CN106300572A - Hanging type flexible wireless charging device - Google Patents

Hanging type flexible wireless charging device Download PDF

Info

Publication number
CN106300572A
CN106300572A CN201510295559.6A CN201510295559A CN106300572A CN 106300572 A CN106300572 A CN 106300572A CN 201510295559 A CN201510295559 A CN 201510295559A CN 106300572 A CN106300572 A CN 106300572A
Authority
CN
China
Prior art keywords
cloth
wireless charging
member
hanging
flexible
Prior art date
Application number
CN201510295559.6A
Other languages
Chinese (zh)
Inventor
叶裕洲
叶宗和
吴振旗
叶俊廷
黄雪蓉
程柏叡
胡志明
崔久震
Original Assignee
介面光电股份有限公司
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 介面光电股份有限公司 filed Critical 介面光电股份有限公司
Priority to CN201510295559.6A priority Critical patent/CN106300572A/en
Publication of CN106300572A publication Critical patent/CN106300572A/en

Links

Abstract

The invention relates to a hanging type flexible wireless charging device. The hanging type flexible wireless charging device comprises a flexible carrier, at least one set of emission film coil elements and a hanging device; the flexible carrier comprises a main cloth member and at least one sub-cloth member; the sub-cloth-member is connected to the main cloth member in order to form at least one bag body; each bag body has an opening and an containing space; the emission film coil members are arranged in the main cloth member and are configured to emit electromagnetic wave with at least more than one frequency in order to perform wireless charging on at least one power receiving device contained in the containing space in the containing bag; the hanging device is connected to the main cloth member in order to assist the flexible carrier to hang; and the main cloth member and the sub-cloth-member are provided with shielding components in order to obstruct divergence of the electromagnetic wave and improve charging efficiency.

Description

吊挂式可挠无线充电装置 Hanging flexible wireless charging device

技术领域 FIELD

[0001] 本公开涉及一种无线充电装置,特别涉及一种吊挂式可挠无线充电装置。 [0001] The present disclosure relates to a wireless charging apparatus, particularly to a hanging flexible wireless charging device.

背景技术 Background technique

[0002] 各种便携式电子装置例如手机、平板电脑已广泛应用于日常生活中,为提供便携式电子装置运作所需电能,须以充电器对其内部电池充电。 [0002] various portable electronic devices such as mobile phones, tablet computers have been widely used in daily life, to provide a portable electronic device into the operating power required, it shall charge its internal battery charger. 由于无线充电装置可适用于各种使用环境且不会受电源线的限制,可便于使用者进行充电应用,因此无线充电装置已逐渐被发展以取代有线充电器的使用。 Since the wireless charging apparatus applicable to various use environments and are not limited by the power line, it may facilitate user charging applications, so the wireless charging device has been gradually developed to replace the wired chargers.

[0003] 无线充电又称感应充电或非接触式充电,其是通过无线方式将能量从供电装置提供予受电装置。 [0003] The wireless charging, also known as inductive charging or contact charging, which is provided by wireless energy from the power supply means to the power receiving apparatus. 目前,无线充电技术概括分为三大阵营,无线充电联盟WPC(WirelesSPower Consortium) (QI)、电力事业联盟PMA (Power Matters Alliance)、无线电源联盟A4WP (Alliance For Wireless Power),其中以WPC、A4WP联盟为主流,而采用的无线充电方式则有磁感应(低频)与磁共振(高频)的技术分别。 Currently, wireless charging technology summarized into three camps, Wireless Power Consortium WPC (WirelesSPower Consortium) (QI), power industry alliance PMA (Power Matters Alliance), Wireless Power Consortium A4WP (Alliance For Wireless Power), which WPC, A4WP Union mainstream, and the wireless charging system employed in the magnetic induction (low frequency) magnetic resonance (high-frequency) technology, respectively. 磁感应方式仅能用于短距离传输且受电装置需对位贴附于供电装置,虽电能转换效率较高,但难以实现多个受电装置同时进行充电。 A magnetic induction can only be used for short distance transmission and power receiving means for an alignment device attached to the power supply, although the high energy conversion efficiency, but it is difficult to achieve a plurality of power receiving devices simultaneously charged. 磁共振则是让发送端与接收端达到特定共振频率,可让双方形成磁共振现象,通过这种方式达到能量传输的目的。 MRI is to allow transmitting and receiving ends to achieve a particular resonance frequency, the resonance phenomenon may be formed in both sides, in this way to achieve the purpose of energy transmission. 相较于磁感应方式,磁共振方式可实现较远距离的充电。 Compared to magnetic induction, magnetic resonance mode can be implemented more distant charge.

[0004] 图1显示现有无线充电装置对受电装置进行无线充电的示意图。 [0004] Figure 1 shows a conventional wireless charging means receiving the electrical diagram of a wireless device will be charged. 如图1所示,无线充电装置11是通过无线方式将能量传输予受电装置12,其中无线充电装置11的线圈元件通常采用多芯铜线线圈且将铜线线圈设置于硬质铁氧磁氧化物基板上并装设于壳体内,因此现有的无线充电装置无法依据使用需求及充电环境自由变形,且通常仅能放置于桌面进行充电,如此将使充电应用受到限制且降低其便利性。 1, the wireless charging device 11 by the wireless energy transmission to the power receiving device 12, wherein the coil elements of the wireless charging device 11 is usually multi-core coil of copper wire and the copper wire coil disposed in the hard ferrimagnetic mounted on a substrate and the oxide in the housing, and therefore the conventional wireless charging apparatus can not deform freely according to needs and charging environment, and generally only placed on the desktop charging, charging will thus reduce its application is limited and the convenience . 此外,现有的无线充电装置亦不便于收纳与携带,特别是欲对具较大面积的受电装置进行充电时,则无线充电装置的体积亦需较大,重量较重且携带不易。 In addition, the conventional wireless charging device nor easy to carry and storage, particularly with a large area to be on the power receiving device is charged, the wireless charging device also need large volume, heavy weight and easy to carry.

[0005] 此外,现有的无线充电装置由于采用的技术不同,其线圈元件的耦合频率以及发射端电路设计亦不同,造成产品各自规格的不相容且无法共用元件。 [0005] Further, the conventional wireless charging device due to the different techniques employed, frequency of coil coupling element, and also different transmitter circuit design, resulting in incompatible respective product specifications and can not be shared element. 由于不相容的因素,无线充电装置无法使用相同的线圈元件及电路元件,使得各种便携式电子装置需要使用搭配的各种定制化无线充电装置,如此降低了无线充电装置的优势与通用性,且无法以单一无线充电装置对多个采用不同无线充电技术的受电装置进行无线充电。 Due to incompatibility factors, not the wireless charging device using the same coil element and the circuit element, so that the various portable electronic devices need to use with a variety of customized wireless charging device, thus reducing the advantages and versatility of the wireless charging device, and wireless charging can not be performed in a single charging apparatus of the wireless power receiving apparatus using a plurality of different wireless charging technology.

发明内容 SUMMARY

[0006] 本公开的目的在于提供一种吊挂式可挠无线充电装置,其结构可挠且轻薄,且可通过磁感应和/或磁共振耦合方式实现无线充电,且可吊挂设置或可卷收收纳与携带,可增加无线充电应用弹性及便利性,并且节省空间。 [0006] The object of the present disclosure is to provide a hanging flexible wireless charging apparatus, flexible and light structure, and the wireless charging may be achieved by magnetic induction and / or coupling resonance, and may be suspended or disposed rollable closing the housing and carrying, the wireless charging may increase flexibility and convenience of application, and saves space.

[0007] 本公开的另一目的在于提供一种可发射一种以上不同频率的电磁波的吊挂式可挠无线充电装置,其可同时或分时地对一个或多个可接收同一频率或不同频率的电磁波的受电装置进行充电,且可适应性或选择性地切换使用磁共振耦合或磁感应方式实现无线充电。 [0007] Another object of the present disclosure is to provide an electromagnetic wave can be transmitted more than one different frequencies hanging flexible wireless charging apparatus that can simultaneously or time division may receive one or more of the same or different frequencies power receiving means for charging the frequency of the electromagnetic wave, and may be selectively switched adaptively or magnetic resonance coupling or magnetic induction wireless charging manner.

[0008] 为达上述目的,本公开的一较佳实施方式为提供一种吊挂式可挠无线充电装置,包括可挠载体、至少一组发射薄膜线圈元件以及一吊挂装置。 [0008] To achieve the above object, a preferred embodiment of the present disclosure is to provide a hanging flexible wireless charging device, comprising a flexible support, at least one set-emitting element and a thin film coil hanging means. 可挠载体包括主布件及至少一个子布件,其中子布件是连结于主布件以构成至少一个袋体,每一个袋体具有开口及容置空间。 The flexible fabric carrier comprises a main member and at least one member of cloth, pieces of cloth which is connected to the main member to form the at least one cloth bag, each bag having an opening and a receiving space. 发射薄膜线圈元件设置于主布件内,且架构于发射至少一种以上频率的电磁波,以对容置于袋体的容置空间中的至少一个受电装置进行无线充电。 Emitting element is disposed within the thin film coil main fabric member, and at least one architecture to transmit electromagnetic wave frequencies above, housed in the bag body for accommodating space receiving at least one power receiving device for wireless charging. 吊挂装置与主布件连接设置,以辅助可挠载体进行吊挂。 Cloth hanging member connected to the main apparatus is provided to assist in hanging the flexible carrier. 主布件和子布件皆设置有屏蔽元件以阻隔电磁波发散,并提高充电效率。 The main member and the fabric of cloth members are provided with a shield to block electromagnetic divergent member, and improve the charging efficiency.

附图说明 BRIEF DESCRIPTION

[0009] 图1显示现有无线充电装置对受电装置进行无线充电的示意图。 [0009] Figure 1 shows a conventional wireless charging means receiving the electrical diagram of a wireless device will be charged.

[0010] 图2A为本公开的无线充电系统的架构示意图。 [0010] The wireless charging system architecture diagram of FIG. 2A of the present disclosure.

[0011]图2B为本公开的无线充电系统的另一变化例的架构示意图。 [0011] FIG 2B a schematic view of another variation of the architecture of a wireless charging system of the present disclosure.

[0012] 图3A为本公开的吊挂式可挠无线充电装置的结构示意图。 [0012] FIG 3A of the present disclosure hanging schematic configuration of the wireless charging device may be flexible.

[0013] 图3B为本公开的吊挂式可挠无线充电装置的另一变化例的结构示意图。 [0013] FIG. 3B present a schematic view of the disclosed hanging structural example of another variation of the wireless charging device may be flexible.

