CN102849309A - Automatic drinking water bag for bicycle - Google Patents

Automatic drinking water bag for bicycle Download PDF

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Publication number
CN102849309A
CN102849309A CN2012103147653A CN201210314765A CN102849309A CN 102849309 A CN102849309 A CN 102849309A CN 2012103147653 A CN2012103147653 A CN 2012103147653A CN 201210314765 A CN201210314765 A CN 201210314765A CN 102849309 A CN102849309 A CN 102849309A
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CN
China
Prior art keywords
bag
water
layer
drinking water
water bag
Prior art date
Application number
CN2012103147653A
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Chinese (zh)
Inventor
谭和平
谢宁
刘强
谭晓婧
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谭晓婧
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Application filed by 谭晓婧 filed Critical 谭晓婧
Priority to CN2012103147653A priority Critical patent/CN102849309A/en
Publication of CN102849309A publication Critical patent/CN102849309A/en

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Abstract

The invention discloses an automatic drinking water bag for a bicycle. The automatic drinking water bag comprises a drinking water bag, a water guide pipe, a sucking valve, a water pouring port, a sealing cover, an air pipe and a constant-pressure inflation system, wherein the body of the drinking water bag is in a three-layer sealing structure; a first layer and a second layer of the drinking water bag are provided with water storage bags; the second layer and a third layer of the drinking water bag are provided with air storage bags; the water guide pipe and the water pouring port are communicated with the water storage bags of the drinking water bag and are fixed on the outer surface of the first layer of the drinking water bag; the sucking valve is arranged at the tail end of the water guide pipe; the water pouring port is provided with the sealing cover which is movable; the constant-pressure inflation system is composed of a micro air pump, the air pipe, a deflating valve and a pressure sensor; one end of the air pipe is communicated with the micro air pump, the deflating valve and the pressure sensor; the other end of the air pipe is communicated with the air storage bags of the drinking water bag and are arranged on the outer surface of the third layer of the drinking water bag; the constant-pressure inflation system is independently packaged and can be fixed in the drinking water bag or in any other places outside the drinking water bag; and the second layer of the drinking water bag is made of a macromolecular elastic material.

Description

一种自行车自动饮水袋 A bicycle automatic water bags

技术领域 FIELD

[0001] 本发明属于ー种饮水袋,具体涉及ー种自行车自动饮水袋。 [0001] The present invention belongs to the species ー water bags, particularly relates to an automatic water bags ー bicycle.

背景技术 Background technique

[0002] 现有的自行车饮水袋的饮水方式主要是通过骑行者的主动吮吸或是将饮水袋由骑行者背负以便使饮水袋内的饮用水能够进入到骑行者的口腔内,如中国专利申请号为:022404856的“自行车专用水袋”和中国专利申请号为:2006201210281的“水袋”,这类水袋的饮用方式将使骑行者消耗过多的能量。 [0002] The conventional way of drinking water bag bicycle primarily through the rider's active sucking the water bags or by the rider in order to carry drinking water can enter the bag mouth of the rider, such as China patent application number: "cycling bag" and Chinese Patent application No. 022404856 of: 2006201210281 a "bag", drinking water bag such manner rider will consume excessive energy.

发明内容 SUMMARY

[0003] 为了克服现有饮水袋的不足,本发明提出了ー种自行车自动饮水袋。 [0003] In order to overcome the deficiencies of the prior water bag, the present invention proposes a bicycle ー automatic water bags. 本发明的技术方案如下: Aspect of the present invention is as follows:

