CN202396601U - Body-measuring and size-selecting device - Google Patents

Body-measuring and size-selecting device Download PDF

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Publication number
CN202396601U
CN202396601U CN 201120538809 CN201120538809U CN202396601U CN 202396601 U CN202396601 U CN 202396601U CN 201120538809 CN201120538809 CN 201120538809 CN 201120538809 U CN201120538809 U CN 201120538809U CN 202396601 U CN202396601 U CN 202396601U
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measuring
body
foot
end
pick
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CN 201120538809
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Chinese (zh)
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夏应
夏彬
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夏应
夏彬
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Abstract

The utility model provides a body-measuring and size-selecting device, which comprises a foot length measuring device, a control measurement unit and a control device. The foot length measuring device comprises a foot treadle plate, a positioning portion, a measuring plate and a distance measuring sensor. The control measurement unit is respectively and electrically connected with the positioning portion and the distance measuring sensor, receives a foot length measurement triggering signal so as to control the distance measuring sensor to perform distance measurement and calculates a foot length value according to a measuring value of the distance measuring sensor. The control device comprises a shoe size selecting unit, wherein the shoe size selecting unit receives the foot length value sent by the control measurement unit to calculate a shoe size. The body-measuring and size-selecting device can quickly and accurately select an appropriate shoe size without measurement performed by using a measuring tape and has the advantages of being high in efficiency and high in accuracy degree. In addition, a non-contact type human body three-dimensional measurement technology is not required, the shoe length measurement can be achieved only through a simple mechanism, and the body-measuring and size-selecting device has the advantages of being simple in structure, convenient to operate and low in cost.

Description

测体选号装置 Pick body measuring apparatus

技术领域 FIELD

[0001] 本实用新型涉及服饰的选号领域,更具体地,涉及ー种测体选号装置。 [0001] The present invention relates to a random selection of apparel, and more particularly, relates to a kind of the test body ー random selection means.

背景技术 Background technique

[0002] 人体测量是指通过测量人体各部位的尺寸来确定个体之间和群体之间在人体尺寸上的差别,用以研究人的形态特征,从而为エ业设计、人机工程、工程设计、人类学研究、医学等提供人体基础资料。 [0002] refers to anthropometric measurements to determine the differences between individuals and groups on the human body by measuring the size of each part of the body size for the study of the morphological characteristics, so as Ester industry design, ergonomics, engineering design provide basic human data, anthropology, and medicine.

[0003] 传统的人体测体装置由机械或者超声波探头、及电子秤组成,即使用传统的机械感应或超声波感应方式測量身高和体重指标,但不能对人体体型数据(包括头围、脚长,胸 [0003] Traditional anthropometric body apparatus by a mechanical or an ultrasonic probe, and electronic scales, namely the use of conventional mechanical sensor or an ultrasonic inductively measuring height and weight index, but not size data on the human body (including head circumference, foot length, chest

围等)进行准确的测量。 Wai) accurate measurement.

[0004] 现有技术中还使用三维人体自动测量的方法进行人体測量。 [0004] The prior art also use the three-dimensional human body measurement is measured. 在三维人体自动测量方面应用较多的是非接触式人体扫描技术,其主要特点是通过扫描过程获取大量三维数据,建立人体三维数字模型从而计算出人体各部位的尺寸。 In terms of three-dimensional body measurement more human application is a non-contact scanning techniques, its main feature is a large number of three-dimensional data acquired by the scanning process, the establishment of the human body to calculate a three-dimensional digital model of the respective parts of the body size. 但是,三维人体扫描具有价格昂贵、安装复杂、占用空间大以及必须暗房操作、被测人体必须脱衣測量等缺点。 However, having a three-dimensional body scanning is expensive, complicated to install, and must occupy a large space darkroom operation, the test strip body must measure and other shortcomings.

[0005] 在大型企业、学校、军队的制式服装发放过程中,需要对每个人的身体尺寸进行测量并发放相应号型的服装及鞋帽。 [0005] In large enterprises, schools, military uniforms issued process, the need to measure each person's body size and issue the appropriate number and type of clothing and shoes. 通常采用以下几种方式进行选号:(I)采用人工用皮尺等工具測量每个人的身体尺寸数据,该方法具有测量的工作量大、效率低的缺点,且不便干保存測量数据。 Pick is generally carried out in the following ways: (I) with the tape artificial measurement tools such as the body size of each data, the method having the measured workload, low efficiency, dry and inconvenient to save the measurement data. (2)采用传统的人体测体装置,但无法得到除了身高及体重以外的人体尺寸,因而无法满足服装与个人体型相符的要求。 (2) measuring the human body using a conventional apparatus, but can not be obtained in addition to the height and weight of the body size, and therefore can not meet the requirement of personal clothing and consistent size. (3)采用非接触式人体三维测量技术,虽然能测得每个人的身体各部位的尺寸并满足服装发放要求,但其在测量过程中需要被测者脱去自身衣物、身着特定服装、保持特定站姿,整个测量过程耗时长,且存在设备价格昂贵、安装复杂等缺点,不能满足短时间大批量人员的准确标准化测体需求。 (3) non-contact three-dimensional measurement technology body, although each part can be measured dimensions of each person's body and clothing issued to meet the requirements, it requires the subject itself off the laundry, a certain wearing apparel in the measurement process, remains standing particular, the whole measurement time consuming, and expensive equipment is present, complex installation disadvantages, can not meet the demand for a short time accurately standardized measuring body mass of the person.

实用新型内容 SUMMARY

[0006] 本实用新型g在提供ー种测体选号装置,以解决现有技术的选号效率低、成本高的问题。 [0006] The present invention provides ー g in seed sensing apparatus Pick body, in order to solve the low efficiency of the prior art random selection, the cost is high.

[0007] 为解决上述技术问题,根据本实用新型的ー个方面,提供了ー种测体选号装置,包括:脚长测量装置,包括脚踏板,待测量的脚放置在脚踏板上,脚踏板包括沿脚长方向设置的第一端和第二端,定位部,设置在脚踏板的第一端,在受到脚的第一端的触碰的情况下产生脚长测量触发信号,測量板,设置在脚踏板的第二端,与脚的第二端相抵触或分离,测距传感器,测量测距传感器与測量板之间的距离,及传感器支架,测距传感器安装在传感器支架上;控制测量単元,与定位部和测距传感器电连接,接收脚长測量触发信号以控制测距传感器进行测距,井根据测距传感器的測量值计算脚长值;和控制装置,包括鞋号选择单元,鞋号选择单元接收控制測量单元发出的脚长值以计算出鞋号。 [0007] In order to solve the above technical problems, according to the present invention ー aspect, there is provided a test body types ー Pick apparatus, comprising: a foot length measuring apparatus, comprising a foot pedal, a foot to be measured is placed on the foot plate, the foot plate includes a first end and a second end along the length direction of the pin, the positioning portion, provided at a first end of the foot pedal, the foot is generated in the case of the first length measurement end of the touch trigger signal by pin measurement plate disposed at the second end of the foot plate, the distance between the second end of the foot or separate conflict, the distance measuring sensor, the distance measuring sensor measuring plate and measured, and the sensor holder, a distance measuring sensor mounted on the sensor holder; measuring radiolabeling control element, connected to the distance measuring sensor and the positioning portion electrically receiving foot length measurement trigger signal to control the distance measuring sensor for ranging, well foot length calculated value of the measured value of distance measuring sensor; and a control means, selecting means comprises a shoe, shoe leg length selecting unit receives a control value measuring unit sent to calculate the shoe.

