CN102528775B - 手持式工具机供能单元 - Google Patents
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01M—PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSION OF CHEMICAL ENERGY INTO ELECTRICAL ENERGY
- H01M50/00—Constructional details or processes of manufacture of the non-active parts of electrochemical cells other than fuel cells, e.g. hybrid cells
- H01M50/20—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
- H01M50/204—Racks, modules or packs for multiple batteries or multiple cells
- H01M50/207—Racks, modules or packs for multiple batteries or multiple cells characterised by their shape
- H01M50/213—Racks, modules or packs for multiple batteries or multiple cells characterised by their shape adapted for cells having curved cross-section, e.g. round or elliptic
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B25—HAND TOOLS; PORTABLE POWER-DRIVEN TOOLS; MANIPULATORS
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- B—PERFORMING OPERATIONS; TRANSPORTING
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- H01M50/20—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
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- H01M50/20—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders
- H01M50/233—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders characterised by physical properties of casings or racks, e.g. dimensions
- H01M50/24—Mountings; Secondary casings or frames; Racks, modules or packs; Suspension devices; Shock absorbers; Transport or carrying devices; Holders characterised by physical properties of casings or racks, e.g. dimensions adapted for protecting batteries from their environment, e.g. from corrosion
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Abstract
本发明涉及一种手持式工具机供能单元,尤其是电池组或蓄电池组,包括蓄电池单元(10a,b,c)和接口元件(12a,b,c)。建议手持式工具机供能单元具有减振单元(14a,b,c),该减振单元被设置用于减振地支承蓄电池单元(10a,b,c)。
Description
现有技术
具有蓄电池单元和接口元件的手持式工具机供能单元,尤其是电池组或蓄电池组以为人所知。
发明内容