ー种自行车自动饮水袋,其包括饮水袋、导水管、吮吸阀、注水ロ、密封盖、气管和恒压充气系统,其中:饮水袋的本体为三层密封结构,饮水袋的第一层与第二层之间为储水袋,饮水袋的第二层与第三层之间为储气袋,导水管和注水ロ与饮水袋内的储水袋相通并固定在饮水袋的第一层的外表面,吮吸阀安装在导水管的末端,在注水口上安装有活动密封盖,恒压充气系统由微型气泵、气管、放气阀和压カ传感器构成,气管的一端与微型气泵、放气阀和压カ传感器相连通,气管的另一端与饮水袋内的储气袋相通并安装在饮水袋的第三层的外表面,恒压充气系统为独立封装,可固定在饮水袋内或饮水袋外的其他地方,且饮水袋的第二层由高分子弾性材料构成。ー bicycle automatic water bags, which comprises a water bags, aqueduct, sucking valves, ro water, sealing cover, and the constant voltage tracheal inflation system, wherein: the bag body of a three-layer water seal structure, with a first layer of water bags the second layer is between the water bag, the bag is the gas between the second layer and the third layer water bag, the water conduit and the water injection ro pouch water bag and fixed to communicate the first layer of the water bag the outer surface of the sucking valve mounted at the end of the gutter, the seal cover is attached activity, constant pressure pneumatic system by the micro pump, the filling opening in the trachea, and the pressure release valve configured ka sensors, micro-pump and pipe end, the discharge ka valve and pressure sensor in communication, the other end of the gas pipe and the bag and water bag attached to the outer surface of the communication drinking pouch third layer, constant pressure pneumatic system is individually packaged, or may be fixed to the water bag elsewhere outside the water bags, water bags and the second layer is made of a polymer material constituting Dan.

[0004] 本发明的功能是这样实现的:将饮用水通过注水ロ灌入到自行车自动饮水袋内的储水袋中并盖好密封盖,然后,打开恒压充气系统的电源开关,恒压充气系统通电后将自动启动微型气泵,微型气泵产生的压缩空气通过气管注入到储气袋内,由于压カ传感器与气管相通,因此,当储气袋内的空气压カ达到了一定的压カ值后,压カ传感器将断开微型气泵的电源,使微型气泵自动停止工作,让储气袋内的气压值不变。 [0004] The function of the present invention is achieved: by the water poured into the drinking water to the water storage bag bicycle ro automatic drinking bag cover and the sealing cap, and then, turn the power switch constant pressure pneumatic system, constant pressure the pneumatic system starts automatically after power micro-pump, compressed air is injected into the micro-pump generated gas bag through the trachea, the trachea due to the pressure sensor and the grades are communicated so that, when the air pressure within the bag ka gas pressure reaches a certain ka after the value of the pressure sensor switches ka micro-pump power of the micro-pump automatically stopped, so that constant pressure value of gas inside the pouch.

[0005] 因储水袋与储气袋之间是由高分子弹性材料构成的第二层分隔开的,储气袋内的空气压カ将会通过第二层传递到储水袋,并挤压储水袋内的饮用水,当储水袋内的饮用水受到第二层的挤压后将通过导水管向吮吸阀流动,在受到吮吸阀的阻挡后,导水管内的饮用水停止运动并保持着压力,当骑行者需要饮水时,只须轻轻咬住导水管末端的吮吸阀,储水袋内的水在储气袋内的压缩空气的挤压下,就会通过导水管和吮吸阀自动进入到骑行者的口中,当骑行者饮水后导致饮水袋内的储水袋体积减小,一旦储气袋在压缩空气的作用下体积膨胀而气压过低时,恒压充气系统将自动接通微型气泵的电源,使恒压充气系统中的微型气泵继续通过气管向储气袋内注入空气,使储气袋内的空气压カ重新达到所需的压カ值并保持不变,使骑行者随时可以饮用;当需要 [0005] due to the water bag between the bag and the gas is formed of a polymer elastic material of the second layer spaced apart from the air bag gas pressure will be passed to the ka water bag through the second layer, and extrusion drinking water storage bag, when the bag after the storage of drinking water is pressed through the second layer to suck water conduit valve flow after sucking valve is blocked, stopping drinking water aqueduct motion and maintain the pressure, when the rider needs water, only nibbling at the end of the sucking valve aqueduct, water storage bag of compressed air at an extrusion gas bag, will pass the water conduit automatically sucking valve and into the mouth of the rider, the rider when the water bag cause the water bag to reduce the volume of water, the bag once the gas pressure is too low volume expansion under the action of compressed air, the constant pressure pneumatic system automatically power the micro-pump, so that constant pressure in the micro-pump inflation system continues through gas duct air is injected into the bag, the air bag gas pressure ka ka again reach the desired pressure value and remains unchanged so that the rider can always drink; when needed 重新向饮水袋灌注饮用水时,只需关闭恒压充气系统的电源开关后,再压住放气阀放掉储气袋内的空气后,即按可上述过程重新完成注水工作。 Re-perfusion after drinking, simply turn off the power to the constant pressure pneumatic system water bags, and then the purge valve to suppress gas bag is deflated, i.e., by the above process may be re-injection work is completed. [0006] 与现有的水袋相比,本发明的自行车自动饮水袋可以装备到自行车或骑行者身体上的任何位置,且无须骑行者吮吸和背负而消耗过多的能量,同吋,由于储水袋与储气袋相互独立,储气袋内的空气将不会对储水袋内的饮用水造成污染。 [0006] Compared with a conventional bag, the bag bicycle automatic drinking equipment of the present invention may be any position on the bicycle or the rider's body, and without the rider sucking and carrying excessive energy is consumed, with the inch, since water bag with gas bags are independent, the air bag gas will not cause contamination of the potable water reservoir bag.