[0008] 进ー步地,脚长测量装置还包括:弾性元件,弾性元件的一端固定,其另一端与测量板连接。 [0008] Step ー feed, the foot length measuring apparatus further comprising: an end element Tan, Tan element is fixed and the other end connected to the measurement plate. [0009] 进ー步地,測量板上设置有通孔;脚长测量装置还包括推杆,推杆通过挡块活动地穿设在通孔中,且挡块设置在推杆的自由端。 [0009] Step ー feed, the measuring plate is provided with a through hole; foot length measuring apparatus further includes a push rod by the stopper movably disposed through the through hole and a stopper provided at the free end of the push rod.

[0010] 进ー步地,脚长测量装置还包括两个滑轨,脚踏板的两侧分别设置有ー个的滑轨,測量板的第一端通过滑块活动地设置在一个滑轨上,測量板的第二端通过另ー个滑块活动地设置在另ー个滑轨上。 [0010] Step ー feed, the foot length measuring means further comprises two rails on both sides, are provided with a footboard ー a rail, a first end of the measurement plate disposed at a slide rail movably by upper, second end plate measured through another ー slider movably disposed on a rail ー another.

[0011] 进ー步地,测体选号装置还包括头围测量装置;头围测量装置包括:外观帽,固定部,固定部套在外观帽的内侧,弹性收缩元件,弹性收缩元件围绕外观帽的内侧设置,弹性收缩元件的第一端固定,和拉カ传递元件,拉カ传递元件的第一端固定,且拉カ传递元件与弾性收缩元件联动,拉カ传递元件的第二端与拉绳传感器上的拉绳连接;控制测量单元与拉绳传感器电连接,控制测量単元获取拉绳传感器的输出信号并将输出信号转化为长度值;控制装置还包括帽号选择单元,帽号选择单元获取长度值以计算出帽号。 [0011] intake ー step, the measuring body Pick apparatus further comprises a head size measuring apparatus; head circumference measuring apparatus comprising: a look cap fixing portion, the fixing portion cover the inside appearance of the cap, elastic elements, elastic elements about the appearance of the cap the inner side, a first end of the elastic elements is fixed, and the pull-ka transfer element, a first end secured to pull the transmission element ka and ka pull transmission member and Tan contraction linkage element, a second pulling element passing ka pull end a sensor cord connecting the rope; measuring control unit and the cable is electrically connected to the sensor, the output signal of the control element and measured radiolabeling transformed output signal acquired rope length sensor value; control means further comprises a cap number selection unit, the selection unit number cap Get value to calculate the length of the cap number.

[0012] 进ー步地,头围测量装置还包括:支架,拉绳传感器安装在支架上;拉绳连接部,拉绳连接部包括导向槽、第一弹簧、第一连接件、第二弹簧和第二连接件;第一弹簧、第一连接件和第二弹簧活动地设置在导向槽内,第二连接件固定地设置在导向槽内;拉力传递元件的第二端依次穿过第一弹簧、第一连接件、第二弹簧和第二连接件后与拉绳连接,第一连接件与拉カ传递元件固定连接。 [0012] Step ー feed, the head size measuring apparatus further comprising: a bracket, the rope sensor is mounted on the carriage; cord connecting portions, the connecting portion includes a pull rope guide grooves, a first spring, a first connecting member, a second spring and a second connecting member; a first spring, a second spring and a first connecting member movably disposed in the guide groove, a second connecting member fixedly disposed in the guide duct; a second end of the tension element passes through a first transmission after the spring, the first connecting member, a second spring and a second connecting member connected to the rope, the first connecting member and the transmission element is fixedly connected to the pull grades.

[0013] 进ー步地,测体选号装置包括身高測量装置和体重測量装置;控制装置还包括衣服号码选择単元,衣服号码选择単元根据测得的身高和体重确定衣服的号码。 [0013] Step ー intake, the apparatus comprises a measuring body Pick height measuring means and the weight measuring apparatus; controlling means further comprises a number of clothing selection element radiolabeling, clothes radiolabeling element selected number determined in accordance with the measured garment height and weight numbers.

[0014] 进ー步地,测体选号装置还包括机柜,脚长测量装置和体重測量装置设置在机柜的底部,身高測量装置设置在机柜的顶部。 Top [0014] into ー step, the measuring device further includes a cabinet Pick body, leg length and weight measurement device measuring means arranged at the bottom of the cabinet, the height measuring means disposed in the cabinet.

[0015] 进ー步地,测体选号装置还包括指纹识别単元,指纹识别単元与控制装置电连接。 [0015] Step ー feed, the apparatus further comprises a measuring body Pick fingerprint recognition element radiolabeling, radiolabeling fingerprint identification element electrically connected to the control device.

[0016] 进ー步地,测体选号装置还包括用于提示选号操作流程的语音提示単元。 [0016] Step ー feed, the apparatus further comprises a measuring body Pick Pick operation flow for prompting voice prompts radiolabeling element.

[0017] 本实用新型不再需要使用皮尺进行测量,就能快速、准确地选择合适的鞋号,具有效率高、准确度高的特点。 [0017] The present invention eliminates the need for tape measure, can be quickly and accurately select the appropriate shoe, with high efficiency, high accuracy features. 此外,也不需要采用非接触式人体三维测量技术,仅通过简单的机构就能实现脚长的测量,具有结构简单、操作方便、成本低的特点。 Further, no need to use the three-dimensional human body non-contact measurement technique, measurement can be achieved only by a simple foot length of the mechanism, it has a simple structure, convenient operation, low cost.