本发明涉及一种具有蓄电池单元和接口元件的手持式工具机供能单元,尤其是电池组或蓄电池组。“手持式工具机供能单元”应该理解为尤其是一个单元,它被设置用于向手持式工具机供给尤其是电能。优选地,应该将手持式工具机供能单元理解为具有至少一个电池组电池和/或蓄电池组电池的电池组或蓄电池组。特别优选地,手持式工具机供能单元实施成可以由使用者更换的单元,该单元经接口与手持式工具机连接。手持式工具机供能单元优选包含一个蓄电池单元,它包含一个或多个电池组电池或蓄电池组电池,和一个接口单元,通过该接口单元可以将手持式工具机供能单元与一个手持式工具机供能机械地和/或电气地相连接。“手持式工具机”应该理解为尤其是一种工件加工机器,如尤其是钻机,钻锤,冲击钻,锯子,如刺锯或往复锯,刨子,起子,铣刀,磨具,角磨机,振动磨光机,园艺工具和/或多功能工具等等。
建议手持式工具机供能单元包含减振单元,该减振单元被设置用于减振地支承蓄电池单元。减振单元应该理解为一种单元,它适合于显著减小从手持式工具机和/或手持式工具机供能单元的部件向蓄电池单元的传递的振动和/或振荡。减振单元包含阻尼的和/或弹性的元件,它们显著减小作用于蓄电池单元上的加速度。“显著减小”应该理解为尤其是将作用于蓄电池单元上的振荡或振动的最大加速度减小至少50%,优选减小80%以上。减振单元优选将一部分的振动能量转换成热量,其中它具有熵弹性特性。减振单元在由振动或振荡引起的交变负载下优选具有滞后作用,也就是说,在应力-应变图中加载曲线不对应于卸载曲线。通过将机械振动能量转换成热量,吸收了一部分动能。可以有利地实现保护蓄电池单元免受手持式工具机的振动或振荡的影响。可以提高机械稳固性。蓄电池单元的敏感的电池组电池或蓄电池组电池可以得到保护。手持式工具机供能单元的寿命和可靠性可以得到提高。可以减小磨损。可以改善安全性。尤其是可以减少由于蓄电池单元或电池组电池或蓄电池组电池的损坏造成的短路危险。
优选地,减振单元将蓄电池单元阻尼地与接口元件相连接。对此尤其是应该理解为,蓄电池单元被减振单元在接口元件中阻尼地支承和/或在至少一个运行状态下蓄电池单元的支承力经减振单元支撑在 接口元件上。减振单元可以优选是蓄电池单元和接口元件之间的惟一的连接件。但是也可以在蓄电池单元和接口元件之间设置其它的连接件。尤其是可以设置保险元件,它们防止蓄电池单元可能与接口元件脱开。保险元件优选实施成弯曲柔软的并且不将主要的振动或振荡从接口元件传递给蓄电池单元。保险元件例如可以实施成金属丝或绳索。可以实现对蓄电池单元的有利的振荡阻尼。通过由减振单元对蓄电池单元的支承可以节省部件。
此外建议,减振单元至少部分地由弹性体材料实施。“弹性体材料”应该理解为优选是一种熵弹性的具有明显滞后作用的弹性体材料,它在其玻璃转变温度以上使用。具有滞后作用的弹性体材料有利地将特别多的机械振荡能转换成热量,因为对于压缩所需要的机械能要比在返回到其初始形状时的接下来的卸载期间再给出的机械能大得多。优选该弹性体材料是交联的弹性体材料。尤其是该弹性体材料具有平坦的弹性特性线。特别优选地,减振单元至少部分地由弹性体材料制成的泡沫材料实施。由弹性体材料制成的泡沫材料具有特别显著的滞后作用并且将特别多的振动能转换成热量。可以达到特别好的减振作用。
优选地,手持式工具机供能单元具有至少一个刚性地布置在蓄电池单元上的接触单元(触头单元)。“接触单元”应该理解为一种单元,它被设置用于将蓄电池单元与手持式工具机至少电气地连接。手持式工具机具有接触支架,它适合于以机械和电气的方式将接通蓄电池单元的接触单元,其中接触单元的触头和接触支架的触头相互接触。“刚性地布置”应该理解为接触单元与蓄电池单元基本上固定地连接和/或是蓄电池单元的组成部分。该连接优选没有减振元件和/或弹簧元件。接触单元的减振尤其是比通过减振单元的减振小50%,优选小10%,该减振单元设置用于对手持式工具机供能单元的减振。可以实现接触单元与蓄电池单元的特别可靠的连接。尤其是在电池组电池或蓄电池组电池和接触单元之间的电连接承受很小的负荷。在本发明的另一个设计方案中可以设置一个减振单元,该减振单元将接触单元阻尼地与蓄电池单元连接。优选地,接触单元可以刚性地布置在接口元件上,该接口元件经减振单元阻尼地与蓄电池单元连接。如果在接触单元和蓄电池单元之间设置减振单元,那么接触单元优选通过柔性导体与蓄电池单元连接。蓄电池单元可以通过减振元件保护而免受接口元件和接触单元的振荡和振动的影响。
建议手持式工具机供能单元具有至少一个布置在接口元件上的闭锁元件,该闭锁元件设置用于将接口元件与手持式工具机刚性地连接。“闭锁元件”应该理解为尤其是一种元件,它设置用于与另一个闭锁元件接触以便进行闭锁,从而通过两个闭锁元件可以传递闭锁力。为此手持式工具机具有闭锁元件,通过该闭锁元件连接手持式工具机供能单元的闭锁元件。“刚性地连接”应该理解为在闭锁状态下,在接口元件和手持式工具机之间的连接优选没有减振元件和/或弹簧元件。在接口元件和手持式工具机之间的连接的阻尼小于被设置用于手持式工具机供能单元的蓄电池单元的减振的减振单元的阻尼的50%,优选于其10%。可以保证在接口元件和手持式工具机之间的特别可靠的连接。接口元件可以是手持式工具机供能单元的保护外壳的一部分。减振地支承的蓄电池单元可以在一个相应的保护外壳的内部中得到特别有效的保护。