[0014] 图4为图3A所示的吊挂式可挠无线充电装置于AA截面的截面图。 [0014] FIG. 4 is shown in FIG. 3A may be hanging flexible wireless section of the device in the charging section AA.

[0015] 图5A为图4所示的发射薄膜线圈元件的一示范例的结构示意图。 [0015] FIG 5A is a schematic structure of an exemplary embodiment of the thin film coil emitting element shown in FIG. 4.

[0016] 图5B为图4所示的发射薄膜线圈元件的另一示范例的结构示意图。 [0016] FIG 5B is a schematic structural diagram of another exemplary embodiment of the thin film coil emitting element shown in FIG. 4.

[0017] 图6为图5A所示屏蔽元件的一示范例的结构示意图。 [0017] FIG. 6 is a schematic view of an exemplary embodiment of a shielding element in FIG. FIG. 5A.

[0018]图7为图3A所示的吊挂式可挠无线充电装置的发射模块的电路方块图。 [0018] FIG. 7 is shown hanging flexible charging device module for wireless transmitting circuit block diagram of FIG. 3A.

[0019]图8为图2所示的受电装置的接收模块的电路方块图。 [0019] FIG. 8 is a circuit block diagram of the receiving module of the power receiving device 2 shown in FIG.

[0020] 图9显示图2的受电装置的一示范例的结构示意图。 Schematic structural diagram of the power receiving device [0020] Figure 9 shows an exemplary embodiment of FIG. 2 in. 图10为本公开的无线充电系统的一变化例的电路方块示意图。 A change in a circuit block of the wireless charging system of FIG. 10 is a schematic view of the disclosure.

[0021] 图11是显示图3A所示吊挂式可挠无线充电装置的天线配置结构示意图。 [0021] FIG. 11 is shown in FIG. 3A may be hanging flexible antenna wireless charging apparatus structure schematic configuration.

[0022] 图12是显示图3A所示吊挂式可挠无线充电装置的天线配置结构的另一变化例示意图。 [0022] FIG. 12 is shown in FIG. 3A may be hanging a schematic view of another variation of the flexible structure of the antenna configuration of the wireless charging device. .

[0023] 图13是显示图3A所示吊挂式可挠无线充电装置的天线配置结构的另一变化例示意图。 [0023] FIG. 13 is shown in FIG. 3A may be hanging a schematic view of another variation of the flexible structure of the antenna configuration of the wireless charging device.

[0024] 附图标iP,说曰月: [0024] numerals iP, said May, saying:

[0025] 11:无线充电装置 [0025] 11: Wireless charging apparatus

[0026] 12:受电装置 [0026] 12: power receiving means

[0027] 2:无线充电系统 [0027] 2: a wireless charging system

[0028] 3:吊挂式可挠无线充电装置(简称无线充电装置) [0028] 3: hanging flexible wireless charging apparatus (referred to as a wireless charging means)

[0029] 4、4':受电装置 [0029] 4,4 ': power receiving means

[0030] 5:电源 [0030] 5: Power

[0031] 6:电路载板 [0031] 6: circuit carrier

[0032] 30:可挠载体 [0032] 30: flexible carrier

[0033] 31:发射薄膜线圈元件 [0033] 31: a thin film coil emitting element

[0034] 32:发射模块 [0034] 32: transmission module

[0035] 33:吊挂装置 [0035] 33: hanger means

[0036] 34:显示单元 [0036] 34: display unit

[0037] 35:开关单元 [0037] 35: switching unit

[0038] 36:控制器 [0038] 36: Controller

[0039] 37:第一切换电路 [0039] 37: first switching circuit

[0040] 38:第二切换电路 [0040] 38: second switching circuit

[0041] 39:锁闭装置 [0041] 39: Locking device

[0042] 301:主布件 [0042] 301: Main pieces of cloth

[0043] 302:子布件 [0043] 302: pieces of cloth

[0044] 303:袋体 [0044] 303: pouch

[0045] 304:开口 [0045] 304: opening

[0046] 305:容置空间 [0046] 305: receiving space

[0047] 306:屏蔽元件 [0047] 306: shielding member

[0048] 301a:表布 [0048] 301a: table cloth

[0049] 301b:底布 [0049] 301b: base fabric

[0050] 302a:外布 [0050] 302a: outer cloth

[0051] 302b:里布 [0051] 302b: Lining

[0052] 311:柔性基板 [0052] 311: flexible substrate

[0053] 312:起振天线 [0053] 312: vibrating antenna

[0054] 313:谐振天线 [0054] 313: resonant antenna

[0055] 314:第一保护层 [0055] 314: a first protective layer

[0056] 315:第二保护层 [0056] 315: second protective layer

[0057] 316:电容器 [0057] 316: capacitor

[0058] 317:屏蔽元件 [0058] 317: shielding member

[0059] 311a:第一面 [0059] 311a: a first surface

[0060] 311b:第二面 [0060] 311b: second plane

[0061] 311c:穿孔 [0061] 311c: perforation

[0062] 313a:第一端 [0062] 313a: a first end

[0063] 313b:第二端 [0063] 313b: second end

[0064] 3171:网格单元 [0064] 3171: grid units

[0065] 3172、3173:金属微线 [0065] 3172,3173: metal micro-wires

[0066] 321:电源转换电路 [0066] 321: power conversion circuit

[0067] 322:振荡器 [0067] 322: an oscillator

[0068] 323:功率放大器 [0068] 323: PA

[0069] 324:滤波电路 [0069] 324: a filter circuit

[0070] 361:感测元件 [0070] 361: a sensing element

[0071] 4a、4a':无线充电接收器 [0071] 4a, 4a ': a wireless charging receiver

[0072] 4b、4b':负载 [0072] 4b, 4b ': load

[0073] 41、41':接收薄膜线圈元件 [0073] 41, 41 ': a thin film coil receiving member

[0074] 42、42':接收模块 [0074] 42, 42 ': a receiving module

[0075] 43:连接器 [0075] 43: connector

[0076] 421:滤波电路 [0076] 421: a filter circuit

[0077] 422:整流电路 [0077] 422: rectifying circuit

[0078] 423:稳压电路 [0078] 423: voltage regulator circuit

[0079] 424:直流电压调节电路 [0079] 424: direct-voltage control circuit

[0080] Cn、C12:第一电容器 [0080] Cn, C12: a first capacitor

[0081] C21、C22:第二电容器 [0081] C21, C22: a second capacitor

[0082] Sn、S12:第一开关元件 [0082] Sn, S12: a first switching element

[0083] S21、S22:第二开关元件 [0083] S21, S22: a second switch element

[0084] d:间距 [0084] d: pitch

[0085] S1:控制信号 [0085] S1: control signal

[0086] L、L3、L3,:电感值 [0086] L, L3, L3 ,: inductance

具体实施方式 Detailed ways

[0087] 体现本公开特征与优点的一些典型实施例将在后段的说明中详细叙述。 Some exemplary embodiments [0087] The present disclosure embodies the features and advantages of which are described in detail in the subsequent stage. 应理解的是本公开能够在不同的态样上具有各种的变化,其皆不脱离本公开的范围,且其中的说明及附图在本质上是当作对其进行说明用,而非用于限制本公开。 It should be understood that the present disclosure is capable of various changes in different aspects, which are without departing from the scope of the disclosure, and the description and the drawings are essentially as described by them, and not for limit the disclosure.

[0088]图2A为本公开的无线充电系统的架构图,图2B为本公开的无线充电系统的另一变化例的架构图,图3A为本公开的吊挂式可挠无线充电装置的结构示意图,图3B为本公开的吊挂式可挠无线充电装置的另一变化例的结构示意图,图4为图3A所示的吊挂式可挠无线充电装置于AA截面的截面图,图5A为图4所示的发射薄膜线圈元件的一示范例的结构示意图,图5B为图4所示的发射薄膜线圈元件的另一示范例的结构示意图。 The wireless charging system architecture diagram [0088] FIG. 2A of the present disclosure, a schematic diagram of another variation of a wireless charging system of the present disclosure FIG. 2B, FIG. 3A of the present disclosure hanging flexible configuration of the wireless charging device schematic view, FIG. 3B present disclosure flexible hanging a schematic structural example of another variation of the wireless charging device, FIG 4 is a hanging flexible shown in FIG. 3A in a sectional view of apparatus of a wireless charging section AA, FIG. 5A It is a schematic view of an exemplary embodiment of a thin film coil structure emitting element shown in FIG. 4, FIG. 5B is a schematic structural diagram of another exemplary embodiment of the thin film coil emitting element shown in FIG. 4. 如图2A、2B、3A、4、5A及5B所示,本公开无线充电系统2包括吊挂式可挠无线充电装置3 (以下简称无线充电装置3)以及至少一个受电装置4,其中无线充电装置3是连接于一电源5 (例如但不限于交流市电,或是外接或内建的电池单元),且可发射出特定(单一)频率或宽频(多种不同频率)的电磁波(例如但不限于频率范围介于60Hz到300GHz的电磁波),以利用磁共振(高频)或磁感应(低频)方式对一个或多个接收相同或不同频率电磁波的受电装置4(例如但不限于手机、平板电脑、电器产品)实现无线充电。 As shown in FIG 2A, 2B, 3A, 4,5A and 5B, the wireless charging system 2 of the present disclosure includes a hanging flexible wireless charging device 3 (hereinafter referred to as a wireless charging device 3) and at least one power receiving device 4, wherein the radio charging means 3 is connected to a power source 5 (e.g., but not limited to, AC power, or the external or built-in battery cell), and may transmit a specific (single) frequency or wideband (more different frequencies) of electromagnetic waves (e.g. but not limited to an electromagnetic wave frequency range from 60Hz to 300GHz) to using magnetic resonance (frequency) or magnetic induction (low frequency) frequency of electromagnetic waves the same or different way to the one or more received power receiving device 4 (e.g., but not limited to a mobile phone , tablet computers, electrical products) for wireless charging.