附图说明 BRIEF DESCRIPTION

[0018] 构成本申请的一部分的附图用来提供对本实用新型的进ー步理解,本实用新型的示意性实施例及其说明用于解释本实用新型,并不构成对本实用新型的不当限定。 [0018] The drawings constitute a part of this application of the present invention to provide a further understanding of the intake ー, the present invention exemplary embodiments are used to explain the present invention and is not an unduly limit the present invention . 在附图中: In the drawings:

[0019] 图I示意性示出了本实用新型的整体框图; [0019] FIG I schematically illustrates an overall block diagram of the present invention;

[0020] 图2示意性示出了脚长测量装置和体重測量装置的结构示意图; [0020] FIG. 2 schematically shows the structure of the foot length measuring device and the measuring device schematic weight;

[0021] 图3示意性示出了图2的侧视图; [0021] FIG. 3 schematically shows a side view of FIG 2;

[0022] 图4示意性示出了推杆与测量板之间的连接结构示意图; [0022] Figure 4 schematically shows a schematic view of the connection structure between the push rod and the measurement plate;

[0023] 图5示意性示出了头围测量装置的整体结构示意图; [0023] Figure 5 schematically shows the overall schematic structure of head circumference measuring device;

[0024] 图6示意性示出了本实用新型的主视图; [0024] Figure 6 schematically illustrates a front view of the present invention;

[0025] 图7示意性示出了图6的侧视图;以及 [0025] FIG 7 schematically shows a side view of FIG. 6; and

[0026] 图8示意性示出了图6的俯视图。 [0026] FIG 8 schematically illustrates a top view of FIG. 6. 具体实施方式 detailed description

[0027] 以下结合附图对本实用新型的实施例进行详细说明,但是本实用新型可以由权利要求限定和覆盖的多种不同方式实施。 Embodiment in many different ways [0027] in conjunction with the accompanying drawings of the following embodiments of the present invention described in detail, but the present invention can be defined by the claims and coverage.

[0028] 如图1-3所示,本实用新型中的测体选号装置包括:脚长测量装置100、控制测量单元800和控制装置700。 [0028] As shown in FIG 1-3, the present invention in Pick body measurement apparatus comprising: a foot length measuring apparatus 100, the measurement control unit 800 and control device 700. 其中,脚长测量装置100包括脚踏板110、定位部120、测量板130和测距传感器161。 Wherein the foot pedal 100 comprises 110, positioning unit 120, a measurement board foot length measuring device 130 and the distance measuring sensor 161. 待测量的脚放置在脚踏板110上,脚踏板110包括沿脚长方向设置的第一端和第二端。 Be measured feet on the foot board 110, the foot plate 110 includes a first end and a second end disposed in the foot length direction. 定位部120设置在脚踏板110的第一端,在受到脚的第一端的触碰的情况下产生脚长测量触发信号。 A positioning portion 120 at a first end 110 of the foot plate, the foot length measurement trigger signal is generated in the case of a first end of the foot being touched. 測量板130设置在脚踏板110的第二端,用干与脚的第二端相抵触或分离。 The second end of the foot plate 110, a second end separated by dry or conflict with the measurement foot plate 130 is provided. 测距传感器161用于测量测距传感器161与測量板130之间的距离。 161 distance measuring sensor 130 for measuring a distance between the distance measuring sensor 161 and the measurement plate. 控制测量単元800分别与定位部120和测距传感器16 1电连接,用于接收脚长测量触发信号以控制测距传感器161进行测距,井根据测距传感器的測量值计算脚长值。 Measurement radiolabeling control element 800 are electrically connected with the positioning portion 161 and the distance measuring sensor 120, for receiving a foot length measuring trigger to control the distance measuring sensor 161 for ranging, the value of the well is calculated according to foot length measured value of distance measuring sensor. 控制装置700包括鞋号选择单元,鞋号选择单元接收控制测量单元800发出的脚长值以计算出鞋号。 The control device 700 comprises a shoe selecting means selecting unit receives a control shoe 800 foot length measuring unit to calculate the values ​​given shoe. 优选地,定位部120是微动开关或其它可以在受到脚的触碰的情况下,产生ー触发信号的元件。 Preferably, the positioning portion 120 is a micro-switch or other may be a case where the touch of the foot, ー trigger signal generating element. 优选地,脚长测量装置100还包括挡板180,挡板180设置在定位部120的ー侧,用于承受来自脚的压力,从而可以使压力均匀地作用到定位部120上。 Preferably, the foot length measuring apparatus 100 further comprises a baffle 180, the baffle 180 is disposed ー side positioning portion 120 for receiving the pressure from the foot, the pressure can be uniformly applied to the positioning portion 120. 优选地,测距传感器161是红外线传感器,使用其能准确地进行距离的測量,进ー步地,测距传感器161设置在传感器支架162 上。 Preferably, the ranging sensor 161 is an infrared sensor, which can be used to accurately measure the distance, into the sensor holder ー step 162, the ranging sensor 161 is provided.

[0029] 因此,当被测人员将脚放到脚踏板110上后,可以将脚后跟压在定位部120上,使定位部120发出ー触发信号,然后使測量板130移动到脚尖处。 [0029] Thus, when the measured person foot placed on the foot board 110, the heel may be pressed against the positioning portion 120, the positioning unit 120 issues a trigger signal ー, then the measuring plate 130 is moved to the toe. 该触发信号同时被发送给控制测量単元800,当经过预定的时间(例如5秒)后,控制测量単元800启动测距传感器161,并采集测距传感器测得的测距传感器161与測量板130之间的距离信号,从而得出脚长的数据。 The trigger signal is transmitted to the control element 800 measured radiolabeling, when after a predetermined period of time (e.g. 5 seconds), the control element 800 to start measuring the radiolabeling distance measuring sensor 161, and collects measured by the distance measuring sensor 161 and the distance measuring sensor measuring plate 130 the distance between the signal to arrive at the foot length data. 例如,测距传感器161与定位部120之间的距离是已知的,当测得测距传感器161与測量板130之间的距离后,二者的差即为脚长的值。 For example, the distance measuring sensor 161 and the distance between the positioning portion 120 is known, when the measured distance between the distance measuring sensor 130 with measurement board 161, the value is the difference between the two foot length. 然后,将该脚长的数据发送给控制装置700中的鞋号选择单元,鞋号选择单元即可根据脚长的数据选择合适的鞋号。 Then, the shoe device 700 foot length of the selection means to the control data, the selection unit to select shoe shoe according to the appropriate data feet long.

[0030] 可见,本实用新型不再需要使用皮尺进行测量,就能快速、准确地选择合适的鞋号,具有效率高、准确度高的特点。 [0030] seen that the present invention eliminates the need for tape measure, can be quickly and accurately select the appropriate shoe, with high efficiency, high accuracy features. 此外,也不需要采用非接触式人体三维测量技木,仅通过简单的机构就能实现脚长的测量,具有结构简单、操作方便、成本低的特点。 Further, no need to use a non-contact three-dimensional measurement body wood technology, measurement can be achieved only by a simple foot length mechanism having a simple structure, convenient operation, low cost.

