中该显示模式为一重量与次数相乘的显示模式,该相乘的显示模式是由该微处理器所得的相乘数值,并命令该液晶显示器显示。 According to claim any one of the number of electrons measured shoes 4-6, wherein the display mode is a display mode multiplied by the number of times by weight, the display mode of the multiplication by multiplying the value obtained microprocessor , and instructs the display liquid crystal display.
8.根据权利要求1的电子测数鞋,其中该流体囊具有一前流体室、一中流体室与一后流体室。 According to the number of electrons measured shoe claim 1, wherein the fluid bladder fluid chamber having a front, a rear fluid chamber and a fluid chamber.
9.根据权利要求8的电子测数鞋,其中该流体囊的出口位于该中流体室。 According to claim 8, the number of electrons measured shoe, wherein the fluid outlet is located in the bladder fluid chamber.
10.根据权利要求7的电子测数鞋,其中该电路板包含一语音电路,可提供语音输出。 10. The electronic digital measuring shoe claim 7, wherein the circuit board comprises a voice circuit that provides voice output.
CN 96107665 1996-06-10 1996-06-10 Electronic measuring shoes CN1167593A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 96107665 CN1167593A (en) 1996-06-10 1996-06-10 Electronic measuring shoes

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN 96107665 CN1167593A (en) 1996-06-10 1996-06-10 Electronic measuring shoes

Publications (1)

Publication Number Publication Date
CN1167593A true CN1167593A (en) 1997-12-17

Family

ID=5119686

Family Applications (1)

Application Number Title Priority Date Filing Date
CN 96107665 CN1167593A (en) 1996-06-10 1996-06-10 Electronic measuring shoes

Country Status (1)

Country Link
CN (1) CN1167593A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100563492C (en) 2005-03-31 2009-12-02 阿迪达斯国际经营管理有限公司 Shoes and casing
CN101642310B (en) 2005-10-14 2011-06-22 耐克国际有限公司 Article of footwear having a fluid-filled bladder with a reinforcing structure
CN106723612A (en) * 2016-11-21 2017-05-31 歌尔股份有限公司 Step counting system

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100563492C (en) 2005-03-31 2009-12-02 阿迪达斯国际经营管理有限公司 Shoes and casing
CN101642310B (en) 2005-10-14 2011-06-22 耐克国际有限公司 Article of footwear having a fluid-filled bladder with a reinforcing structure
CN101642309B (en) 2005-10-14 2011-09-28 耐克国际有限公司 Article of footwear having a fluid-filled bladder with a reinforcing structure
CN106723612A (en) * 2016-11-21 2017-05-31 歌尔股份有限公司 Step counting system

Similar Documents

Publication Publication Date Title
CN101890217B (en) Portable fitness monitoring systems with colour displays and applications thereof
US9415205B2 (en) Functional electrical stimulation systems
EP2025370B1 (en) Sports training system with sport ball
CA1207082A (en) Electronic music pace and distance counting shoe
Brown et al. Measurement of dynamic pressures at the shoe-foot interface during normal walking with various foot orthoses using the FSCAN system
EP1653850B1 (en) Device for monitoring the condition of a human being
US7355519B2 (en) Body force alarming apparatus and method
US9743850B2 (en) Adaptive watch
US6241679B1 (en) Non-invasive blood pressure sensing device and method using transducer with associate memory
US6013009A (en) Walking/running heart rate monitoring system
US6238366B1 (en) System for fluid retention management
JP3212131U (en) Device for monitoring the movement capability
US20120010562A1 (en) Infusion device
US8122773B2 (en) Systems and methods of power output measurement
US20070060870A1 (en) Controller device for an infusion pump
EP3153046A1 (en) Footwear insert having sensor system
US6473483B2 (en) Pedometer
US20070060869A1 (en) Controller device for an infusion pump
CA2446068C (en) Portable device comprising an acceleration sensor and method of generating instructions or advice
US7758523B2 (en) Remote sensing shoe insert apparatus, method and system
KR100601932B1 (en) Method and apparatus for training control using biofeedback
US4649552A (en) Electronic pedometer with step sensor in removable insole
US6718200B2 (en) Wearable body-fat sensor
US20070093786A1 (en) Watch controller for a medical device
US6817979B2 (en) System and method for interacting with a user's virtual physiological model via a mobile terminal

Legal Events

Date Code Title Description
C10 Request of examination as to substance
C06 Publication
C01 Deemed withdrawal of patent application (patent law 1993)