[0089] 本公开的无线充电装置3包括可挠载体30、至少一组发射薄膜线圈元件31、至少一组发射模块32及吊挂装置33,其中可挠载体30包括主布件301以及多个子布件302。 [0089] The present disclosure wireless charging device 3 comprises a flexible carrier 30, at least one set of coil elements emitting film 31, at least a set of transmission module 32 and the suspension device 33, wherein the flexible carrier 30 comprises a main sub 301 and a plurality of pieces of cloth 302 pieces of cloth. 该至少一组发射薄膜线圈元件31是设置于主布件301内,且电性连接于对应的发射模块32,发射薄膜线圈元件31是架构为无线充电装置3的发射端。 At least a set of the emitting element 31 is a thin film coil disposed in the main distribution member 301, and is electrically connected to the corresponding transmission module 32, the thin film coil emitting element 31 is a wireless transmitter architecture charging device 3. 发射模块32是设置于主布件301内,且电连接于电源5以及对应的发射薄膜线圈元件31之间,以接收电源5所提供的电能并且产生一交流信号至对应的发射薄膜线圈元件31。 Transmitting module 32 is disposed in the main distribution member 301, and is electrically connected between the power source 31 emitting film 5 and the corresponding coil element, the power supplied to the received power and generates an AC signal 5 corresponding to the thin film coil emitting element 31 . 多个子布件302分别连结于主布件301,以构成多个袋体303,每一个袋体303具有一开口304及一容置空间305,其中容置空间305是架构为一充电区域,且可容收一个或多个受电装置4以进行无线充电。 A plurality of cloth members 302 are respectively connected to the primary distribution member 301, 303 to form a plurality of bags, each bag body 303 having an opening 304 and an accommodating space 305, wherein the accommodating space 305 is a framework for a charging area, and It can accommodate one or more received power receiving device 4 for wireless charging. 吊挂装置33是与主布件301连接设置,以辅助可挠载体30吊挂于一物件上,例如壁面上的挂钩或是铆钉,但不以此为限。 Hanging means 33 is connected to the primary distribution member 301 is provided to assist in hanging the flexible carrier 30 on an object, such as hooks or rivets on the wall surface, but is not limited thereto. 于一些实施例中,吊挂装置33可为但不限于穿孔、吊环、吊钩或是吊绳。 In some embodiments, the suspension apparatus 33 may be perforated but not limited to, ring, hook or sling. 于本实施例中,可挠载体30为一壁挂布垫,其中主布件301及多个子布件301为可挠布件,故其亦可卷收收纳,以便于收纳及携带,饶富便利性。 In this embodiment, the flexible carrier 30 is a cloth pad wall, wherein the primary member 301 and a plurality of fabric pieces of cloth of flexible fabric member 301, so the housing can retractor, and the housing in order to carry, convenience memorable sex. 于另一些实施例中,可挠载体30可为腰挂包(如图3B所示)、腰带包或提包,藉此以方便使用者随身吊挂或提拿,以便于实时进行充电。 In some other embodiments, the flexible carrier 30 may be a lumbar Bag (shown in FIG. 3B), a belt bag or package, thereby to facilitate the user to carry or lift the pylon, in order to charge in real time. 应注意的是,可挠载体30的型态及轮廓并不以前述实施例为限,其可依实际应用而任施变化。 It should be noted that the type and profile of the flexible carrier 30 is not limited to the foregoing embodiment, which is applied to follow any change in practical applications.

[0090] 于一些实施例中,如图2A所示,无线充电装置3包括一组发射薄膜线圈元件31以及一组发射模块32,藉此无线充电装置3可发射一特定频率的电磁波以对受电装置4进行无线充电。 Electromagnetic wave [0090] In some embodiments, 2A, 3 emission film including a set of coil elements and a wireless charging device 31 set the transmission module 32, whereby the wireless charging device 3 may transmit a specific frequency and subject to electric charging device 4 wirelessly. 于另一些实施例中,如图2B所示,无线充电装置3包括多组发射薄膜线圈元件31以及多组发射模块32,其中每一组发射薄膜线圈元件31电性连接于一对应的发射模块32,藉此无线充电装置3可发射一特定频率或多不同频率的电磁波,以同时或分时地对一个或多个可接收同一频率或不同频率电磁波的受电装置4进行无线充电。 In some other embodiments, shown in Figure 2B, the wireless charging device 3 comprises a plurality of sets of emission film 31 and a plurality of sets of coils emitting element module 32, wherein each set emitting element thin film coil 31 is electrically connected to a corresponding transmission module 32, whereby the charging apparatus 3 may transmit the radio waves at a specific frequency or different frequencies, to simultaneously or time-divisionally power receiving device may receive one or more of the same frequency or different frequencies of electromagnetic waves 4 wireless charging. 于前述实施例中,该一个或多个发射模块32可设置于一电路载板6上,但不以此为限。 In the foregoing embodiments, the one or more transmission modules 32 may be disposed on a circuit carrier board 6, but is not limited thereto.

[0091] 请再参阅图3A、4、5A及5B。 [0091] Please refer to FIG. 3A, 4,5A and 5B. 可挠载体30的主布件301包括表布301a及底布301b,其中表布301a与底布301b是彼此对应设置,且多个子布件302连接设置于主布件301的表布301a上。 The flexible carrier main cloth member 30 is 301 comprises face cloth 301a and the bottom cloth 301b, wherein the face cloth 301a and the bottom cloth 301b is provided corresponding to each other, and a plurality of cloth member 302 is connected is provided to the main pieces of cloth table cloth 301a 301 on. 于一些实施例中,多个子布件302是以例如但不限于缝制或热熔的方式连接固定于主布件301上,以构成多个袋体303。 In some embodiments, a plurality of cloth members 302 is, for example, but not limited to sewing or hot melt is connected to the main cloth fixed member 301, 303 to form a plurality of pockets. 每一个袋体303均具有开口304及容置空间305,其中容置空间305是由子布件302与主布件301定义形成,且每一个容置空间305的大小是依据对应的子布件302的尺寸及该子布件302缝制于主布件301上的尺寸而定。 Each pouch 303 has an opening 304 and the accommodating space 305, wherein the accommodating space 305 is formed of cloth member 302 defines a main distribution member 301 by and each of the accommodating space 305 is based on the corresponding sub layout 302 the size and distribution of the sub-element 302 sewn to the main dimension of the fabric member 301 may be. 举例而言,无线充电装置3可由3个子布件302以缝制或热熔方式连接固定于主布件301之上,以构成3排袋体,其中该3排袋体分别包括4个、4个、2个袋体303,即无线充电装置3可供至少10个受电装置4容设于该等袋体303的容置空间305中,以进行无线充电,然该等袋体303的数量、型态以及尺寸并不以前述实施例为限,亦可依照实际需求而任施变化。 For example, the wireless charging device 3 may consist of 3 sub-sewn cloth member 302 to be connected or fixed to the melt distribution over the main member 301, to form the bag body 3 rows, wherein the bag body comprises three rows of four each, 4 one, two bags 303, i.e., the wireless charging device 3 for at least 4 power receiving device 10 accommodated in the accommodating space 303 of the pocket body 305, for wireless charging, then the number of the pocket member 303 , type and size is not limited to the foregoing embodiments, may be applied in accordance with the actual needs of any changes.

[0092] 于一些实施例中,无线充电装置3包括一个或多个显示单元34以及开关单元35,其是设置于可挠载体30上。 [0092] In some embodiments, the wireless charging device 3 comprises one or more display units 34 and a switch unit 35, which is disposed on the flexible carrier 30. 显示单元34可为但不限于显示灯组,其可藉灯组发出不同颜色光以显示目前的运作及充电状态,例如但不限于关闭充电功能、充电中或已充饱电能等状态。 The display unit 34 may be but is not limited to a display lamp set, which may by lamps emit light of different colors to display the current state of charge of the operation and, for example, but not limited to off charging, charging power or the like has been fully charged state. 开关单元35可依据使用者的手动操作而切换无线充电装置3于进行充电或关闭充电的操作。 The switch unit 35 can be based on a user's manual operation of the wireless charging device 3 is switched on or off the charge of the charging operation. 无线充电装置3可包括一个或多个锁闭装置39,其中锁闭装置39是邻设于一对应袋体303的开口304,且连接于主布件301与子布件302。 Wireless charging apparatus 3 may include one or more locking means 39, wherein the locking means 39 is disposed adjacent to an opening 304 corresponding to the bag body 303, and is connected to the main distribution member 301 and member 302 of cloth. 锁闭装置39可依据使用者的操作而闭锁袋体301的开口304,以避免容置于袋体303内的受电装置4掉落。 Lock device 39 according to the user's operation can be latch opening 304 of the bag body 301, so as to avoid power reception apparatus housed within the bag body 3034 drop. 锁闭装置39可为例如但不限于条状或片状的扣带或是拉链。 Locking means 39 may be, for example, but not limited to a tape or strip or sheet-like zipper.

[0093] 于本实施例中,至少一组发射薄膜线圈元件31是设置于主布件301的表布301a及底布301b之间,用以与容设于袋体303的容置空间305中的受电装置4以磁共振或磁感应技术进行无线充电。 [0093] In the present embodiment, at least one set of the thin film coil emitting element 31 is disposed between the main member 301 of the cloth and the bottom cloth table cloth 301a 301b, and accommodated to the accommodating space 305 of the bag 303 the power receiving device 4 or to a magnetic resonance magnetic induction wireless charging technology. 发射模块32是电连接于发射薄膜线圈元件31,且设置于主布件301的表布301a及底布301b之间。 Transmitting module 32 is electrically connected to the emitter thin film coil element 31, and is disposed between the main table 301 pieces of cloth base fabric cloth 301a and 301b. 于一些实施例中,发射模块32所设置的位置以邻近于主布件301的侧边缘且未为子布件301所覆盖的区域为较佳。 In some embodiments, the position of the transmitter module 32 provided adjacent to the side edges of the main cloth member 301 and not to the sub-region covered by the cloth member 301 is preferred.