[0031] 优选地,脚长测量装置100还包括:弾性元件150,弾性元件的一端固定(例如与挡板180连接),其另一端与測量板130连接。 [0031] Preferably, the foot length measuring apparatus 100 further includes: Tan element 150, one end of the fixing element Tan (e.g., the baffle 180 is connected) and the other end is connected with the measuring plate 130. 因此,在使用时,可以先将測量板130拉开,然后释放測量板130,这样,測量板130就可在弾性元件150的作用下,自动抵靠在脚尖处。 Thus, in use, the plate 130 can be opened first measured, and then measuring the release plate 130, so that the plate 130 can be measured under the effect of the Tan element 150, automatically abuts at the toes.

[0032] 进ー步地,脚长测量装置100还包括推杆172,其设置在推杆支架171上。 [0032] Step ー feed, the foot length measuring apparatus 100 further includes a push rod 172, which is disposed on the push rod holder 171. 优选地,推杆172是电动推杆,当向电动推杆施加不同极性的直流电压时,可使电动推杆伸长或收縮。 Preferably, the push rod 172 is a motor-driven push rod, when applying a DC voltage of different polarity to the electric push rod, the push rod can make the electric extended or retracted.

[0033] 如图4所示,測量板130上设置有通孔133,推杆172通过挡块132活动地穿设在通孔133中,且挡块132设置在推杆172的自由端。 [0033] As shown, provided on the measuring plate 1304 has a through hole 133, the stopper 132 by the pusher 172 movably disposed through the through hole 133, and the stopper 132 provided at the free end of the push rod 172.

[0034] 请參考图4,当开始测量时,控制测量单元800发出控制指令,控制推杆172带动测量板130收缩,以便放入人体脚部。 [0034] Please refer to FIG 4, when the measurement is started, the control unit sends measurement control command 800, the control 172 to drive the pusher plate measuring 130 contracts to put human foot. 当測量板130和挡板180之间的距离达到设定的最大值时,推杆停止收缩,此时,測量板130承受弹性元件150的拉カ和推杆172的拉力。 When the distance between the measuring plate 130 and the baffle 180 reaches the set maximum value, the plunger stop the retraction time, subjected to measurement board 130 to pull the elastic member 150 and the pusher 172 ka tension.

[0035] 请參考图4,当人体脚部就位且控制测量单元800收到上述触发信号后,控制推杆172伸出,同时带动測量板130向脚尖的方向移动。 [0035] Please refer to FIG 4, when the human foot in place and the measurement control unit 800 receives the trigger signal, the control ram 172 extends, while the driving plate 130 moves in the direction of measurement of the toe. 当測量板130在弾性元件150的作用下抵靠在脚尖上时,推杆172继续伸出直到其最大长度。 When measuring plate 130 under the action of the Tan element 150 rests on the toes, the pusher 172 continues to extend until its maximum length. 在这个过程中,推杆172从测量板130的通孔133内向外伸出至双脚的中间空隙内,而测量板130始終保持在脚尖的位置处。 In this process, the push rod 172 extends outwardly from the through-hole 130 of the measuring plate 133 to the inner intermediate space feet, measured plate 130 remain at the position of the toes. 在測量板130触碰到脚尖时,測量板130只承受弹性元件150拉力,并没有承受到推杆172的推力,从而达到了软触碰的效果,避免了由于直接将测量板130固定地与推杆172连接吋,由于推杆172将推力直接作用在測量板130上,而对脚尖造成的伤害。 When the measuring plate 130 to the toe touch, measurement board 130 undergo elastic tension member 150, and is not subjected to the thrust of the push rod 172, so as to achieve a soft touch effect, avoids a direct measurement of the fixing plate 130 with inch push rod 172 is connected, the push rod 172 since the thrust damage directly acting on the measuring plate 130, and the result of the toe. 由于采用推杆172先将测量板130推到距离脚尖较近的位置,然后再释放测量板130,因此,可以减少測量板130对脚尖的撞击,避免对脚尖造成可能的伤害,同时也提高了测量的舒适度。 As a result of the push rod 172 to first measure the distance from the toe plate 130 is pushed closer location, and then release the measuring plate 130, therefore, possible to reduce the impact plate 130 for measuring the toe, to avoid possible damage to the toes, but also improve the comfort measurements. [0036] 如图2和图3所示,脚长测量装置100还包括两个滑轨142,脚踏板110的两侧分别设置有ー个的滑轨142,測量板130的第一端通过滑块143活动地设置在一个滑轨142上,測量板130的第二端通过另ー个滑块143活动地设置在另ー个滑轨142上。 [0036] As shown in FIGS. 2 and 3, the foot length measuring apparatus 100 further includes two rails 142, 110 on both sides of the foot plate are respectively provided ー a rail 142, a first end plate 130 is measured by slider 143 is movably disposed on a rail 142, a second end plate 130 is measured by other ー slider 143 is movably disposed on a rail 142 ー another. 滑轨142的两端设置在支座141上。 Ends of the rails 142 is disposed on the support 141. 因此,測量板130可在滑轨142的导向作用下,沿预定的方向运动而不会发生偏差。 Thus, plate 130 can be measured under the action of the guide rail 142, a deviation occurs without movement in a predetermined direction. 另外,由于在测量板130的两侧分别设置了一个滑轨142,因此,可以确保测量板130与定位部120所在的位置保持平行,从而能够正确地示出脚尖的位置,提高测量的准确度。 Further, since both sides of the measuring plate 130 are respectively provided with a rail 142, thus ensuring the position where the measuring plate 130 and the positioning portion 120 held in parallel, it is possible to accurately position the toe shown to improve the accuracy of measurement .

[0037] 如图5所示,测体选号装置还包括头围测量装置200 ;头围测量装置200包括:夕卜观帽(未示出)、固定部210、弾性收缩元件220(例如弹簧、橡皮筋等)和拉カ传递元件230 (例如钢丝绳),其中,弾性收缩元件220和拉カ传递元件230联动或同步伸缩(例如将弹簧套在胶管内,然后再将拉カ传递元件230从弹簧的内部穿过),因此,拉カ传递元件230可随弹性收缩元件220的收缩或伸展而变化。 As shown in [0037] FIG 5, further comprising a measuring apparatus body Pick head circumference measuring apparatus 200; Head circumference measuring apparatus 200 comprises: View Bu Xi cap (not shown), the fixed portion 210, Dan contraction element 220 (such as a spring, rubber bands, etc.), and pull-ka transfer element 230 (e.g. steel cord), wherein the contraction element 220 Tan and pull transmission member 230 ka telescopic linkage or synchronization (e.g., the spring sleeve in the hose, and then pull the transmission member 230 from spring ka through the interior), and therefore, the pull member 230 ka transmission may vary shrink retracted or extended with the resilient element 220.