此外,建议一种手持式工具机,其具有用于与手持式工具机供能单元耦联的接口,其中该接口具有至少一个减振单元。“减振单元”应该理解为一个布置在手持式工具机的接口上的单元,它设置用于显著减小从手持式工具机到手持式工具机供能单元或手持式工具机供能单元的部件上的振动和/或振荡的传递。控制单元优选由弹性体材料形成。可以非常有效地减小向手持式工具机供能单元上的振动或振荡的传递。
优选地,手持式工具机具有接触支架,它具有减振单元,它设置用于减振地接通手持式工具机供能单元的接触单元。特别优选地,该减振单元布置在手持式工具机外壳和接触支架的触头之间和/或该减振单元将接触支架支承在该手持式工具机外壳上。减振单元优选是弹性的并且在运行状态下施加在蓄电池单元的接触单元的方向上的力。可以保证特别可靠的接触。减振单元优选至少部分地由弹性体材料实施,尤其是由熵弹性的弹性体材料实施。特别优选地,减振单元至少部分地由一种由弹性体材料制成的泡沫材料实施。减振单元可以包含一些元件,它们提高在接触支架和蓄电池单元的接触单元之间的接触力的可靠性。尤其是减振单元可以包含弹簧元件。可以非常有效地减少振动或振荡尤其是向刚性地安置在手持式工具机供能单元的蓄电池单元上的接触单元上的传递。可以保证特别可靠的接通。
此外建议,手持式工具机的接口具有至少一个带有减振单元的闭锁元件,该闭锁元件设置由于减振地闭锁手持式工具机供能单元。“减振地闭锁”应该理解为一种闭锁,其相应于建议的手持式工具机供能单元的减振单元具有高的减振(阻尼)。可以在本身不具有足够的减振的手持式工具机供能单元中实现有效的减振。
此外建议一种系统,其包括一个手持式工具机供能单元和一个手持式工具机。
其它的优点由以下对附图的说明中得出。在附图中示出本发明的实施例。附图、说明书和权利要求书包含大量特征的组合。专业人员也可以单独地按照目的考虑这些特征并且概括成有意义的其它组合。
附图说明
图1是手持式工具机供能单元和手持式工具机的示意图,
图2是具有减振单元的手持式工具机供能单元的示意图,
图3是第二实施例中的手持式工具机供能单元的示意图,
图4是第三实施例中的手持式工具机供能单元和手持式工具机的示意图,和
图5是第四实施例中的手持式工具机供能单元和手持式工具机的示意图。
具体实施方式
图1和2示出一个具有手持式工具机供能单元和手持式工具机20a的系统。手持式工具机供能单元实施成蓄电池组并且包含蓄电池单元10a、接口元件12a和减振单元14a,该减振单元设置用于减振地支承蓄电池单元10a。减振单元14a将蓄电池单元10a与接口元件12a减振地相连接。减振单元14a由弹性体材料实施。在所示的示例中,减振单元14a由泡沫材料制成,该泡沫材料由弹性体材料形成 。减振单元14a与接口元件12a和蓄电池单元10a粘接起来。在蓄电池单元10a上刚性地布置接触单元16a。接触单元16a包含为了运行蓄电池单元10a所需要的电触头并且是蓄电池单元10a的外壳38a的一部分。在手持式工具机20a的外壳36a上的接口22a用于与手持式工具机供能单元耦联并且包含减振单元24a。在接口元件12a处设置闭锁元件18a,它将接口元件12a刚性地与手持式工具机20a的接口22a 连接。闭锁元件18a与接口元件12a一体地实施并且由带有定位凸起40a的柔性塑料材料制成。为了耦联,使用者将手持式工具机供能单元插入为其设置的、在手持式工具机20a的外壳36a上的凹腔34a中。接口22a的闭锁元件30a啮合到接口元件12a的闭锁元件18a中并且将手持式工具机供能单元刚性地与手持式工具机20a的外壳36a锁止在一起。接口22a的接触支架28a具有减振单元24a。接触支架28a被设置用于减振地接通手持式工具机供能单元的接触单元16a。减振单元24a由弹性体泡沫材料实施成并且与外壳36a和接触支架28a粘接起来。手持式工具机供能单元的接触单元16a被压向接口22a的接触粘接28a,从而在蓄电池单元10a和手持式工具机20a之间可靠地形成电接触。蓄电池单元10a可以向手持式工具机20a供给电能。蓄电池单元10a经接口元件12a的减振单元14a和经接触单元16a和接触支架28a经手持式工具机20a的减振单元24a被浮动弹性地支承。手持式工具机20a的振荡和振动仅仅经两个减振单元14a和24a减振地传递到蓄电池单元10a上。接触单元16a与蓄电池单元10a的蓄电池组电池电连接。在蓄电池单元10a中可以包含另外的没有详细示出的为了运行蓄电池单元10a所需要的部件,如用于监控充电状态的部件。接触单元16a包含另外的接触头,其被用于对蓄电池单元10a充电。
另外的实施例的以下的说明和附图基本上限于这些实施例之间的区别,其中关于相同名称的部件,尤其是关于具有相同的附图标记的部件,原则上可以参见其它的实施例的附图和/或说明。为了区别这些实施例,在另外的实施例的附图标记后加上字母b, c和d,取代第一实施例的字母a。