附图说明 BRIEF DESCRIPTION

[0007] 图I是本发明的一种结构示意图。 [0007] FIG. I is a schematic view of the present invention.

[0008] 图2是图I的剖视图。 [0008] FIG. 2 is a sectional view of I.

[0009] 图3是本发明的储水袋注满饮用水和储气袋注入了压缩空气后的示意图。 [0009] FIG. 3 is a water bag according to the present invention, the bag is filled with water and gas injection after a schematic diagram of compressed air.

[0010] 图4和图5是本发明在工作状态时的示意图。 [0010] FIG. 4 and FIG. 5 is a schematic view of the present invention, when the operating state.

具体实施方式[0011] 以下结合附图详细说明本发明的结构: DETAILED DESCRIPTION [0011] the structure of the present invention will be described in conjunction with the accompanying drawings:

參见图I至图2,此为本发明的ー种具体结构,一种自行车自动饮水袋,其包括饮水袋3、导水管6、吮吸阀7、注水ロ13、密封盖2、气管4和恒压充气系统13,其中:饮水袋3的本体为三层密封结构,饮水袋3的第一层20与由高分子弹性材料构成的第二层8之间为储水袋10,饮水袋3的第二层8与第三层19之间为储气袋9,导水管6和注水ロ13与饮水袋3内的储水袋10相通与饮水袋3的第一层20的外表面的接ロ5固定,吮吸阀7安装在导水管6的末端,在注水ロ13上安装有活动密封盖2,恒压充气系统13由微型气泵18、气管4、放气阀16、压カ传感器11和控制电路14构成,控制电路14通过导线12与压カ传感器11连接,控制电路14通过导线17与微型气泵18连接,气管4的一端与微型气泵18、放气阀16和压カ传感器11相连通,气管4的另一端与饮水袋3内的储气袋9相通并安装在饮水袋3的第三层19的 Referring to FIG. 2 to FIG I, the specific structure of this kind ー present invention, an automatic water bicycle bags, water bags comprising 3, 6 aqueduct, sucking valve 7, water ro 13, sealing cap 2, 4 and trachea constant pressure pneumatic system 13, wherein: the bag main body 3 for water sealing three-layer structure, water bags 20 between the first layer and the second layer 8 is formed of a polymer elastic material 3 of the water bag 10, water bags 3 9, 6 and aqueduct water ro water bag 13 and the bag in the water 3 10 communicates with the outer surface of the water bags 20 in the first layer and a second layer 3 third layer 8 between the bag 19 and the gas is then ro 5 is fixed, the valve 7 is mounted at the end of the sucking gutter 6, mounting 13 has a water activity ro sealing cap 2, the constant pressure pneumatic system 13 by the micro pump 18, duct 4, the purge valve 16, pressure sensors 11 and ka the control circuit 14 constitute a control circuit 14 is connected via a line 12 and the pressure sensor 11 grades, the control circuit 14 is connected via a line 17 with micro-pump 18, one end of the pipe 4 and the micro-pump 18, the purge valve 16 and the pressure sensor 11 communicates ka , the other end of the pipe 4 to the water bags 39 in gas communication with the bag and the bag is mounted in the drinking water of the third layer 3 of the 19 表面,恒压充气系统13为独立封装,固定在饮水袋3外的其他地方,在饮水袋3的上边还设有吊环I。 Surface, constant pressure inflation system 13 is individually packaged, the water is fixed in other places outside the bag 3, the upper side water bags 3 is further provided with rings I.