[0038] 固定部210套在外观帽的内侧,弹性收缩元件220围绕外观帽的内侧设置,弹性收缩元件220的第一端固定(例如固定在固定部210上),拉カ传递元件230与弾性收缩元件220联动,拉カ传递元件230的第二端与拉绳传感器240上的拉绳241连接。 Provided inside the [0038] fixing portion 210 sets the inside appearance of the cap, elastic elements 220 surround the appearance of the cap, the elastic elements 220 of the first end is fixed (e.g., fixed to the fixing portion 210), the pull ka transfer element 230 and Dan of shrinkage linkage element 220, pull member 230 ka transmitting a second end connected with the rope 241 on the rope sensor 240. 控制测量単元800与拉绳传感器240电连接,控制测量単元800获取拉绳传感器240的输出信号并将其转化为长度值。 Measurement radiolabeling control element 800 is electrically connected to the rope sensor 240, the control element 800 measure acquiring radiolabeling rope sensor output signal 240 and converts it to a length value.

[0039] 控制装置700还包括帽号选择单元,帽号选择单元获取长度值以计算出帽号。 [0039] The control device 700 further includes a cap number selection unit, the selection unit acquires a cap number value to calculate the length of the cap number. 优选地,固定部210包括本体和设置在本体上的弧形固定臂,弾性收缩元件220 (优选地,通过螺钉)固定在沿弧形固定臂设置,且其第一端固定在本体上,形成与人体头部形状相类似的圈体结构。 Preferably, the fixing portion 210 includes a fixed body and an arcuate arm disposed on the body, contraction Tan 220 (preferably by a screw) along an arcuate member fixed to the fixed arm is provided, and a first end secured to the body, is formed and the shape of the human head similar ring structure.

[0040] 使用时,通过拉动弾性收缩元件220,以扩大该圈体结构,并使该圈体结构稍大于被测人员的头部,以便将其佩戴在被测人员的头上。 [0040] When using, by pulling Tan contraction element 220 to expand the ring structure, and the ring structure is slightly larger than the head of the test person, so as to be worn on the head of the test person. 当佩戴好后,弾性收缩元件220在自身弾性力的作用下,与被测人员的头部贴紫。 When Wear, Dan contraction element 220 under its own power of Dan, the tested person with the head attached to violet. 由于弹性收缩元件220的一端是固定的,其弾性收缩元件220与拉カ传递元件230是联动的,因此,拉カ传递元件230也与被测人员的头部贴紧。 Shrinking one end of the elastic member 220 is fixed, its Tan contraction element 220 with pull element 230 ka transmission linkage is, therefore, the pull member 230 is also passed ka close contact with the head of the test person. 拉カ传递元件230的长度的变化传递给拉绳传感器240上的拉绳241,拉绳241的长度变化会引起其输出信号的变化,因而通过该输出信号就能判定出拉绳241伸缩的长度。 Pull grades transmitting element 230 is transmitted to the change in the length of the rope 241 on the rope sensor 240, the length of the rope 241 changes cause changes in its output signal, and thus the output signal can be determined by the length of the telescopic rope 241 . 因而,拉绳传感器240的输出信号就反应了拉力传递元件230的长度变化。 Accordingly, the output signal of the sensor 240 on the rope length change in the reaction force transmitting element 230. 当控制测量单元800检测到拉绳传感器240的输出信号的变化后,就将其转换为头围值,并将该头围值发送给控制装置700和帽号选择单元,从而为被测人员选择合适的帽号。 When the measurement control unit 800 detects a change in the output signal of the rope sensor 240, which will be converted into a first range value and the value of the head circumference and the cap means 700 to the control unit number selection, to select for the person under test suitable cap number.

[0041] 优选地,头围测量装置200还包括:支架260和拉绳连接部270。 [0041] Preferably, the head size measuring apparatus 200 further comprising: a cord holder 260 and the connecting portion 270. 拉绳传感器240安装在支架260上。 Rope sensor 240 mounted on the bracket 260. 拉绳连接部270包括导向槽、第一弹簧271、第一连接件274、第二弹簧273和第二连接件272。 Cord connecting portion 270 includes a guide groove, a first spring 271, a first connecting member 274, a second spring 273 and the second connecting member 272. 第一弹簧271、第一连接件274和第二弹簧273活动地设置在导向槽内,第二连接件272固定地设置在导向槽内。 A first spring 271, a first connector 274 and the second spring member 273 is movably disposed in the guide groove, the second connecting member 272 is fixedly disposed in the guide groove. 拉カ传递元件230的第二端依次穿过第一弹簧271、第一连接件274、第二弹簧273和第二连接件272后与拉绳241连接,第一连接件274与拉カ传递元件230固定连接。 Transmitting a second end of the pull-ka element 230 passes through a first spring 271, a first connecting member 274, a second spring 273 and the second connecting member 272 is connected to the pull cord 241, connector 274 and the first transmission member to pull ka 230 fixedly connected.

[0042] 请參考图5,当拉カ传递元件230受拉而将拉绳241拉出时,第一连接件274随着拉カ传递元件230而向图5的左侧运动,此时,第一弹簧271受压且第二弹簧273受拉。 [0042] Please refer to FIG. 5, when pulled in tension ka transmitting element 230 and the rope 241 is pulled out, the first connecting member 274 with the pull-ka transfer element 230 moving to the left in FIG. 5, at this time, the first a compression spring 271 and second spring 273 in tension. 当拉カ传递元件230处于自由状态时,第一连接件274在第一弹簧271和第二弹簧273的作用下,带动拉力传递元件230向图5中的右侧运动,从而实现了对拉カ传递元件230和拉绳241的复位。 When the pull member 230 ka transmission in a free state, the first connecting member 274 under the action of the first spring 271 and second spring 273, driving force transmitting member 230 moving to the right in FIG. 5, thus realizing the pull ka elements 230 and 241 reset rope transmission.

[0043] 优选地,支架260包括底板261和两块L形的支板262,拉绳连接部270塔设在这两块L形的支板262上。 [0043] Preferably, the bracket 260 includes a bottom plate 261 and two L-shaped supporting plate 262, cord connecting portion 270 is provided in this column two L-shaped support plate 262.