[0094] 于本实施例中,无线充电装置3包括至少一组发射薄膜线圈元件31,发射薄膜线圈元件31包括柔性基板311、起振天线312、谐振天线313、第一保护层314以及第二保护层315,其中起振天线312与谐振天线313是设置于柔性基板311的两相对面,亦即起振天线312与谐振天线313分别设置于柔性基板311的第一面311a与第二面311b。 [0094] In the present embodiment, the wireless charging device 3 comprises at least a set of coil elements emission film 31, the thin film coil emitting element 31 includes a flexible substrate 311, vibrating antenna 312, a resonant antenna 313, a first 314 and a second protective layer the protective layer 315, wherein the vibrating resonant antenna 313 and antenna 312 is disposed on the opposite surface of the flexible substrate 311, i.e., vibrating resonant antenna 313 and the antenna 312 are respectively disposed on the first surface 311 of the flexible substrate 311a and the second surface 311b . 谐振天线313的两端(即第一端313a与第二端313b)是连接一个或多个电容器316,且起振天线312的两端是电连接于发射模块32。 Both ends of the resonant antenna 313 (i.e., a first end 313a and second end 313b) is connected to one or more capacitors 316, and both ends of the vibrating antenna 312 is electrically connected to the emitter module 32. 于一实施例中,谐振天线313的第一端313a是从柔性基板311的第二面311b穿过柔性基板311的穿孔311c并从柔性基板311的第一面311a引线而出。 In one embodiment, a first end of the resonant antenna 313 is passed through the perforations 313a of the flexible substrate 311 from the second surface of the flexible substrate 311 311b 311c 311a and lead out from the first surface 311 of the flexible substrate. 第一保护层314及第二保护层315是分别覆盖起振天线312与谐振天线313,亦即第一保护层312及第二保护层315是分别位于起振天线312与谐振天线313的外侧,且分别邻近于底布301b及表布301a。 A first protective layer 314 and the second protective layer 315 is cover the vibrating resonant antenna 313 and antenna 312, i.e., a first protective layer 312 and the second protective layer 315 is located outward from the antenna 312 and the oscillator resonant antenna 313, and respectively adjacent to the base fabric face cloth 301b and 301a. 当发射薄膜线圈元件31的起振天线312接收发射模块32的一交流信号时,起振天线312与谐振天线313耦合,通过发射出来的特定频率的电磁波与受电装置4的一无线充电接收器4a(如图2A及2B)的接收薄膜线圈元件41产生耦合,以通过磁感应或磁共振方式接收无线充电装置3所传输的能量,且经接收模块42转换电源输出至负载4b,俾实现对受电装置4进行无线充电。 When an AC signal is vibrating the antenna emission film coil element 31 is 312 receives the transmission module 32, vibrating the antenna 312 is coupled to the resonant antenna 313, via electromagnetic waves of a specific frequency emitted from the power receiving a wireless charging receiver apparatus 4 thin film coil receiving elements 4a (FIG. 2A and 2B) of a coupling 41, to the transmission of wireless energy received charging apparatus 3 by magnetic induction or magnetic resonance mode, and via receiving module 42 converts the output power to the load 4b, serve to achieve by electric charging device 4 wirelessly. 于一些实施例中,起振天线312与谐振天线313可为但不限于单环路或多环路天线,且其环路的形状包括且不限于圆形、椭圆形或矩形。 In some embodiments, antenna 312 and vibrating resonance antenna 313 may be, but is not limited to the shape of the loop-loop or single loop antenna, and including without limitation circular, oval or rectangular.

[0095] 于本实施例中,发射薄膜线圈元件31还包括一屏蔽元件317,设置于起振天线312与第一保护层314之间,以架构于阻挡电磁波向底布301b的方向发散,以提升电磁波增益。 [0095] In the present embodiment, the thin film coil emitting element 31 further comprises a shielding member 317, disposed in between the first vibrating antenna 312 and protective layer 314, to block electromagnetic waves diverging architecture in the direction of the foundation 301b to enhance the electromagnetic wave gain. 可变换地,如图5B所示,发射薄膜线圈元件31的屏蔽元件317亦可设置于第一保护层314的外侧,以架构于阻挡电磁波向底布301b的方向发散,俾提升电磁波增益。 May be transformed, as shown in Figure 5B, the thin film coil emitting element 31 of the shielding member 317 may also be disposed outside the first protective layer 314, to block electromagnetic waves diverging architecture in the direction of the base fabric 301b, serve to enhance the electromagnetic wave gain. 于另一些实施例中,每一个子布件302包括外布302a及里布302b,且每一个子布件302内亦可设置另一屏蔽元件306,其中屏蔽元件306是设置于外布302a及里布302b之间,以架构于阻挡电磁波向外布302a的外侧发散以及提升电磁波增益。 In some other embodiments, each sub-member 302 comprises an outer cloth fabric cloth 302a and 302b, and each sub-pieces of cloth may further shield member 306 disposed within 302, wherein the shielding member is provided on the outer cloth 306 and 302a between the cloth 302b, in order to block electromagnetic waves architecture cloth 302a outwardly diverging outside and enhancing the electromagnetic wave gain.

[0096] 于一些实施例中,柔性基板311的第一面311a与第二面311b分别包括一粘结层(未图示),且起振天线312与谐振天线313是分别为导电材料且通过其粘结层设置于柔性基板311的第一面311a与第二面311b。 [0096] In some embodiments, the flexible substrate first surface and the second surface 311b 311 311a respectively, comprising an adhesive layer (not shown), and vibrating resonance antenna 312 and antenna 313 is a conductive material and respectively by which adhesive layer 311 disposed on a first surface of the flexible substrate 311a and the second surface 311b. 粘结层可为一种具有光固化(light curing)、热固化(thermal curing)或其他具有固化特性的粘结材料,其中其他具有固化特性的粘结材料可为但不限于乙烯-醋酸乙烯酯共聚合物系胶、聚酰胺系胶、橡胶系胶、聚烯烃系胶或湿气硬化聚氨酯胶等。 Having an adhesive layer may be a photo-curable (light curing), the heat curing (thermal curing), or other materials having a curing property of the adhesive, wherein the adhesive material having other properties may be cured, but not limited to, ethylene - vinyl acetate copolymer-based adhesive, a polyamide-based adhesive, rubber-based adhesive, or a polyolefin-based plastic, moisture-curing polyurethane glue or the like. 于一些实施例中,粘结层除包含上述固化粘结材料外,更可混有磁性材料,其中磁性材料可为例如但不限于混合在固化粘结材料内的铁磁粉粒。 In some embodiments, the adhesive layer comprises, in addition curable binder material, but also can be mixed with a magnetic material, wherein the magnetic material may be, for example, but not limited to mixing ferromagnetic particles in a curable bond material. 于另一些实施例中,柔性基板311可为前述的粘结层所取代。 In some other embodiments, the flexible substrate 311 may be replaced by the adhesive layer.

[0097] 于一些实施例中,柔性基板311的材料可选自聚对苯二甲酸乙二酯(Polyethylene terephthalate,PET)、薄玻璃、聚萘二甲酸乙二醇酯(Polyethylennaphthalat, PEN)、聚酿(Polyethersulfone, PES)、聚酸甲酯(Polymethylmethacrylat,PMMA)、聚酰亚胺(Polyimide,PI)或聚碳酸脂(Polycarbonate,PC),且不以此为限。 [0097] In some embodiments, the material of the flexible substrate 311 may be selected from polyethylene terephthalate (Polyethylene terephthalate, PET), thin glass, polyethylene naphthalate, polyethylene terephthalate (Polyethylennaphthalat, PEN), poly brewing (Polyethersulfone, PES), poly methyl (Polymethylmethacrylat, PMMA), polyimide (polyimide, PI) or polycarbonate (polycarbonate, PC), not limited thereto. 起振天线312与谐振天线313的导电材料可选自银(Ag)、铜(Cu)、金(Au)、铝(Al)、锡(Sn)或石墨烯,且不以此为限。 312 and 313 of the antenna resonant vibrating antenna conductive material selected from silver (Ag), copper (Cu), gold (Au), aluminum (Al), tin (Sn) or graphene, not limited thereto. 于一些实施例中,第一保护层314与第二保护层315可由保护涂料构成,其可选自环氧树脂、亚克力硅胶、聚氨酯胶、乙烯-醋酸乙烯酯共聚合物系胶、聚酰胺系胶、橡胶系胶、聚烯烃系胶、湿气硬化聚氨酯胶或硅胶等,且不以此为限。 In some embodiments, a first protective layer 314 and the second protective layer 315 may protect the coating material may be selected from epoxy, acrylic, silicone, polyurethane rubber, an ethylene - vinyl acetate copolymer-based adhesive, polyamide-based plastic, rubber-based adhesive, polyolefin adhesive, a polyurethane moisture-curing silicone rubber or the like, not limited thereto.

[0098] 于一些实施例中,如图6所示,屏蔽元件317为金属网格(Metal mesh)膜,可适用于阻挡较高频率的电磁波向主布件301的底布301b外侧发散,例如阻挡具第一特定频率以上(例如6MHz以上)的电磁波向外发散。 [0098] In some embodiments, shown in Figure 6, the shielding member 317 is a metal mesh (Metal mesh) film, a barrier can be applied to higher frequency electromagnetic waves 301b outer base fabric 301 diverging to the main pieces of cloth, e.g. a first barrier having a specific frequency above (e.g. 6MHz or more) electromagnetic wave diverging outwardly. 该金属网格膜是由金属或金属复合材料制成,其中该金属或金属复合材料是选自铜、金、银、招、妈、络、钛、铟、锡、镍、铁或其至少二者以上所组成的金属复合物,但不以此为限。 The film is a metal mesh made of metal or metal composite, wherein the composite material is a metal or metal selected from copper, gold, silver, strokes, mother, network, titanium, indium, tin, nickel, iron, or at least two those consisting of the above metal complexes, but not limited thereto. 金属网格膜具有网格图案,该网格图案包括多个网格单元3171,其中每一个网格单元3171的两相邻但不相接的金属微线3172、3173具有一间距d,该间距d是小于发射薄膜线圈元件31所发出电磁波的波长。 The metal mesh film having a mesh pattern, the mesh pattern includes a plurality of grid cells 3171, each of two adjacent grid cell 3171, but not in contact with a metal micro-wires 3172,3173 spacing d, the spacing d is smaller than the wavelength of the thin film coil emitting element 31 emits electromagnetic waves. 于另一些实施例中,屏蔽元件317为导磁膜,该导磁膜可由铁氧体(ferrite)、锌镍铁氧体(NiZn)、锌猛铁氧体(MgZn)或铁硅铝合金与前述的粘结材料构成,可适用于阻挡较低频率的电磁波向主布件301的底布301b外侧发散以及提升电磁波增益,例如阻挡介于第一特定频率与第二特定频率之间(例如介于60Hz至20MHz之间)的电磁波向外发散。 In some other embodiments, the shielding member 317 is magnetically permeable membrane, the permeable membrane may be a ferrite (Ferrite), nickel-zinc ferrite (of NiZn), Meng zinc ferrite (the MgZn) or with sendust the adhesive material having a lower frequency wave applied to the barrier member 301 to the main base fabric cloth 301b and the outer diverging electromagnetic lifting gain, for example, a barrier interposed between the first and the second specific frequency specific frequency (e.g., via an electromagnetic wave between 60Hz to 20MHz) diverging outwardly. 又于另一些实施例中,屏蔽元件317为一种结合金属网格膜与导磁膜的复合薄膜,可阻挡所有频率范围的电磁波向主布件301的底布301b外侧发散以及提升电磁波增益。 Also in other embodiments, the shielding member 317 as a composite film combined with a metal mesh film permeable film backing may block 301b outside the all frequency ranges of electromagnetic waves to the main fabric 301 and lifting member diverging electromagnetic gain. 另外,子布件302的屏蔽元件306的材质、结构与功能亦与前述的屏蔽元件317相似,于此不再赘述。 Further, the shielding member 302 pieces of cloth material 306, is also similar to the structure and function of the shielding member 317, omitted herein. 于一些实施例中,锁闭装置39亦可包括屏蔽元件(未图示),以架构于阻挡电磁波从袋体303的开口304向外发散,其中锁闭装置39的屏蔽元件的材质、结构与功能亦与前述的屏蔽元件317相似,于此不再赘述。 In some embodiments, the locking device 39 also comprises a shielding member (not shown), in order to block electromagnetic waves architecture diverging outwardly from the opening 304 of the bag 303, wherein the material of the shielding member 39 of the locking device, the structure and function 317 also is similar to the shielding member, is omitted herein.