[0012] 下面结合附图3、图4和图5对本发明的一种自行车自动饮水袋的用法作进ー步描述:将饮用水通过注水ロ13灌入到储水袋10内并盖好密封盖2,然后,打开恒压充气系统13的电源开关,恒压充气系统13通电后控制电路14将自动启动微型气泵18,微型气泵18产生的压缩空气通过气管4注入到储气袋9内,由于压カ传感器11与气管4相通,因此,当储气袋9内的空气压カ达到了一定的压カ值后,压カ传感器11使控制电路14断开微型气泵18的电源,使微型气泵18自动停止工作,让储气袋9内的气压值不变。 Drinking water via water poured into the water bag 13 ro 10 and tightly closed: [0012] The following figures 3, 4 and 5 for the use of a bicycle automatic water bags of the present invention as Fig further described in conjunction with the intake ーlid 2, and then, turn the power switch 13 of the constant pressure pneumatic system, constant pressure inflation system 13 after the energization control circuit 14 starts automatic micro-pump 18, the compressed air 18 produced by the micro-pump 4 is injected into the gas pipe inner bag 9, Since the pressure sensor pipe grades 4 and 11 in communication, therefore, when the air pressure of gas 9 ka in the bag reaches a certain pressure value of ka, ka pressure sensor 11 of the control circuit 14 turns off the micro-pump power supply 18, so that the micro pump 18 automatically stop working, so that air pressure in the gas storage bags 9 unchanged.

[0013] 因储水袋10与储气袋9之间是通过由高分子弾性材料构成的第二层8分隔开的,储气袋9内的空气压カ将会通过第二层8传递到储水袋10,并挤压储水袋10内的饮用水,当储水袋10内的饮用水受到第二层8的挤压后将通过导水管6向吮吸阀7流动,在受到吮吸阀7的阻挡后,导水管6内的饮用水停止运动并保持着压力,当骑行者需要饮水时,只须轻轻咬住导水管6末端的吮吸阀7,储水袋10内的水在储气袋9内的压缩空气的挤压下,就会通过导水管6和吮吸阀7自动进入到骑行者的口中,当骑行者饮水后导致饮水袋3内的储水袋10的体积减小,一旦储气袋9在压缩空气的作用下体积膨胀而气压过低时,恒压充气系统13中控制电路14将自动接通微型气泵18的电源,使恒压充气系统13中的微型气泵18继续通过气管4向储气袋9内注入空气,使储气袋9内的空气压カ重新达到所需的压 [0013] The reason is in the air layer 8, 9 spaced apart from the second gas storage bags made of a polymer material Tan pressure between grades 9 water bag 10 and the gas pockets will pass through the second layer 8 the water bag 10, and presses the drinking water in the water bag 10, when the flow of drinking water in the water bag 10 is squeezed by the second layer 8 after sucking the water conduit valve 6 to 7, by sucking in after blocking valve 7, the drinking water in the water conduit 6 will be stopped and the pressure is maintained, when the rider needs water, just gently sucking bite valve 6 gutter end 7, the water in the water bag 10 extruding the compressed air in the gas bags 9, 7 will automatically enter the valve by sucking water conduit 6 and into the mouth of the rider, the rider when the water inside the water bag cause the water volume of the bag 310 is reduced when the bag once the gas pressure is too low volume expansion 9 under the action of compressed air, the pneumatic system 13 in the constant voltage control circuit 14 will automatically turn the power micro-pump 18, so that the constant pressure in the pneumatic system 13 micro-pump 18 continue injected through pipe 4 into the gas bag 9 air, so the air pressure in the gas bags 9 again reaches the desired pressure ka 值并保持不变,使骑行者随时可以饮用;当需要重新向饮水袋3灌注饮用水时,只需关闭恒压充气系统13的电源开关后,再压住放气阀16的按钮15放掉储气袋9内的空气后,即按可上述过程重新完成注水工作。 Value and remains unchanged, so that the rider can always drink; when the need to re-infusion bag 3 while drinking water, simply turn off the system power constant pressure pneumatic switch 13, then presses release button 16 of valve 15 let go after the air in the gas bags 9, i.e. by the above process may be re-injection work is completed.