[0044] 如图I、6-7所示,测体选号装置还包括身高测量装置500和体重测量装置600 ;控制装置700还包括衣服号码选择単元,衣服号码选择単元根据测得的身高和体重确定衣服的号码。 [0044] FIG. I, 6-7, the apparatus further comprises a measuring body Pick height measuring device 500 and weight measuring device 600; and a control means 700 further includes a number selection radiolabeling membered clothes, clothes number selection radiolabeling element height and weight measured in accordance determine the number of clothes. 测体选号装置还包括机柜900,脚长测量装置100和体重測量装置600设置在机柜900的底部,身高测量装置500设置在机柜900的顶部。 Pick measuring apparatus further includes a cabinet body 900, a 100 foot length measuring device 600 and weight measuring device 900 is provided at the bottom of the cabinet, the height measuring apparatus 500 disposed at the top of the cabinet 900. 优选地,机柜900的侧面设置有通风散热ロ910。 Preferably, the sides of the cabinet 900 is provided with a ventilation ro 910. 特别地,请參考图2-3,体重測量装置600和脚长测量装置100 —体的设置,因此,在測量脚长的同时,就能完成体重的測量,从而提高了测量的效率。 In particular, referring to FIG 2-3, the weight measuring means 600 and 100 foot length measuring device - set body, and therefore, the measured foot length, while the measurement of body weight can be done to improve the efficiency of the measurement. 优选地,控制装置700包括触摸显示屏710、键盘720和鼠标(未示出),因而,被测人员可以通过触摸显示屏710、键盘720和鼠标完成整个测量过程中的相关操作,例如输入个人信息等。 Preferably, the control device 700 includes a touch screen 710, a keyboard 720 and a mouse (not shown), and thus, can be measured by touching the display screen 710, a keyboard 720 and a mouse to complete the measurement process related operations, such as entering information. 优选地,身高測量装置500是超声波身高測量探头。 Preferably, the height measuring apparatus 500 is an ultrasonic height measurement probe. 优选地,体重測量装置600是电子体重计。 Preferably, the weight measuring device 600 is an electronic weight scale.

[0045] 下面举例说明衣服的选号过程。 [0045] The following example illustrates the process of random selection of clothes.

[0046] 当获取到的身高和体重数据后,首先根据公式(I)计算配衣參数因子,然后再通过身高及计算出的配衣參数因子,经查配衣数据表得到与被测人员匹配的服装型号。 [0046] When the acquired height and weight data, the first parameter calculated with clothing factor according to equation (the I), and then by calculating a feature height and clothing factor parameter, upon inspection table with data obtained with the measured coating personnel matching clothing model.

[0047] 77 = 公式⑴ [0047] Equation 77 = ⑴

[0048]其中: [0048] wherein:

[0049] n——配衣參数因子; [0049] n-- coated with factor parameter;

[0050] w——体重,单位为公斤; [0050] w-- weight in kilograms;

[0051] h——身高,单位为厘米。 [0051] h-- height in centimeters.

[0052] 下表示意性了示出了ー个可能的配衣数据表(特别地,该表是对多个样本的数据进行统计建模而成的): [0052] indicates the meaning of the possible ー shows a feature data table clothing (in particular, the table is a plurality of data samples obtained by statistical modeling):

[0053] [0053]

Figure CN202396601UD00091

[0054] [0054]

[0055] 例如,被测人员为一男性,其身高为190cm,体重为88kg。 [0055] For example, the measured person is a male, which height of 190cm, body weight 88kg. 将上述身高和体重值带入公式(I)中,计算得到配衣參数因子为12. 83。 The height and weight values ​​into the above formula (I), the calculated parameter with clothing factor 12.83. 然后,在上表中,根据身高及配衣參数因子查表,得到该被测人员上衣尺码为190/104,进ー步地,还可根据相应服装标准可得到该名被测人员所应穿着的其它各类服装的号型。 Then, in the table, the coating parameters according to the height and with factor look-up table, the resulting size coat was measured person 190/104 intake ー synchronously, the name may be obtained according to the corresponding test person should clothing standard other types of clothing worn by the model number. 需特别说明的是,被测人员在测试前可以选择自己的着装偏好,比如宽松、正常或紧身,这种选择将影响配衣參数因子,由此被测者最終得到的服装号型可能会有变化。 To be particularly noted that the test before the test personnel can choose their dress preferences, such as loose or tight-fitting normal, this choice will affect the clothing with the parameters factor, thus resulting the subject type of clothes may Change.

[0056] 优选地,测体选号装置还包括指纹识别単元300,指纹识别単元与控制装置700电连接。 [0056] Preferably, the apparatus further comprises a measuring body Pick radiolabeling fingerprinting unit 300, the electric fingerprint recognition radiolabeling element 700 is connected to the control device. 因此,可以通过该指纹识别单元300识别被测人员,并将其测得的相关数据和资料保存在控制装置700中。 Thus, the test person can be identified by the fingerprint-identification unit 300, and stores its data and information measured in the control device 700. 进ー步地,当需要再次使用该被测人员的测量数据时,也可以通过该指纹识别単元300直接获得相应的测量数据。 Step ー feed, when required the measurement data of the measured person again, can also be obtained by direct measurement data corresponding to the fingerprint identification unit 300 radiolabeling.

[0057] 优选地,测体选号装置还包括用于提示选号操作流程的语音提示単元。 [0057] Preferably, the apparatus further comprises a measuring body Pick Pick operation flow for prompting voice prompts radiolabeling element. 使用该语音提示単元,可以方便地提示被测人员按顺序进行每项测量,还可提醒被测人员在每ー个测量项目当的注意事项。 The use of voice prompts radiolabeling element, you may conveniently be prompted test personnel each measurement sequence, the test may alert personnel at each ー considerations as the measurement items. 因而,提高了本实用新型的易用性和交互性,也省去了需要专人向被测人员介绍如何进行测量的成本。 Thus, improving the ease of use and utility models of this interaction, but also eliminates the need for hand how to measure the cost to the test personnel.

[0058] 优选地,测体选号装置还包括打印単元400,其与控制装置700电连接,可使用打印単元400将被测人员的脚长、头围、身高、体重以及与被测者身型尺寸匹配的各类军服、鞋号、帽号等数据直接打印出来。 [0058] Preferably, the measuring body Pick apparatus further comprises a print radiolabeling element 400, which is electrically connected to the means 700 controls, can be used to print radiolabeling element 400 foot length measured person, head circumference, height, weight, and with the subject body type match the size of various types of uniforms, shoe, hat number and other data directly printed out.

[0059] 以上所述仅为本实用新型的优选实施例而已,并不用于限制本实用新型,对于本领域的技术人员来说,本实用新型可以有各种更改和变化。 [0059] The embodiments described above are only preferred embodiments of the present invention, but not intended to limit the present invention, those skilled in the art, the present invention may have various changes and variations. 凡在本实用新型的精神和原则之内,所作的任何修改、等同替换、改进等,均应包含在本实用新型的保护范围之内。 Any modification within the spirit and principle of the invention, the, equivalent substitutions, improvements should be included within the scope of protection of the present invention.

