CN103394186A - Training sword with solar power generated electricity serving as power source - Google Patents

Training sword with solar power generated electricity serving as power source Download PDF

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Publication number
CN103394186A
CN103394186A CN2013103338725A CN201310333872A CN103394186A CN 103394186 A CN103394186 A CN 103394186A CN 2013103338725 A CN2013103338725 A CN 2013103338725A CN 201310333872 A CN201310333872 A CN 201310333872A CN 103394186 A CN103394186 A CN 103394186A
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China
Prior art keywords
acceleration sensor
storage battery
sword
solar
training
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CN2013103338725A
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Chinese (zh)
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缪江桥
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无锡同春新能源科技有限公司
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Priority to CN2013103338725A priority Critical patent/CN103394186A/en
Publication of CN103394186A publication Critical patent/CN103394186A/en

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Abstract

The invention relates to a training sword with solar power generated electricity serving as a power source and belongs to the technical field of the application of the internet of things of a sensor. An energy storage battery and an axis acceleration sensor are installed inside a sleeve, the energy storage battery provides electricity for the axis acceleration sensor through an electric lead, a solar battery is connected with a photo-voltaic controller through an electric lead, the photo-voltaic controller is connected with the energy storage battery through a charging plug and a charging socket by electric leads, and the energy storage battery is connected with the axis acceleration sensor through an electric lead. In the process of training, sensed movement information is converted into electric signals through the axis acceleration sensor along with the motion of a sword body, the electric signals are sent out through a sending antenna, received by an information processor through a receiving antenna and processed according to a set procedure, meanwhile, the processed information is input into a display screen, and the force used by a sportsman and the angle of the sword body in the process of training are displayed on the display screen, so that the specific data of the force used by the sportsman and the angle of the sword body when the sportsman conducts swordplay are known by a coach.

Description

一种以太阳能发电为供电源的训练用剑 Solar power is a kind of training for power supply with a sword

技术领域 FIELD

[0001] 本发明涉及一种以太阳能发电为供电源的训练用剑,属于传感器物联网应用技术领域。 [0001] The present invention relates to a solar power supply source for the training with the sword, the application belonging to the technical field sensor networking thereof.

背景技术 Background technique

[0002] 在击剑训练中,由于教练员不知道运动员在击剑时使用力度和剑体所处角度的具体数据,只能使用“重一点”、“轻一点”、“侧一点”等抽象的词语来指点运动员在击剑时使用的力度和控制剑体的角度,运动员没有具体的数据作为参照,很难领会教练员的意图,往往经过多次的比划也不能调整好使用的力度和控制好剑体的角度。 [0002] In fencing training, since the coaches do not know the specific data used by athletes and the strength of the sword angle at which the fencing material, only an abstract term "heavier", "lightly", "little side", etc. pointing to control the angle and intensity of the sword body of athletes in the fencing, no player specific data as a reference, it is difficult to understand the intent of coaches, often after repeated gestures can not be used to adjust the intensity and good body control the sword Angle.

发明内容 SUMMARY

[0003] 本发明的目的在于克服现有技术中的不足,提供一种以太阳能发电为供电源的训练用剑。 [0003] The object of the present invention is to overcome the disadvantages of the prior art, to provide a solar power supply source for the training with a sword. 套筒内安装有储能电池与轴加速度传感器,储能电池通过导电线向轴加速度传感器供电;运动员使用一种训练用剑进行训练时,随着剑体的运动,轴加速度传感器将感知的运动信息转换成电信号、通过发射天线发射出去,信息处理器通过接收天线接收信息并根据设定的程序进行处理,同时将处理好的信息输入显示屏,在显示屏上显示运动员在训练中击剑时使用的力度和剑体所处的角度;教练员通过显示屏上显示的信息,就知道了运动员在击剑时使用力度和剑体所处角度的具体数据,就可以采用具体的数据对运动员进行指导,运动员有了具体的数据作为参照,可以更加方便地领会教练员的意图,在击剑时也更容易调整好使用的力度和控制好剑体的角度。 The inner sleeve is mounted with the axis of the acceleration sensor storage battery, the storage battery through the electrically conductive wire axis acceleration sensor power; athletes training using weapons used for training, with the movement of the body of the sword, the acceleration sensor axis of motion will perceive to convert the information into electrical signals and transmitted through the transmission antenna, the information processor receives information via the receiving antenna and processed according to the procedures set, and sends the processed information input screen, displayed in training athletes fencing on the display screen strength and sword body in which the angle used; coaches through the information displayed on the screen, you know the specific data used by athletes intensity and angle in which the body of the sword in the fencing, it is possible to adopt specific data to guide athletes athletes have specific data as a reference, can more easily understand the coach's intentions, but also easier to adjust the intensity of good use and control the angle of the sword body good at fencing.