Claims (3)

1. 一种自行车自动饮水袋,其包括饮水袋、导水管、吮吸阀、注水口、密封盖、气管和恒压充气系统,其特征在于:所述饮水袋的本体为三层密封结构,饮水袋的第一层与第二层之间为储水袋,饮水袋的第二层与第三层之间为储气袋;所述导水管和注水口与饮水袋内的储水袋相通并固定在饮水袋的第一层的外表面,吮吸阀安装在导水管的末端,在注水口上安装有活动密封盖;所述恒压充气系统由微型气泵、气管、放气阀和压力传感器构成,气管的一端与微型气泵、放气阀和压力传感器相连通,气管的另一端与饮水袋内的储气袋相通并安装在饮水袋的第三层的外表面。 An automatic drinking bicycle bag comprising a water bags, aqueduct, sucking valve, filling opening, the sealing cap, and the constant voltage tracheal inflation system, characterized in that: said bag body is a three-layer water seal structure, water is a water bag between the first and second layers of the bag, the bag is a gas between the second layer and the third layer drinking bag; aqueduct and the water injection port communicating water bag and the bag the outer surface of the first layer is secured in the water bag, sucking valve mounted at the end of the gutter, with a water injection nozzle mounted on the sealing cap activities; the constant voltage by the micro-pump inflation system pipe, and a pressure sensor configured purge valve, , one end of the micro-pump tube, the purge valve and a pressure sensor in communication, the other end of the gas pipe and the bag and water bag attached to the outer surface of the communication drinking pouch third layer.
2.如权利要求I所述的一种自行车自动饮水袋,其特征在于:所述水袋的第二层由高分子弹性材料构成。 2. A bicycle according to claim I automatic water bags, characterized in that: the second layer is an elastic bag composed of a polymer material.
3.如权利要求I所述的一种自行车自动饮水袋,其特征在于:所述恒压充气系统为独立封装,可固定在饮水袋内或饮水袋外的其他地方。 A bicycle I according to claim automatic water bags, characterized in that: said constant pressure pneumatic system is individually packaged, may be fixed in other places outside the drinking bag or drinking bag.
CN2012103147653A 2012-08-30 2012-08-30 Automatic drinking water bag for bicycle CN102849309A (en)

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Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3300102A (en) * 1965-03-12 1967-01-24 Budzich Tadeusz Inflatable bag fluid dispensing device
FR2623488A1 (en) * 1987-11-20 1989-05-26 Gehant Denis Methods, devices, stoppers and cabinets for dispensing fluid products contained in containers
US5062591A (en) * 1990-02-12 1991-11-05 Bikestream, Inc. Pressurized potable beverage drinking system
WO1998005560A2 (en) * 1996-08-04 1998-02-12 Source Vagabond Systems Ltd. A flexible container for storing and dispensing liquids
CN1046680C (en) * 1994-08-19 1999-11-24 麦卡恩工程及制造公司 Liquid dispenser for use with containers
CN1089309C (en) * 1996-12-03 2002-08-21 琼-弗兰斯娃斯·贝登 Container for receiving certain volume for liquid and case constituting same
KR20100103022A (en) * 2009-03-13 2010-09-27 정진형 Discharge device for use of potable water container

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3300102A (en) * 1965-03-12 1967-01-24 Budzich Tadeusz Inflatable bag fluid dispensing device
FR2623488A1 (en) * 1987-11-20 1989-05-26 Gehant Denis Methods, devices, stoppers and cabinets for dispensing fluid products contained in containers
US5062591A (en) * 1990-02-12 1991-11-05 Bikestream, Inc. Pressurized potable beverage drinking system
CN1046680C (en) * 1994-08-19 1999-11-24 麦卡恩工程及制造公司 Liquid dispenser for use with containers
WO1998005560A2 (en) * 1996-08-04 1998-02-12 Source Vagabond Systems Ltd. A flexible container for storing and dispensing liquids
CN1089309C (en) * 1996-12-03 2002-08-21 琼-弗兰斯娃斯·贝登 Container for receiving certain volume for liquid and case constituting same
KR20100103022A (en) * 2009-03-13 2010-09-27 정진형 Discharge device for use of potable water container

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