Claims (10)

  1. 1. ー种测体选号装置,其特征在于,包括: 脚长测量装置(100),包括脚踏板(110),待测量的脚放置在所述脚踏板(110)上,所述脚踏板(110)包括沿脚长方向设置的第一端和第二端, 定位部(120),设置在所述脚踏板(110)的第一端,在受到所述脚的第一端的触碰的情况下产生脚长测量触发信号, 測量板(130),设置在所述脚踏板(110)的第二端,与所述脚的第二端相抵触或分离, 测距传感器(161),測量所述测距传感器(161)与所述测量板(130)之间的距离,及传感器支架(162),所述测距传感器(161)安装在所述传感器支架(162)上; 控制测量単元(800),与所述定位部(120)和所述测距传感器(161)电连接,接收所述脚长测量触发信号以控制所述测距传感器(161)进行测距,井根据所述测距传感器(161)的測量值计算脚长值;和控制装置(700),包括鞋号选择单 1. Pick ー species measuring apparatus body, wherein, comprising: a foot length measuring means (100), comprising a foot pedal (110), the foot to be measured is placed on the foot board (110), said foot pedal (110) includes a first end and a second end along the length direction of the pin, the positioning portion (120) disposed at a first end of said foot pedal (110) in a first end of the foot by foot length measurement trigger signal is generated, measurement plate (130) in a case where the touch is provided in the foot board (110) a second end, a second end of the foot or separation conflict, ranging sensor (161), measuring the distance between the distance measuring sensor (161) and said measuring plate (130), and the sensor holder (162), said distance measuring sensor (161) mounted on the sensor holder (162) on; radiolabeling measurement control unit (800), the positioning portion (120) and said ranging sensor (161) electrically connected to receive said feet long measurement trigger signal to control the distance measuring sensor (161) for ranging , is calculated according to the well ranging sensor (161) feet measured value length value; and a control device (700), comprising a single shoe size selection 元,所述鞋号选择单元接收所述控制测量単元(800)发出的所述脚长值以计算出鞋号。 Element, the shoe selection unit receiving the control value measured foot length of the radiolabeling element (800) to calculate emitted shoe.
  2. 2.根据权利要求I所述的测体选号装置,其特征在于,所述脚长測量装置(100)还包括:弾性元件(150),所述弹性元件的一端固定,其另一端与所述测量板(130)连接。 The measuring body Pick apparatus according to claim I, wherein said foot length measuring means (100) further comprises: Tan element (150), the fixed end of the elastic member, the other end of the measuring plate (130) is connected.
  3. 3.根据权利要求2所述的测体选号装置,其特征在于,所述测量板(130)上设置有通孔(133); 所述脚长測量装置(100)还包括推杆(172),所述推杆(172)通过挡块(132)活动地穿设在所述通孔(133)中,且所述挡块(132)设置在所述推杆(172)的自由端。 Pick the measuring body 3. The apparatus according to claim 2, characterized in that the measuring plate (130) is provided on the through hole (133); said foot length measuring means (100) further comprises a rod (172) the push rod (172) through the stopper (132) movably disposed in said through holes (133), and said stopper (132) disposed on said push rod (172) is a free end.
  4. 4.根据权利要求I所述的测体选号装置,其特征在于,所述脚长測量装置(100)还包括两个滑轨(142),所述脚踏板(110)的两侧分别设置有一个所述的滑轨(142),所述测量板(130)的第一端通过滑块(143)活动地设置在ー个所述滑轨(142)上,所述测量板(130)的第二端通过另ー个滑块(143)活动地设置在另ー个所述滑轨(142)上。 The measuring body Pick apparatus according to claim I, wherein said foot length measuring means (100) further includes two rails (142), on both sides of said foot pedal (110) are provided has one of the slide (142), said measuring plate (130) is movably disposed at a first end of said rail ー (142) on the slider (143), said measuring plate (130) a second end through another ー slider (143) movably disposed in the guide rail a further ー (142) on.
  5. 5.根据权利要求1-4中任一项所述的测体选号装置,其特征在干, 所述测体选号装置还包括头围测量装置(200); 所述头围測量装置(200)包括: 外观帽, 固定部(210),所述固定部(210)套在所述外观帽的内側, 弾性收缩元件(220),所述弹性收缩元件(220)围绕所述外观帽的内侧设置,所述弹性收缩元件(220)的第一端固定,和拉カ传递元件(230),所述拉カ传递元件(230)的第一端固定,且所述拉カ传递元件(230)与所述弹性收缩元件(220)联动,所述拉カ传递元件(230)的第二端与拉绳传感器(240)上的拉绳(241)连接; 所述控制测量单元(800)与所述拉绳传感器(240)电连接,所述控制测量单元(800)获取所述拉绳传感器(240)的输出信号并将所述输出信号转化为长度值; 所述控制装置(700)还包括帽号选择单元,所述帽号选择单元获取所述长度值以计算出帽号。 5. Pick body measuring device according to any of claims 1-4, characterized in that the dry, the apparatus further comprises a measuring body Pick head circumference measuring means (200); said head circumference measuring apparatus (200) comprising: a cap exterior, fixed part (210), said fixing portion (210) inside the exterior sleeve cap, Dan contraction element (220), said elastic elements (220) disposed around said inner cap appearance the elastic elements (220) fixing a first end, and a pull-ka transfer element (230), said pull-ka transfer element (230) fixed to a first end, and the pull-ka transfer element (230) and the elastic elements (220) interlock, said pull-ka transfer element (230) and a second end of the cord sensor cord (241) on (240); said measuring control means (800) and the rope sensor (240) electrically connected to the measurement control unit (800) acquires an output signal and the output signal of the sensor cord (240) is converted to the length value; said control means (700) further comprises a cap number selection unit, the selection unit acquires the number cap length value to calculate the number of the cap.
  6. 6.根据权利要求5所述的测体选号装置,其特征在干,所述头围測量装置(200)还包括: 支架(260),所述拉绳传感器(240)安装在所述支架(260)上; 拉绳连接部(270),所述拉绳连接部(270)包括导向槽、第一弹簧(271)、 第一连接件(274)、第二弹簧(273)和第二连接件(272); 所述第一弹簧(271)、第一连接件(274)和第二弹簧(273)活动地设置在所述导向槽内,所述第二连接件(272)固定地设置在所述导向槽内;所述拉カ传递元件(230)的第二端依次穿过所述第一弹簧(271)、所述第一连接件(274)、所述第二弹簧(273)和所述第二连接件(272)后与所述拉绳(241)连接,所述第一连接件(274)与所述拉カ传递元件(230)固定连接。 6. Pick body measuring apparatus as claimed in claim 5, characterized in that the dry, the head circumference measuring means (200) further comprising: a bracket (260), the rope sensor (240) mounted on said bracket ( 260); cord connecting section (270), the pull cord connecting section (270) comprises a guide groove, a first spring (271), a first connecting member (274), (273) and a second spring connected to a second member (272); said first spring (271), a first connecting member (274) and a second spring (273) movably disposed in said guide groove, said second connecting member (272) fixedly disposed in said guide groove; ka pull the transmission element a second end (230) sequentially through said first spring (271), said first connecting member (274), said second spring (273) and said second rear connecting member (272) connected to the pull cord (241), said first connecting member (274) and the pull-ka transfer element (230) is fixedly connected.
  7. 7.根据权利要求5所述的测体选号装置,其特征在于,所述测体选号装置包括身高测量装置(500)和体重測量装置¢00); 所述控制装置(700)还包括衣服号码选择単元,所述衣服号码选择単元根据测得的身高和体重确定衣服的号码。 7. Pick body measuring apparatus as claimed in claim 5, wherein said sensing means comprises Pick body height measuring means (500) and the weight measuring apparatus 00 ¢); said control means (700) further comprises a number of clothing radiolabeling selection element, said selected number of clothing garment radiolabeling element determined based on the measured height and weight numbers.
  8. 8.根据权利要求7所述的测体选号装置,其特征在干,所述测体选号装置还包括机柜(900),所述脚长測量装置(100)和所述体重測量装置(600)设置在所述机柜(900)的底部,所述身高測量装置(500)设置在所述机柜(900)的顶部。 8. Pick body measuring apparatus according to claim 7, characterized in that the dry, the measuring apparatus further includes a cabinet Pick body (900), said foot length measuring means (100) and said weight measuring means (600) provided at the bottom of the cabinet (900), said height measuring means (500) disposed on top of the cabinet (900).
  9. 9.根据权利要求5所述的测体选号装置,其特征在于,所述测体选号装置还包括指纹识别单元(300),所述指纹识别单元与所述控制装置(700)电连接。 9. The measuring body Pick apparatus according to claim 5, wherein said apparatus further comprises a measuring body Pick fingerprint identification unit (300), the fingerprint identification unit and the control means (700) are electrically connected.
  10. 10.根据权利要求5所述的测体选号装置,其特征在于,所述测体选号装置还包括用于提示选号操作流程的语音提示単元。 10. The measuring body Pick apparatus according to claim 5, wherein said apparatus further comprises a measuring body Pick Pick operation flow for prompting voice prompts radiolabeling element.
CN 201120538809 2011-12-21 2011-12-21 Body-measuring and size-selecting device CN202396601U (en)