[0004] 本发明的主要技术方案是这样实现的: [0004] The main aspect of the present invention is implemented as follows:

由剑身1、护手盘2、剑柄3、柄首4、开孔5、套筒6、开孔塞7、光伏支柱8、太阳能电池9、导电线10、光伏控制器11、充电插头12、充电插座13、储能电池14、轴加速度传感器15、发射天线16、信息处理器17、接收天线18和显示屏19共同组成;柄首4的底部设有开孔5,发射天线16安装在轴加速度传感器15的上面,储能电池14和轴加速度传感器15安装在套筒6的内部,充电插座13安装在套筒6的筒口,套筒6安装在开孔5的内部,开孔塞7安装在开孔5的孔口,接收天线18和显示屏19安装在信息处理器17的上面;太阳能电池9通过导电线10与光伏控制器11连接,光伏控制器11通过导电线10经充电插头12和充电插座13与储能电池14连接,储能电池14通过导电线10与轴加速度传感器15连接。 1 by the blade, handguard 2, 3 hilt, the first lever 4, openings 5, 6 of the sleeve, the plug openings 7, 8 pillars photovoltaic, solar cells 9, the conductive wire 10, the PV controller 11, the charging plug 12, the charging receptacle 13, storage battery 14, the axis of the acceleration sensor 15, transmitting antenna 16, the information processor 17, receiving antenna 18 and 19 together constitute the display screen; 5 is provided with an opening at the bottom of the stem head 4, the transmitting antenna 16 is mounted in the above-axis acceleration sensor 15, the battery 14 and the storage-axis acceleration sensor 15 is mounted inside the sleeve 6, the charging receptacle 13 is mounted in the cylindrical opening 6 of the sleeve, the sleeve 6 is mounted inside the opening 5, the opening stopper 7 is mounted in the aperture of the opening 5, the receiving antenna 18 and the display 19 is mounted on top of the information processor 17; solar cell 9 is connected via the conductive line 10 and the controller 11 PV, the PV controller 11 via the conductive line 10 via the charge charging socket 12 and the plug 13 and the storage battery 14 is connected to storage battery 14 via conductive lines 10 and the shaft 15 is connected to an acceleration sensor.

[0005] 轴加速度传感器15是单轴加速度传感器或双轴加速度传感器或三轴加速度传感器。 [0005] axis acceleration sensor 15 is an acceleration sensor or a uniaxial or biaxial acceleration sensor triaxial acceleration sensor.

[0006] 太阳能电池9是单晶硅太阳能电池或多晶硅太阳能电池或非晶硅薄膜太阳能电池或染料敏化太阳能电池或铜铟镓硒薄膜太阳能电池。 [0006] The solar cell 9 is a monocrystalline silicon solar cells or polycrystalline silicon solar cell or an amorphous silicon thin film solar cell or dye-sensitized solar cell or CIGS thin film solar cells.

[0007] 储能电池14是胶体储能电池或固体储能电池。 [0007] The storage battery 14 is a storage battery or a solid colloidal storage battery.

[0008] 与现有技术相比,本发明的有益效果是:一种以太阳能发电为供电源的训练用剑可以让教练员知道运动员在击剑时运动员使用力度和剑体所处角度的具体数据,就可以采用具体的数据对运动员进行指导;同时,采用了清洁能源太阳能光伏发电作为供电源,可以方便地进行充电、投入使用。 [0008] Compared with the prior art, the beneficial effect of the invention is: A solar power generation for power train coaches sword allows athletes to know the intensity and the angle thereof at which the sword fencing athlete specific data , on the specific data can be used to guide the athletes; same time, using a solar photovoltaic power generation as a clean energy supply source, it can easily be charged, and put into use.