[0099] 于一些实施例中,如图7所示,无线充电装置3包括一组或多组发射模块32,其中每一组发射模块32是电性连接于对应的发射薄膜线圈元件31,且包括电源转换电路321、振荡器322、功率放大器323及滤波电路324。 [0099] In some embodiments, as shown in FIG. 7, the wireless charging device 3 comprises a transmitter module 32 or more groups, each group emitting module 32 is electrically connected to the corresponding thin film coil emitting element 31, and It includes a power conversion circuit 321, an oscillator 322, amplifier 323 and filter circuit 324. 电源转换电路321是电连接于电源5且连接于振荡器322及功率放大器323,电源转换电路321是将电源5所提供的电能转换并供电予振荡器322与功率放大器323 ο于一些实施例中,电源转换电路321包括直流-直流转换器、交流-交流转换器及/或直流-交流转换器。 Power conversion circuit 321 is electrically connected to the power supply 5 and connected to an oscillator 322 and a power amplifier 323, the power conversion circuit 321 is a power converter and the power supply 5 is provided to the oscillator 322 and the power amplifier 323 in some embodiments o the power converter circuit 321 includes a DC - DC converter, AC - AC converters and / or DC - AC converter. 振荡器322是可调地输出一特定频率的交流信号,功率放大器323是架构于放大该特定频率的交流信号,以及滤波电路324是架构于滤除该交流信号的谐波与不需的频率部分,藉此以输出至薄膜线圈元件31的起振天线312。 Tunable oscillator 322 outputs a specific frequency of the AC signal, the power amplifier 323 for amplifying the AC signal of the architecture specific frequency, and a filter circuit architecture 324 is to filter out harmonics of the AC signal without frequency portion whereby the output member to the vibrating thin film coil antenna 31 312.

[0100] 于本实施例中,如图2A及2B所示,每一个受电装置4包括一无线充电接收器4a以及一负载4b,其中该无线充电接收器4a与负载4b可为结构上可分离的两器件或可整合为单一器件。 [0100] In the present embodiment, as shown in FIG. 2A and 2B, each of the power receiving device 4 comprises a wireless charging receiver 4a and 4b to a load, wherein the wireless charging receiver 4a and 4b can load may be structurally two separate devices or may be integrated into a single device. 举例而言,受电装置4的无线充电接收器4a可为一无线充电接收垫,且负载4b可为不具无线充电功能的手机,通过将无线充电接收垫与该手机电连接,可使不具无线充电功能的手机可以实现无线充电。 For example, the power receiving device 4, a wireless charging receiver 4a rechargeable receiving pad to a radio, and the load 4b may be a mobile phone without having a wireless charging function, by the wireless charging receiver pads are connected to the phone power, can make non-radio charging function phone can achieve wireless charging. 于另一实施例中,无线充电接收器4a亦可整合安装于负载4b (例如手机)的壳体内部。 Inner housing embodiment, the wireless charging receiver 4a can also be attached to the integrated load 4b (e.g. mobile phone) in another embodiment.

[0101] 于一些实施例中,每一个受电装置4的无线充电接收器4a包括接收薄膜线圈元件41以及接收模块42,其中接收薄膜线圈元件41包括柔性基板、起振天线、谐振天线、第一保护层及第二保护层,其中谐振天线的两端连接一个或多个电容器。 [0101] In some embodiments, each of the wireless charging receiver power receiving device 4 4a includes receiving a thin film coil element 41 and a receiving module 42, which receives a film coil member 41 includes a flexible substrate, vibrating antenna, a resonance antenna, the first a protective layer and a second protective layer, wherein both ends of the resonant antenna is connected to one or more capacitors. 接收薄膜线圈元件41的柔性基板、起振天线、谐振天线、第一保护层及第二保护层的结构、材料与功能分别与图5A及5B所示的发射薄膜线圈元件31的柔性基板311、起振天线312、谐振天线313、第一保护层314及第二保护层315的结构、材料与功能相同,于此不再赘述。 A thin film coil flexible substrate receiving element 41, the vibrating antenna, resonant antenna, a first protective layer and the structure, material and function of the second protective layer 311 and flexible substrate, respectively, FIGS. 5A and 5B emission film coil element 31 shown, vibrating antenna 312, a resonant antenna 313, the structure of a first protective layer 314 and the second protective layer 315, a material with the same function, omitted herein. 于本实施例中,接收薄膜线圈元件41是架构于与发射薄膜线圈元件31产生耦合,藉此以利用磁共振或磁感应方式接收无线充电装置3的发射薄膜线圈元件31所传输的能量。 In this embodiment, the receiving member 41 is a thin film coil energy to generate a schema-emitting thin film coil is coupled to element 31, thereby to using magnetic resonance or magnetic induction charging apparatus 31 receives the transmitted radio emission film coil element 3. 换言之,当受电装置4置放于无线充电装置3的袋体303的容置空间305,无线充电装置3的发射薄膜线圈元件31发射较高频率的电磁波(例如但不限于6.78MHz)且受电装置4的接收薄膜线圈元件41与该频率相同且接收该电磁波时,可利用磁共振方式将能量由无线充电装置3的发射薄膜线圈元件31传送至无线充电接收器4a的接收薄膜线圈元件41。 In other words, when an electromagnetic wave receiving space power receiving device is placed in the wireless charging device 4 of the bag 3 303 305, the wireless charging transmitter means emitting element 3 is a thin film coil 31, the higher frequencies (e.g., but not limited to, 6.78MHz), and by film electrical coil element receiving means 41 of the same frequency and receiving the electromagnetic waves, magnetic resonance embodiment may be utilized by the wireless energy charging transmitter coil 3 film element 31 is transmitted to the wireless receiver device receives the charging member 4a of the thin film coil 41 . 于另一些实施例中,当受电装置4置放于无线充电装置3的袋体303的容置空间305,无线充电装置3的发射薄膜线圈元件31发射较低频率的电磁波(例如但不限于10KHz)且受电装置4的接收薄膜线圈元件41接收该电磁波时,可利用磁感应方式将能量由无线充电装置3的发射薄膜线圈元件31传送至无线充电接收器4a的接收薄膜线圈元件41。 In some other embodiments, the power receiving device when the wireless charging device 4 is placed in a bag receiving space 3 303 305, the wireless charging transmitter apparatus 3 of the thin film coil element 31 emits an electromagnetic wave of a lower frequency (e.g., but not limited to, 10KHz) and by the power receiving film coil element means 41 of when receiving the electromagnetic wave, can be by magnetic induction energy from the wireless charging device transmitting thin film coil 3 of the element 31 is transmitted to the wireless charging receiver receives a film coil 4a of the element 41.

[0102]图8为图2A及2B所示的受电装置的接收模块的电路方块图。 [0102] FIG. 8 is a circuit block diagram of the receiving module of the power receiving device shown in FIGS. 2A and 2B. 于一些实施例中,如图2A、2B及8所示,无线充电接收器4a包括一组或多组接收模块42,其中每一组接收模块42包括滤波电路421、整流电路422、稳压电路423以及直流电压调节电路424。 In some embodiments, FIG. 2A, 2B and 8, the wireless charging receiver 4a comprises one or more groups receiving module 42, wherein each set receiving module 42 comprises a filter circuit 421, a rectifying circuit 422, voltage regulator circuit 423 and the DC voltage regulating circuit 424. 滤波电路421是电连接于接收薄膜线圈元件41的谐振天线且将接收薄膜线圈元件41的谐振天线所输出的交流信号的谐波滤除。 The filter circuit 421 is electrically connected to the thin film coil receiving resonant antenna element 41 and the thin film coil receiving resonant antenna element 41 of the output harmonic filtering of the AC signal. 整流电路422是电连接于滤波电路421与稳压电路423,以架构于将交流信号转换为一直流电源。 Rectification circuit 422 is electrically connected to the filter circuit 421 and voltage regulator circuit 423, in architecture to the AC signal into a DC power. 稳压电路423是电性连接于整流电路422与直流电压调节电路424,以架构于将该直流电源稳定于一额定电压值。 Regulator circuit 423 is electrically connected to the rectifying circuit 422 and the DC voltage regulation circuit 424 to the DC power supply to the framework stabilized at a rated voltage value. 直流电压调节电路424是电连接于稳压电路423以及负载4b,以将该直流电源进行电压调整(例如升压)至负载4b所需的电压,俾对负载4b供电,例如对手机的电池充电。 DC voltage regulation circuit 424 is electrically connected to the voltage regulator circuit 423 and a load 4b, in order to adjust the DC power supply voltage (e.g. boost) voltage to the load required 4b, 4b serve to supply the load, for example, charging a battery of the mobile phone .

[0103] 图9是显示图2A及2B的受电装置的一示范例的结构示意图。 [0103] FIG. 9 is a schematic view of an exemplary embodiment of the power receiving apparatus of Figures 2A and 2B show. 如图2A、2B及9图所示,受电装置4包括无线充电接收器4a以及负载4b,其中受电装置4的无线充电接收器4a可为无线充电接收垫,且负载4b可为不具无线充电功能的手机。 As shown in FIG 2A, 2B, and FIG. 9, the power receiving device 4 includes a wireless charging receiver 4a and 4b load, wherein the power receiving device of a wireless charging receiver 4 may be a wireless charging receiver 4a pad, and the load may be a non-wireless 4b phone charging function. 当无线充电接收器4a(即无线充电接收垫)的连接器43与负载4b (即手机)的对应连接器电连接,通过无线充电接收器4a的接收薄膜线圈元件41与接收模块42,可接收无线充电装置3的发射薄膜线圈元件31所传输的能量,使不具无线充电功能的手机可以实现无线充电。 When the wireless charging receiver 4a (i.e., a wireless charging receiving pad) of the connector 43 to the load 4b (i.e., handset) corresponding connector electrically connected to receive the thin film coil 4a of the element 41 and the receiving module 42 can receive through the wireless charging receiver wireless charging energy 31 transmitted emitting element 3 thin film coil means, the phone does not have a wireless charging function may implement a radio charging.