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Cited By (14)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102406280A (en) * 2011-12-21 2012-04-11 夏应 Device for selecting size by body measurement
CN103027411A (en) * 2012-12-18 2013-04-10 浙江报喜鸟服饰股份有限公司 Clothing body measuring ruler and clothing body measuring system
US9442614B2 (en) 2014-05-15 2016-09-13 Bebop Sensors, Inc. Two-dimensional sensor arrays
US9546921B2 (en) 2009-10-16 2017-01-17 Bebop Sensors, Inc. Piezoresistive sensors and sensor arrays
US9696833B2 (en) 2014-05-15 2017-07-04 Bebop Sensors, Inc. Promoting sensor isolation and performance in flexible sensor arrays
US9710060B2 (en) 2014-06-09 2017-07-18 BeBop Senors, Inc. Sensor system integrated with a glove
US9721553B2 (en) 2015-10-14 2017-08-01 Bebop Sensors, Inc. Sensor-based percussion device
US9753568B2 (en) 2014-05-15 2017-09-05 Bebop Sensors, Inc. Flexible sensors and applications
US9827996B2 (en) 2015-06-25 2017-11-28 Bebop Sensors, Inc. Sensor systems integrated with steering wheels
US9836151B2 (en) 2012-03-14 2017-12-05 Bebop Sensors, Inc. Multi-touch pad controller
US9863823B2 (en) 2015-02-27 2018-01-09 Bebop Sensors, Inc. Sensor systems integrated with footwear
US9965076B2 (en) 2014-05-15 2018-05-08 Bebop Sensors, Inc. Piezoresistive sensors and applications
US10082381B2 (en) 2015-04-30 2018-09-25 Bebop Sensors, Inc. Sensor systems integrated with vehicle tires
US10114493B2 (en) 2015-06-02 2018-10-30 Bebop Sensors, Inc. Multi-touch pad controller

Cited By (17)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9546921B2 (en) 2009-10-16 2017-01-17 Bebop Sensors, Inc. Piezoresistive sensors and sensor arrays
CN102406280B (en) 2011-12-21 2014-03-19 夏彬 Device for selecting size by body measurement
CN102406280A (en) * 2011-12-21 2012-04-11 夏应 Device for selecting size by body measurement
US9836151B2 (en) 2012-03-14 2017-12-05 Bebop Sensors, Inc. Multi-touch pad controller
CN103027411A (en) * 2012-12-18 2013-04-10 浙江报喜鸟服饰股份有限公司 Clothing body measuring ruler and clothing body measuring system
CN103027411B (en) 2012-12-18 2014-10-22 浙江报喜鸟服饰股份有限公司 A garment body size and the amount of A garment amount of body systems
US9442614B2 (en) 2014-05-15 2016-09-13 Bebop Sensors, Inc. Two-dimensional sensor arrays
US9652101B2 (en) 2014-05-15 2017-05-16 Bebop Sensors, Inc. Two-dimensional sensor arrays
US9696833B2 (en) 2014-05-15 2017-07-04 Bebop Sensors, Inc. Promoting sensor isolation and performance in flexible sensor arrays
US9965076B2 (en) 2014-05-15 2018-05-08 Bebop Sensors, Inc. Piezoresistive sensors and applications
US9753568B2 (en) 2014-05-15 2017-09-05 Bebop Sensors, Inc. Flexible sensors and applications
US9710060B2 (en) 2014-06-09 2017-07-18 BeBop Senors, Inc. Sensor system integrated with a glove
US9863823B2 (en) 2015-02-27 2018-01-09 Bebop Sensors, Inc. Sensor systems integrated with footwear
US10082381B2 (en) 2015-04-30 2018-09-25 Bebop Sensors, Inc. Sensor systems integrated with vehicle tires
US10114493B2 (en) 2015-06-02 2018-10-30 Bebop Sensors, Inc. Multi-touch pad controller
US9827996B2 (en) 2015-06-25 2017-11-28 Bebop Sensors, Inc. Sensor systems integrated with steering wheels
US9721553B2 (en) 2015-10-14 2017-08-01 Bebop Sensors, Inc. Sensor-based percussion device

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