附图说明 BRIEF DESCRIPTION

[0009] 图1为本发明的结构示意图。 [0009] FIG. 1 is a schematic structural diagram of the present invention.

具体实施方式 Detailed ways

[0010] 本发明由剑身、护手盘、剑柄、柄首、开孔、套筒、开孔塞、光伏支柱、太阳能电池、导电线、光伏控制器、充电插头、充电插座、储能电池、轴加速度传感器、发射天线、信息处理器、接收天线和显示屏共同组成;在套筒内安装有储能电池与轴加速度传感器,储能电池通过导电线向轴加速度传感器供电;运动员使用一种训练用剑进行训练时,随着剑体的运动,轴加速度传感器将感知的运动信息转换成电信号、通过发射天线发射出去,信息处理器通过接收天线接收信息并根据设定的程序进行处理,同时将处理好的信息输入显示屏,在显示屏上显示运动员在训练中击剑时使用的力度和剑体所处的角度;教练员通过显示屏上显示的信息,就知道了运动员在击剑时使用力度和剑体所处角度的具体数据,在对运动员进行指导时,就可以采用具体的数据 [0010] The present invention is a plug blade, handguard, hilt, the first shank, openings, sleeves, openings, pillars photovoltaic, solar cells, the conductive lines, solar controller, charge plug, a charging socket, storage battery-axis acceleration sensor, the transmitting antenna, the information processor, and a display screen together constitute the receiving antenna; mounted within the sleeve and the shaft has an acceleration sensor storage battery, storage battery to the power line via the conductive axis acceleration sensor; athletes use a when training with the training sword species, with the movement of the sword body axis acceleration sensor sensing the motion information into an electrical signal emitted by the transmitting antenna, the information processor receives information via the receiving antenna and processed according to the procedures set while a good deal of information input screen, the angle of the intensity of use when athletes in training and fencing sword body which is displayed on the display screen; coaches through the information displayed on the screen, you know athletes in the fencing use the intensity and angle of the sword which the body of specific data, when the athletes guide, you can adopt specific data 进行描述,运动员有了具体的数据作为参照,可以更加方便地领会教练员的意图,在击剑时也更容易调整好使用的力度和控制好剑体的角度;当储能电池中的电能耗尽时,拔出开孔塞,在开孔中取出套筒,将充电插头插入充电插座,使太阳能电池产生的电流经光伏控制器调整后通过充电插头、充电插座输入储能电池储存,待储能电池充足电后,将充电插头拔出充电插座,把套筒安装在开孔内,盖上开孔塞,就可以投入使用了,同时配备多个套筒,就可以不间断的使用了。 Described, athletes with specific data as a reference, can more easily understand the intent coaches, easier to use and a good adjustment of the angle control member at a good fencing sword; when the electrical energy storage battery depletion current, pull out the plug hole, remove the sleeve in the aperture, the charging plug into the charging socket of the solar cell produced by the PV controller is adjusted by the charge plug, a charging input socket storage battery storage to be storage after the battery is fully charged, the charging plug pulled charging socket, the sleeve is mounted within the aperture, the plug cover the openings, it can be put into use, equipped with a plurality of sleeves, can uninterrupted use. 一种以太阳能发电为供电源的训练用剑可以让教练员知道运动员在击剑时运动员使用力度和剑体所处角度的具体数据,就可以采用具体的数据对运动员进行指导;同时,采用了清洁能源太阳能光伏发电作为供电源,可以方便地进行充电、投入使用。 A kind of solar power as a power source for training with a sword can let coaches know the athletes specific data when fencing sword which athletes use the strength and the angle of the body, you can specific data to guide the use of athletes; the same time, the use of clean photovoltaic solar energy as a power supply source, can easily be charged, and put into use.