[0104] 图10为本公开的无线充电系统的一变化例的电路方块示意图。 A change in a circuit block of the wireless charging system [0104] FIG. 10 is a schematic view of the present disclosure. 于本实施例中,本公开的无线充电系统2包括无线充电装置3及一个或多个受电装置4、4',其中无线充电装置3可依据受电装置4、4'的无线充电接收器4a、4a'的规格与特性而适应性地或选择性地切换使用磁共振或磁感应的方式,以对受电装置4、4'的负载4b、4b'进行无线充电。 In the present embodiment, the present disclosure includes a wireless charging system 2 or 3, and a plurality of wireless power receiving charging means 4, 4 ', wherein the wireless charging device 3 may be based on the power receiving device 4, 4' of the wireless charging receiver 4a, 4a 'specifications and characteristics adaptively switching manner or selectively using magnetic resonance or magnetic induction to power receiving means 4, 4' of the load 4b, 4b 'wireless charging. 于此实施例中,无线充电装置3包括发射薄膜线圈元件31、发射模块32、控制器36、第一切换电路37、第二切换电路38、多个第一电容器Cn、C12以及多个第二电容器C 21、C22,其中发射薄膜线圈元件31与发射模块32的结构、功能与原理是与前述实施例相似,接收薄膜线圈元件41、41'与接收模块42、42'的结构、功能与原理是与前述实施例相同,于此不再赘述。 In this embodiment, the wireless charging device 3 comprises a thin film coil emitting element 31, transmission module 32, a controller 36, a first switching circuit 37, second switching circuit 38, a first plurality of capacitor Cn, C12 and a plurality of second structure of the capacitor C 21, C22, wherein the thin film coil emitting element module 31 and the emitter structure 32, and the function principle is similar to the embodiment, the thin film coil receiving member 41, 41 'and the receiving module 42, 42', the function and principle is the same as the previous embodiment, is omitted herein. 多个第一电容器C11X12是分别与发射薄膜线圈元件31的起振天线(未图示)并联连接,且多个第一电容器Cn、C12彼此并联连接,以架构于与受电装置4、4'的接收薄膜线圈元件41、41'耦合。 C11X12 plurality of first capacitors respectively (not shown) is connected in parallel with the vibrating thin film coil antenna radiation element 31, and a first plurality of capacitors Cn, C12 are connected in parallel to the power receiving device architecture on 4,4 ' the thin film coil receiving member 41, 41 'is coupled. 多个第二电容器C21X22是分别与发射模块32的输出端与发射薄膜线圈元件31的起振天线(未图示)串联连接,且多个第二电容器C21、C22彼此并联连接,以架构于与发射模块32耦合,俾进行滤波以提升充电品质。 A plurality of second capacitors respectively connected in series with C21X22 vibrating antenna (not shown) the output of transmitting module 32 and the thin film coil emitting element 31 and a second plurality of capacitors C21, C22 are connected in parallel to each other, to the architecture in coupling transmission module 32, filter serve to improve the quality of the charge. 第一切换电路37包括多个第一开关元件Sn、S12,每一个第一开关元件sn、S12是分别与一对应的第一电容器C n、C12串联连接。 First switching circuit 37 comprises a plurality of first switching elements Sn, S12, each of the first switching element sn, S12 is connected to a corresponding first capacitor C n C12 in series, respectively. 第二切换电路38包括多个第二开关元件S21、S22,每一个第二开关元件S21、S22是分别与一对应的第二电容器C21X22串联连接。 Second switching circuit 38 comprises a plurality of second switching elements S21, S22, each of the second switching element S21, S22 are respectively connected in series with the second capacitor a corresponding C21X22. 控制器36是电性连接于发射模块32、第一切换电路37的多个第一开关元件Sn、S12以及第二切换电路38的多个第二开关元件S 21、S22,且依据代表受电装置4、4'的无线充电接收器4a、4a'所采用的无线充电技术的感测信号而因应地产生一控制信号,以控制第一切换电路37的多个第一开关元件Sn、S12以及第二切换电路38的多个第二开关元件S21、S22的导通与截止的切换运作,藉此使无线充电装置3可依据受电装置4、4'的无线充电接收器4a、4a'的规格与特性而适应性地或选择性地切换使用磁共振或磁感应的方式对受电装置4、4'的负载4b、4b'进行无线充电。 The controller 36 is electrically connected to the emitter module 32, a first plurality of the plurality of switching elements 37 of the first switching circuit Sn, S12 and the second switching circuit 38, a second switching element S 21, S22, and based on the representative power receiving means 4, 4 'of the wireless charging receiver 4a, 4a' sensing signal employed by the wireless charging technology and should generate a control signal, a first switching circuit for controlling the plurality of first switching elements Sn 37, S12, and a plurality of second switching element S21 of the second switching circuit 38, S22 of the switching operation is turned off, thereby charging apparatus of the wireless power receiving apparatus 3 can be based on 4,4 'wireless charging receiver 4a, 4a' of specifications and characteristics adaptively or selectively switched using magnetic resonance or magnetic induction on the power receiving apparatus of embodiment 4, 4 'load 4b, 4b' wireless charging.

[0105] 于本实施例中,无线充电装置3与受电装置4、4'于运作时的工作频率可依据下列公式⑴算得:fa= 1/2 31 (LaCa)1/2= 1/2JT (LbCb)1/2= fb(l),其中fa 与fb 分别为无线充电装置3与受电装置4、4'的无线充电接收器4a、4a'的工作频率,Ca为无线充电装置3的第一电容器Cn、C12的电容值,La为发射薄膜线圈元件31的起振天线上的电感值,Cb为受电装置4、4'的第三电容器C3、C3,的电容值,Lb为接收薄膜线圈元件41、41'的起振天线上的电感值。 [0105] In the present embodiment, the wireless charging apparatus 3 'is in the operating frequency of the power receiving device operation may be 4,4 ⑴ calculated according to the following formula: fa = 1/2 31 (LaCa) 1/2 = 1 / 2JT (LbCb) 1/2 = fb (l), where fa and fb are the wireless charging device 3 and the operating frequency of the power receiving device 4, 4 'of the wireless charging receiver 4a, 4a' of, Ca wireless charging device 3 a first capacitor Cn, C12 is the capacitance value, La to emit a thin film on the inductance value of the coil elements vibrating antenna 31, Cb for the power receiving device 4, 4 'of the third capacitor C3, C3, capacitance value, Lb to receive inductance value of the thin film coil elements 41, 41 'of the vibrating antenna. 举例而言,无线充电装置3的第一电容器Cn、C12的电容值可分别为0.5 yF及 For example, the capacitance of the first capacitor charging apparatus 3 radio Cn, C12 may respectively and 0.5 yF

0.1nF,发射薄膜线圈元件31的起振天线上的电感值L为5 μΗ。 0.1nF, the vibrating inductance coil antenna element emitting film L value 31 is 5 μΗ. 当受电装置4的第三电容器(:3的电容值为0.5 μ F,接收薄膜线圈元件41的起振天线上的电感值L 3为5 μ H时,无线充电装置3的控制器36发出控制信号至第一切换电路37与第二切换电路38,以导通第一开关元件S11及第二开关元件S 21,且关断第一开关元件S12及第二开关元件S 22,藉此无线充电装置3可切换选择第一电容器C11 (电容值亦为0.5 μ F),且发射薄膜线圈元件31的起振天线上的电感值L亦为5 μ H,使无线充电装置3与受电装置4的无线充电接收器4a的工作频率皆为ΙΟΟΚΗζ,藉此可以较低频率的电磁波利用磁感应方式进行无线充电。当受电装置4'的第三电容器C3,的电容值为0.1nF,接收薄膜线圈元件41'的起振天线上的电感值L3'为5 μΗ时,无线充电装置3的控制器36发出控制信号至第一切换电路37与第二切换电路38,以导通第一开关元件S12及第二开关元件S22,且关断第 When receiving a third electric capacitor (4 means: when L 3 is a 5 μ H vibrating antenna inductance of the capacitor 3 is 0.5 μ F, the thin film coil receiving member 41 values, the radio controller 36 issues a charging device 3 a first control signal to the switching circuit 37 and second switching circuit 38 to turn on the first switching element and second switching elements S11 S 21, and the switching element S12 is turned off first and second switching elements S 22, whereby the radio the charging device 3 may be switched to select the first capacitor C11 (the capacitance value is also 0.5 μ F), and transmitted on the vibrating element 31 of the antenna film coil inductance value L is also a 5 μ H, charging apparatus of the wireless power receiving apparatus 3 4 wireless charging receiver 4a of the operating frequency are all ΙΟΟΚΗζ, whereby the electromagnetic wave can use a lower frequency magnetic induction wireless charging when the power receiving device 4 'of the third capacitor C3, the capacitance value of 0.1nF, receiving film 'on the inductance value of the antenna vibrating L3' of the coil element 41 is 5 μΗ, the controller 36 of the wireless charging device 3 sends a control signal to the first switching circuit 37 and second switching circuit 38 to turn on the first switching element a second switching element S12 and S22, and the first oFF 开关元件S11及第二开关元件S21,藉此无线充电装置3可切换选择第一电容器C12(电容值亦为0.1nF),发射薄膜线圈元件31的起振天线311上的电感值L亦为5 yh,使无线充电装置3及受电装置4'的无线充电接收器4a'的工作频率皆为6.78MHz,藉此可以较高频率的电磁波利用磁共振方式进行无线充电。应注意的是,前述工作频率仅为例示,本公开技术并不以前述工作频率的数值为限。 The switching element S11 and the second switching element S21, thereby switching the wireless charging device 3 may be a C12 to select a first capacitor (capacitance value is also 0.1nF), the inductance of the transmitting antenna 311 vibrating element 31 of the thin film coil 5 is also the value of L yh, charging apparatus of the wireless power receiving apparatus 3 and 4 'of the wireless charging receiver 4a' are both operating frequency 6.78MHz, whereby the electromagnetic wave can be charged wirelessly using a magnetic resonance mode higher frequencies. It should be noted that the foregoing the operating frequency is only an example, the present technology is not disclosed to the numerical limit for the operating frequency.