图3示出手持式工具机供能单元的另一个设计方案。手持式工具机供能单元包含蓄电池单元10b,它通过减振单元14b与接口元件12b连接。接触单元16b刚性地布置在接口单元12b上并且通过没有示出的柔性导体与蓄电池单元10b电连接。手持式工具机供能单元经设计成榫槽式连接件42b的闭锁元件18b,其也包含接触元件,被连接在手持式工具机20b的接口22b处。接口22b也包含没有示出的触头,用于将接口22b与接触单元16b电连接。也可以实现在手持式工具机供能单元和手持式工具机20b之间的接口22b的对于专业人员来说熟悉的其它的实施结构。在本发明的该设计方案中只需要一个减振单元14b,因为接触单元16b布置在接口元件12b上。
图4示出一个包括手持式工具机供能单元和手持式工具机20c的系统,手持式工具机包括带有减振单元26c的接口22c的闭锁元件30c,该闭锁元件被设置用于将手持式工具机供能单元减振地与一个匹配于接口22c的接口元件12c锁止在一起。减振单元26c由弹性体材料制造并且布置在手持式工具机20c的外壳36c和闭锁元件30c之间。外壳36c、减振单元26c和闭锁元件30c用多组分压铸法一体地制造。接口22c的接触支架28c具有减振单元24c。接触支架28c被设置用于减振地接通接手持式工具机供能单元的接触单元16c。手持式工具机供能单元的蓄电池单元10c通过接口22c的减振单元26c和减振单元24c保护免受手持式工具机20c的振荡或振动的影响。
图5示出在第三实施例中的包括手持式工具机供能单元和手持式工具机20d的系统。手持式工具机供能单元实施成蓄电池组(包)并且包含蓄电池单元10d和具有减振单元14d的接口元件12d,减振单元设置成用于减振地支承蓄电池单元10d。减振单元14d将蓄电池单元10d减振地与接口元件12d连接起来。另一个减振单元32d将接触单元16d与蓄电池单元10d相连接。减振单元32d由弹性体泡沫材料实施并且与蓄电池单元10d和接触单元16d粘接。此外接触单元16d通过没有示出的柔性导线与蓄电池单元10d电连接。蓄电池单元10d通过减振单元14d和减振单元32d保护免受手持式工具机20d的振荡或振动的影响。
Claims (9)
1.手持式工具机供能单元,包括蓄电池单元(10a,b,d)、接口元件(12a,b,d)和刚性地布置在所述接口元件上的接触单元,其中,所述蓄电池单元具有包含一个或多个电池组电池或蓄电池组电池的外壳,其特征在于,设有至少一个减振单元(14a,b,d),该减振单元被设置用于减振地支承蓄电池单元(10a,b,d),其中,所述减振单元(14a,b,d)将蓄电池单元(10a,b,d)的外壳阻尼地与接口元件(12a,b,d)相连接,其中,具有设置在接口元件(12a,b,d)上的至少一个闭锁元件(18a,b,d),用于将接口元件(12a,b,d)与一个手持式工具机刚性地相连接。
2.按照权利要求1所述的手持式工具机供能单元,其特征在于,所述减振单元(14a,b,d)至少部分地由弹性体材料实施。
3.按照权利要求1所述的手持式工具机供能单元,其特征在于,所述手持式工具机供能单元是电池组或蓄电池组。
4.手持式工具机,包括用于与一个按照权利要求1至3中任一项所述的手持式工具机供能单元耦联的接口(22a,c),其特征在于,所述接口(22a,c)包含至少一个减振单元。
5.按照权利要求4所述的手持式工具机,其特征在于所述接口(22a,c)的接触支架(28a,c),所述接触支架具有所述减振单元,所述接触支架被设置用于减振地接通手持式工具机供能单元的接触单元。
6.按照权利要求4所述的手持式工具机,其特征在于接口的至少一个闭锁元件,该闭锁元件具有所述减振单元并且被设置用于减振地闭锁手持式工具机供能单元。
7.一种系统,其包括一个手持式工具机供能单元和一个按照权利要求4至6中任一项所述的手持式工具机。
8.一种系统,其包括一个按照权利要求1至3中任一项所述的手持式工具机供能单元和一个手持式工具机。
9.一种系统,其包括一个按照权利要求1至3中任一项所述的手持式工具机供能单元和一个按照权利要求4至6中任一项所述的手持式工具机。
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- 2011-12-27 US US13/337,620 patent/US20120171539A1/en not_active Abandoned
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GB2486986B (en) | 2013-09-18 |
US20120171539A1 (en) | 2012-07-05 |
GB201122519D0 (en) | 2012-02-15 |
GB2486986A (en) | 2012-07-04 |
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