[0011] 下面本发明将结合附图中的实施例作进一步描述: [0011] The invention will be further described in conjunction with the accompanying drawings in Example:

储能电池14和轴加速度传感器15是固定安装在套筒6的内部的,不会产生晃动或移动;充电插座13的大小形状与套筒6的筒口相匹配,充电插座13可以封住套筒6的筒口,充电插座13的充电插口处于外侧,充电插头12可以方便地插入或拔出充电插座13上的充电插口;同时,套筒6的形状大小和开孔5孔身内部的形状大小相匹配,当将套筒6安装在开孔5的孔身内时,套筒6不会产生晃动或移动。 Storage battery 14 and the shaft 15 is fixed to the acceleration sensor mounted inside the sleeve 6, no rattling or moving; size and shape of the charging socket 13 and the sleeve drum opening 6 matches the charging receptacle 13 can be sealed sleeve drum port 6, a charging socket 13 located outside the charge inlet, a charging plug 12 can be easily inserted or extracted charge receptacle on the charging port 13; the same time, the sleeve 6 and the shape and size of the internal pore openings 5 ​​relative to the body shape and size matching, when the sleeve 6 is mounted in the bore 5 of the body opening, the sleeve 6 will not move or rattle. 开孔塞7外侧的轮廓与柄首4底部的轮廓一致,当将开孔塞7安装在开孔5的孔口时,不会影响到柄首4底部原有的轮廓。 Consistent with the opening contour of the plug shank 47 outside of the bottom of the first contour, when the plug 7 is mounted in the opening 5 of the orifice opening will not affect the original contour of the bottom of the first lever 4.

[0012] 现举出实施例如下: [0012] Now embodiments include for example:

实施例一: Example One:

随着剑体的运动,单轴加速度传感器将感知的运动信息转换成电信号、通过发射天线发射出去,信息处理器通过接收天线接收信息并根据设定的程序进行处理,同时将处理好的信息输入显示屏,在显示屏上显示运动员在训练中击剑时使用的力度和剑体所处的角度;教练员通过显示屏上显示的信息,就知道了运动员在击剑时使用力度和剑体所处角度的具体数据,在对运动员进行指导时,就可以采用具体的数据进行描述。 As the body movement of the sword, the uniaxial acceleration sensor information sensed motion into electrical signals and transmitted through the transmission antenna, the information processor receives information via the receiving antenna and processed according to the procedures set, and sends the processed information enter the display, the display angle of the intensity in training athletes in fencing and sword body is located on the display screen; coaches through the information displayed on the screen, you know athletes use the strength and fencing sword in the body which the angle of specific data, when the player guidance, can be described using specific data.

[0013] 实施例二: 随着剑体的运动,双轴加速度传感器将感知的运动信息转换成电信号、通过发射天线发射出去,信息处理器通过接收天线接收信息并根据设定的程序进行处理,同时将处理好的信息输入显示屏,在显示屏上显示运动员在训练中击剑时使用的力度和剑体所处的角度;教练员通过显示屏上显示的信息,就知道了运动员在击剑时使用力度和剑体所处角度的具体数据,在对运动员进行指导时,就可以采用具体的数据进行描述。 [0013] Example II: with the movement of the sword of the body, the biaxial acceleration sensor information sensed motion into electrical signals and transmitted through the transmission antenna, the information processor receives information via the receiving antenna and processed according to the procedures set while a good deal of information input screen, the angle of the intensity of use when athletes in training and fencing sword body which is displayed on the display screen; coaches through the information displayed on the screen, you know athletes in the fencing use the intensity and angle of the sword which the body of specific data, when the athletes guide, can be described using specific data.

Claims (3)