[0106] 于一些实施例中,如图3A、7及10图所示,无线充电装置3可包括一个或多个感测元件361,设置于主布件301或子布件302内,且邻近于袋体303的开口304。 [0106] In some embodiments, as shown in FIG. 3A, FIG. 7 and 10, the wireless charging device 3 may comprise one or more sensing elements 361, disposed in the main cloth of cloth member 301 or member 302, and adjacent bag body 303 in the opening 304. 感测元件361是电连接于控制器36,用以感测锁闭装置39是否闭锁袋体303的开口304,并可依据锁闭装置39闭锁与否发出感测信号至控制器36,控制器36因应该感测信号发出控制信号SI至发射模块32的电源转换单元321,以控制发射模块32的开启或关闭运作。 Sensing element 361 is electrically connected to the controller 36 for sensing whether the locking means 39 locking the bag opening 304 of the body 303, and emits a sensing signal to the controller 36 based on whether or not the lock latch means 39, the controller 36 due to the sensing signal should be sent to the control signal SI unit 321 transmitting the power converter module 32 to control the transmitter module 32 is turned on or off operation. 举例而言,当受电装置4置放于袋体303的容置空间305且锁闭装置39闭锁袋体303的开口304时,通过感测元件361以及控制器36的运作可控制无线充电装置3自动对袋体303内的受电装置4进行无线充电作业。 For example, the opening 304 when the power receiving device 4 is placed in the accommodating space 305 of the bag body 303 and the locking means 39 locking the bag 303 through the operation of the sensing element 361 and the controller 36 can control the wireless charging device 3 automatic power receiving device 4 in the bag body 303 wirelessly charging operation.

[0107] 图11是显示图3A所示吊挂式可挠无线充电装置的天线配置结构图。 [0107] FIG. 11 is shown in FIG. 3A may be hanging flexible antenna arrangement configuration of the wireless charging device of FIG. 如图11所示,本公开的无线充电装置3的主布件301内设置一组发射薄膜线圈元件31,其中发射薄膜线圈元件31包括一起振天线312及一谐振天线313,且起振天线312与谐振天线313是分别对应于多个袋体303。 As shown, the main pieces of cloth of the present disclosure wireless charging apparatus 301 of the thin film coil provided with a set of transmit elements 31 11, wherein the thin film coil emitting element 31 comprises a vibrator with an antenna 312 and a resonant antenna 313, antenna 312 and the vibrating and the resonance antenna 313 respectively corresponding to the plurality of bag 303. 发射模块32亦设置于主布件301内,且位于主布件301的侧边缘区域。 Transmitting module 32 is also disposed in the main distribution member 301 and located side edge region of the main member 301 of the cloth. 无线充电装置3的显示单元34以及开关单元35亦设置于主布件301的表布301a上,且位于主布件301的侧边缘区域。 The wireless charging device 34 and the display unit 3 of the switch unit 35 is also provided on the main table 301a fabric cloth member 301, and is located side edge region 301 of the main member of the cloth. 显示单元34可为但不限于显示灯组,其可藉灯组发出不同颜色光以显示目前的运作及充电状态,例如但不限于关闭充电功能、充电中或已充饱电能等状态。 The display unit 34 may be but is not limited to a display lamp set, which may by lamps emit light of different colors to display the current state of charge of the operation and, for example, but not limited to off charging, charging power or the like has been fully charged state. 开关单元35可依据使用者的手动操作而切换无线充电装置3于进行充电或关闭充电的操作。 The switch unit 35 can be based on a user's manual operation of the wireless charging device 3 is switched on or off the charge of the charging operation. 无线充电装置3可包括一个或多个锁闭装置39,其中锁闭装置39是邻设于一对应袋体303的开口304,且连接于主布件301与子布件302。 Wireless charging apparatus 3 may include one or more locking means 39, wherein the locking means 39 is disposed adjacent to an opening 304 corresponding to the bag body 303, and is connected to the main distribution member 301 and member 302 of cloth. 锁闭装置39可闭锁袋体301的开口,以避免容置于袋体303内的受电装置4掉落。 Locking means 39 may be locking pocket opening 301 to avoid the power receiving device housed within the bag body 3034 drop. 锁闭装置39可为例如但不限于扣带或拉链。 Locking means 39 may be for example, but not limited to, a zipper or tape.

[0108] 于另一实施例中,如图12所示,本公开的无线充电装置3的主布件301内设置一组发射薄膜线圈元件31,其中发射薄膜线圈元件31包括一起振天线312及多个谐振天线313,其中多个谐振天线313是分别对应于多个袋体303。 [0108] In another embodiment, shown in Figure 12, the wireless charging device according to the present disclosure main cloth member 3 is provided in a set of 301-emitting element thin film coil 31, wherein the thin film coil emitting element 31 comprises a vibrator with an antenna 312 and a plurality of resonant antenna 313, wherein the plurality of resonant antenna 313 respectively corresponding to the plurality of bag 303. 发射模块32亦设置于主布件301内,且位于主布件301的侧边缘区域。 Transmitting module 32 is also disposed in the main distribution member 301 and located side edge region of the main member 301 of the cloth. 无线充电装置3包括多个显示单元34以及多个开关单元35,其中多个显示单元34是分别设置子布件302的外布302a上,且可独立地显示对应袋体303内的受电装置4的充电状态。 3 comprises a plurality of wireless charging device 34 and a display unit 35 a plurality of switching units, wherein the plurality of display units 34 are respectively provided on the outer cloth of cloth 302a of member 302, and may be independently displayed in the power receiving device 303 corresponding to the bag body 4 of the state of charge. 多个开关单元35是分别设置子布件302的外布302a上,且可独立地控制对应袋体303的充电区域是否进行充电运作。 A plurality of switching units 35 are provided on the outer cloth of cloth member 302a 302, and may be independently controlled corresponding to whether the bag charging area 303 for charging operation. 于另一实施例中,如图13所示,本公开的无线充电装置3的主布件301内设置多组发射薄膜线圈元件31,其中多个发射薄膜线圈元件31是分别对应于多个袋体303,且每一组发射薄膜线圈元件31包括一起振天线312及一谐振天线313。 In another embodiment, shown in Figure 13, the wireless charging device according to the present disclosure main pieces of cloth 3 a plurality of sets 301 of the thin film coil emitting element 31, wherein the plurality of thin film coils emitting elements 31 respectively corresponding to the plurality of pockets 303, and each group emitting element 31 includes a thin film coil with the transducer antenna 312 and a resonant antenna 313. 发射模块32亦设置于主布件301内,且位于主布件301的侧边缘区域。 Transmitting module 32 is also disposed in the main distribution member 301 and located side edge region of the main member 301 of the cloth. 无线充电装置3包括多个显示单元34以及多个开关单元35,其中多个显示单元34是分别设置子布件302的外布302a上,且可独立地显示对应袋体303内的受电装置4的充电状态。 3 comprises a plurality of wireless charging device 34 and a display unit 35 a plurality of switching units, wherein the plurality of display units 34 are respectively provided on the outer cloth of cloth 302a of member 302, and may be independently displayed in the power receiving device 303 corresponding to the bag body 4 of the state of charge. 多个开关单元35是分别设置子布件302的外布302a上,且可独立地控制对应袋体303的充电区域是否进行充电运作。 A plurality of switching units 35 are provided on the outer cloth of cloth member 302a 302, and may be independently controlled corresponding to whether the bag charging area 303 for charging operation.

[0109] 综上所述,本公开提供一种吊挂式可挠无线充电装置,其结构可挠且轻薄,且可通过磁感应和/或磁共振耦合方式实现无线充电,且可吊挂设置或可卷收收纳与携带,可增加无线充电应用弹性及便利性,并且节省空间。 [0109] In summary, the present disclosure provides a flexible hanging wireless charging apparatus, flexible and light structure, and the wireless charging may be achieved by magnetic induction and / or coupling resonance, and may be set or hanging A retractable housing carrying, the wireless charging may increase flexibility and convenience of application, and saves space. 此外,本公开的吊挂式可挠无线充电装置可发射一种以上不同频率的电磁波,其可同时或分时地对一个或多个可接收同一频率或不同频率的电磁波的受电装置进行充电,且可适应性或选择性地切换使用磁共振耦合或磁感应方式实现无线充电。 Further, the present disclosure hanging flexible wireless charging device may transmit one or more different frequencies of electromagnetic waves, which can be simultaneously or time-divisionally receiving one or a plurality of power receiving devices in the same frequency or different frequencies of electromagnetic waves is charged , and may be selectively switched adaptively or magnetic resonance coupling or magnetic induction wireless charging manner.

[0110] 本公开得由本领域技术人员任施匠思而为诸般修饰,然皆不脱权利要求所欲保护者O [0110] The present disclosure by those skilled in the art have applied to any sorts of modifications and Carpenter thinking, then neither off protector of claim desired O

Claims (17)