1.一种以太阳能发电为供电源的训练用剑,由剑身(I)、护手盘(2)、剑柄(3)、柄首(4)、开孔(5)、套筒(6)、开孔塞(7)、光伏支柱(8)、太阳能电池(9)、导电线(10)、光伏控制器(11)、充电插头(12)、充电插座(13)、储能电池(14)、轴加速度传感器(15)、发射天线(16)、信息处理器(17)、接收天线(18)和显示屏(19)共同组成;柄首(4)的底部设有开孔(5),发射天线(16)安装在轴加速度传感器(15)的上面,储能电池(14)和轴加速度传感器(15)安装在套筒(6)的内部,充电插座(13)安装在套筒(6)的筒口,套筒(6)安装在开孔(5)的内部,开孔塞(7)安装在开孔(5)的孔口,接收天线(18)和显示屏(19)安装在信息处理器(17)的上面;太阳能电池(9)通过导电线(10)与光伏控制器(11)连接,光伏控制器(11)通过导电线(10)经充电插头(12)和充电插座(13)与储能电池(14)连接,储能电池(14)通过导电线(10)与轴加速度传感 A solar power supply source for the training with the sword, the blade (the I), handguard (2), hilt (3), the first shank (4), an opening (5), the sleeve ( 6), the plug opening (7), a photovoltaic struts (8), a solar cell (9), a conductive wire (10), solar controller (11), a charge plug (12), charging socket (13), energy storage battery (14), the axis of the acceleration sensor (15), the transmitting antenna (16), the information processor (17), the receiving antenna (18) and a display screen (19) together form; the first shank is provided with a bottom opening (4) ( 5), the transmitting antenna (16) mounted on the shaft of the acceleration sensor (15) above, the storage battery (14) and the axis of the acceleration sensor (15) mounted inside the sleeve (6), the charging socket (13) mounted on the sleeve tube (6) of the cylinder port, the sleeve (6) mounted inside the opening (5), opening the plug (7) is mounted in the aperture openings (5), the receiving antenna (18) and a display screen (19) the information processor mounted thereon (17); a solar cell (9) are connected by conductive lines (10) and the solar controller (11), solar controller (11) via the conductive wire (10) by a charging plug (12) and charging socket (13) and storage batteries (14) connected to the storage battery (14) via the conductive wire (10) and the shaft acceleration sensor (15)连接;其特征是,所述的轴加速度传感器(15)是单轴加速度传感器或双轴加速度传感器或三轴加速度传感器。 (15); characterized in that the acceleration sensor axis (15) of the uniaxial acceleration sensor is an acceleration sensor or a biaxial or triaxial acceleration sensor.
2.根据权利要求1所述的一种以太阳能发电为供电源的训练用剑,其特征是,所述的太阳能电池(9)是单晶硅太阳能电池或多晶硅太阳能电池或非晶硅薄膜太阳能电池或染料敏化太阳能电池或铜铟镓硒薄膜太阳能电池。 2. A method according to claim 1 for the solar power supply power train with a sword, characterized in that said solar cell (9) is a single crystal silicon solar cells or polycrystalline silicon solar cell or an amorphous silicon thin film solar cell or dye-sensitized solar cell or CIGS thin film solar cells.
3.根据权利要求1所述的一种以太阳能发电为供电源的训练用剑,其特征是,所述的储能电池(14)是胶体储能电池或固体储能电池。 3. A method according to claim 1 for the solar power supply power train with a sword, characterized in that said storage battery (14) is a solid colloidal storage battery or storage battery.
CN2013103338725A 2013-08-04 2013-08-04 Training sword with solar power generated electricity serving as power source CN103394186A (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6173610B1 (en) * 1998-12-23 2001-01-16 Robert L. Pace Sports swing impact speed indicator
CN2529672Y (en) * 2002-02-01 2003-01-08 张继平 Body building sword
CN1593703A (en) * 2004-06-24 2005-03-16 中国科学院合肥智能机械研究所 Fencing training guidance system
US20050239583A1 (en) * 2002-03-07 2005-10-27 Arjen Radder Method for measuring parameters and a striking device
US8348770B2 (en) * 2010-07-07 2013-01-08 Jeffrey Shawn Hart Scoring machine

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6173610B1 (en) * 1998-12-23 2001-01-16 Robert L. Pace Sports swing impact speed indicator
CN2529672Y (en) * 2002-02-01 2003-01-08 张继平 Body building sword
US20050239583A1 (en) * 2002-03-07 2005-10-27 Arjen Radder Method for measuring parameters and a striking device
CN1593703A (en) * 2004-06-24 2005-03-16 中国科学院合肥智能机械研究所 Fencing training guidance system
US8348770B2 (en) * 2010-07-07 2013-01-08 Jeffrey Shawn Hart Scoring machine

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