1.一种吊挂式可挠无线充电装置,其特征在于,包括: 一可挠载体,包括一主布件及至少一个子布件,其中该至少一个子布件是连结于该主布件,以构成至少一个袋体,每一个该袋体具有一开口及一容置空间; 至少一组发射薄膜线圈元件,设置于该主布件内,且架构于发射至少一种以上频率的电磁波,以对容置于该袋体的该容置空间中的至少一个受电装置进行无线充电;以及一吊挂装置,与该主布件连接设置,以辅助该可挠载体进行吊挂。 A hanging flexible wireless charging device comprising: a flexible carrier, comprising a main distribution member and at least one member of cloth, wherein the at least one piece of cloth is a cloth member coupled to the main , to form at least one pouch, each of said bag body having an opening and a receiving space; at least one set of an electromagnetic wave emitting element is a thin film coil, disposed inside the main pieces of cloth, and architecture for emitting at least one or more frequencies, in place of the accommodating space accommodating the bag body in at least one wireless charging power receiving means; and a hanging device, is connected to the main distribution member is provided to assist in hanging the flexible carrier.
2.如权利要求1所述的吊挂式可挠无线充电装置,其中该主布件包括一表布及一底布,该发射薄膜线圈元件是设置于该表布及该底布之间,且该至少一个子布件是连结于该主布件的该表布之上。 2. The hanging according to claim 1 flexible wireless charging device, wherein the primary member comprises a sheet of cloth and a cloth backing, the transmitting coil element film is disposed between the face cloth and the bottom cloth, and the at least one sub-distribution element is connected to the top member of the main cloth of the table cloth.
3.如权利要求2所述的吊挂式可挠无线充电装置,其中发射薄膜线圈元件包含: 一柔性基板,具有一第一面与一第二面,其中该第一面相对于该第二面; 一起振天线,设置于该柔性基板的该第一面;以及至少一个谐振天线,设置于该柔性基板的该第二面,其中每一个该谐振天线的两端连接于一个或多个电容器,且该至少一个谐振天线是与该起振天线耦合,以发射一特定频率的电磁波。 3. The hanging according to claim 2 flexible wireless charging apparatus, wherein the thin film coil emitting element comprising: a flexible substrate having a first surface and a second surface, wherein the first surface to the second surface ; with vibration antenna, disposed on the first surface of the flexible substrate; and at least one resonator antenna, disposed on the second surface of the flexible substrate, wherein each of the two ends of the resonant antenna is connected to one or more capacitors, and the at least one resonator antenna is coupled to the vibrating antenna to emit electromagnetic waves of a specific frequency.
4.如权利要求3所述的吊挂式可挠无线充电装置,其中该发射薄膜线圈元件还包括一第一保护层以及一第二保护层,分别覆盖该起振天线与该至少一个谐振天线。 4. The hanging according to claim 3 flexible wireless charging apparatus, wherein the transmitting device further comprises a thin film coil of the first protective layer and a second protective layer covers the vibrating each antenna and the at least one resonator antenna .
5.如权利要求4所述的吊挂式可挠无线充电装置,其中该发射薄膜线圈元件还包括一屏蔽元件,设置于该第一保护层与该谐振天线之间,或设置于该第一保护层的一外侧,以架构于阻挡该电磁波向外发散,其中该屏蔽元件包括一金属网格膜、一导磁膜或其组合。 5. The hanging according to claim 4 flexible wireless charging device, wherein the film further comprises a transmitting coil element shield member disposed between the first protective layer and the resonance antenna, disposed on the first or an outer protective layer, in order to block the electromagnetic wave architecture diverging outwardly, wherein the shielding member comprises a metal mesh film, or a combination of a permeable membrane.
6.如权利要求3所述的吊挂式可挠无线充电装置,其中该可挠载体包括多个该子布件,且该多个子布件分别连结于该主布件以构成多个该袋体。 6. The hanging according to claim 3 flexible wireless charging device, wherein the flexible carrier comprises a plurality of the sub-pieces of cloth, and the plurality of cloth members are respectively coupled to the main pieces of cloth to form the plurality of pockets body.
7.如权利要求6所述的吊挂式可挠无线充电装置,其中该发射薄膜线圈元件包括单一个该起振天线与单一个该谐振天线,且是分别对应于该多个袋体。 7. The hanging according to claim 6, wherein the flexible wireless charging apparatus, wherein the transmitting element comprises a single thin film coil of the vibrating the resonant antenna with a single antenna, and respectively corresponding to the plurality of bag body.
8.如权利要求6所述的吊挂式可挠无线充电装置,其中该发射薄膜线圈元件包括单一个该起振天线与多个该谐振天线,该多个谐振天线是分别对应于该多个袋体。 8. The hanging according to claim 6, wherein the flexible wireless charging apparatus, wherein the transmitting element comprises a single thin film coil of the antenna and a plurality of vibrating the resonant antenna, the antennas are a plurality of resonators respectively corresponding to the plurality of bag.
9.如权利要求6所述的吊挂式可挠无线充电装置,其包括多组该发射薄膜线圈元件,分别对应于该多个袋体。 9. The hanging according to claim 6, wherein the flexible wireless charging apparatus that includes a plurality of sets of the thin film coil emitting elements, respectively corresponding to the plurality of bag body.
10.如权利要求2所述的吊挂式可烧无线充电装置,其中该子布件包括一外布、一里布以及一屏蔽元件,该屏蔽元件是设置于该外布与该里布之间,其中该屏蔽元件包括一金属网格膜、一导磁膜或其组合。 10. The hanging according to claim 2 burn wireless charging device, wherein the member comprises an outer sub-cloth fabric, a cloth and a shield member, the shield member is disposed on the outer cloth and the lining cloth between, wherein the shielding member comprises a metal mesh film, or a combination of a permeable membrane.
11.如权利要求2所述的吊挂式可挠无线充电装置,其还包括至少一个显示单元,设置于该主布件的该表布或该子布件的一外布上,以显不充电运作或充电状态。 11. The hanging according to claim 2 flexible wireless charging device, further comprising at least one display unit is an outer cloth, the cloth is provided to the main member of the table cloth or the member of cloth, not to significantly charging operation or charging status.
12.如权利要求2所述的吊挂式可挠无线充电装置,其还包括至少一个开关单元,设置于该主布件的该表布或该子布件的一外布上,以控制导通或关闭充电运作。 12. The hanging according to claim 2 flexible wireless charging device further includes an outer fabric at least one switch unit disposed to the main member of the table cloth or the cloth of cloth member to control guide on or off the charging operation.
13.如权利要求2所述的吊挂式可挠无线充电装置,其还包括至少一个锁闭装置,邻设于该袋体且连结于该主布件与该子布件,以闭锁该袋体的该开口。 13. The hanging according to claim 2 flexible wireless charging device, further comprising at least one locking means, disposed adjacent to the bag body and connected to the main member and the fabric piece of cloth, to latch the pouch the opening thereof.
14.如权利要求13所述的吊挂式可挠无线充电装置,其中该锁闭装置包括一屏蔽元件。 14. The hanging according to claim 13, wherein the flexible wireless charging device, wherein the locking means comprises a shielding member.
15.如权利要求13所述的吊挂式可挠无线充电装置,其还包括: 一控制器,架构于控制该吊挂式可挠无线充电装置的运作;以及至少一个感测元件,设置于该主布件或该子布件内,邻近该袋体的该开口,且电连接于该控制器,以架构于感测该锁闭装置是否闭锁该袋体的该开口而发出一感测信号; 其中,该控制器因应该感测信号控制该吊挂式可挠无线充电装置开启或关闭的运作。 15. The hanging according to claim 13, wherein the flexible wireless charging device further comprising: a controller architecture for controlling the operation of hanging flexible wireless charging device; and at least one sensing element is disposed in the the member of the main cloth or the member of cloth, the bag body adjacent to the opening, and electrically connected to the controller, to lock the framework to the sensing device is blocking the opening of the bag body and emits a sensing signal ; wherein the controller is controlled by the sensing signal should hanging flexible wireless charging device to open or close operation.
16.如权利要求1所述的吊挂式可挠无线充电装置,其还包括至少一组发射模块,该发射模块是电连接于该发射薄膜线圈元件与一电源之间,以接收该电源所提供的电能并提供一交流信号至该发射薄膜线圈元件。 16. The hanging of the power supply 1 for receiving the flexible Claim wireless charging device further comprising at least one set of the transmission module, the transmitting module is electrically connected between the transmitting element and a thin film coil power supply, and providing a power supplied to the AC signal transmitting coil is a thin film element.
17.如权利要求1所述的吊挂式可挠无线充电装置,其中该吊挂装置为一穿孔、一吊环、一吊钩或一吊绳。 17. The hanging according to claim 1 flexible wireless charging device, wherein the hanging means is a through hole, a rings, a hook or a sling.
CN201510295559.6A 2015-06-02 2015-06-02 Hanging type flexible wireless charging device CN106300572A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201510295559.6A CN106300572A (en) 2015-06-02 2015-06-02 Hanging type flexible wireless charging device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201510295559.6A CN106300572A (en) 2015-06-02 2015-06-02 Hanging type flexible wireless charging device

Publications (1)

Publication Number Publication Date
CN106300572A true CN106300572A (en) 2017-01-04

Family

ID=57656143

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201510295559.6A CN106300572A (en) 2015-06-02 2015-06-02 Hanging type flexible wireless charging device

Country Status (1)

Country Link
CN (1) CN106300572A (en)

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20090284082A1 (en) * 2008-05-13 2009-11-19 Qualcomm Incorporated Method and apparatus with negative resistance in wireless power transfers
CN102318161A (en) * 2009-02-10 2012-01-11 高通股份有限公司 Wireless power transfer for portable enclosures
CN102823110A (en) * 2010-03-31 2012-12-12 日产自动车株式会社 Contactless power feeding apparatus and contactless power feeding method
CN103036317A (en) * 2011-09-29 2013-04-10 日立麦克赛尔能源株式会社 Non-contact power transfer device and non-contact power transfer method
EP2668858A1 (en) * 2011-01-28 2013-12-04 Xiang, Zhiyong Electronic cigarette and wireless charging device thereof
CN204794287U (en) * 2015-06-02 2015-11-18 介面光电股份有限公司 Suspension type flexible wireless charging device

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20090284082A1 (en) * 2008-05-13 2009-11-19 Qualcomm Incorporated Method and apparatus with negative resistance in wireless power transfers
CN102318161A (en) * 2009-02-10 2012-01-11 高通股份有限公司 Wireless power transfer for portable enclosures
CN102823110A (en) * 2010-03-31 2012-12-12 日产自动车株式会社 Contactless power feeding apparatus and contactless power feeding method
EP2668858A1 (en) * 2011-01-28 2013-12-04 Xiang, Zhiyong Electronic cigarette and wireless charging device thereof
CN103036317A (en) * 2011-09-29 2013-04-10 日立麦克赛尔能源株式会社 Non-contact power transfer device and non-contact power transfer method
CN204794287U (en) * 2015-06-02 2015-11-18 介面光电股份有限公司 Suspension type flexible wireless charging device

Similar Documents

Publication Publication Date Title
JP5698626B2 (en) Wireless power receiving device, wireless power feeding device, and wireless power feeding system
KR101357500B1 (en) Packaging and details of a wireless power device
US10396599B2 (en) Wireless power transmission apparatus and wireless power transmission method
US9153998B2 (en) Wireless power orthogonal polarization antenna array
EP2781003B1 (en) Systems and methods for induction charging with a closed magnetic loop
EP2332096B1 (en) Passive receivers for wireless power transmission
JP5934934B2 (en) Wireless power transmission system
US20130026981A1 (en) Dual mode wireless power
JP5921689B2 (en) Apparatus, method, and computer readable medium for receiving wireless power using a plurality of power receiving coils
KR20110009226A (en) Method and apparatus for an enlarged wireless charging area
CN101447683B (en) Contactless multi-charger system and controlling method thereof
US20110080052A1 (en) Power transmission apparatus, power reception apparatus and power transmission system
US9887583B2 (en) Power-receiving device, wireless power-feeding system including power-receiving device, and wireless communication system including power-receiving device
CN102318161B (en) A housing for a portable wireless power transmission
USRE45651E1 (en) Electronic control method for a planar inductive battery charging apparatus
US9306635B2 (en) Wireless energy transfer with reduced fields
KR20180069107A (en) Impedance matching for inductive power transfer systems
US8421267B2 (en) Packaging and details of a wireless power device
US9653948B2 (en) Wireless resonant electric field power transfer system and method using high Q-factor coils
JP5393804B2 (en) Non-contact power charging station having a planar spiral core structure, non-contact power receiver, and control method thereof
US20130175874A1 (en) Wireless energy transfer for promotional items
EP2936652A1 (en) Wireless charging optimization
US10043612B2 (en) Methods for forming shield materials onto inductive coils
US9912197B2 (en) Dual-mode wireless power receiver
CN102347640A (en) Wireless energy transmission device

Legal Events

Date Code Title Description
C06 Publication
C10 Entry into substantive examination
WD01 Invention patent application deemed withdrawn after publication