M418483 五、新型說明： 【新型所屬之技術領域】 本創作係為-種用於無線之充電置放裝置，尤指—種可_快速對位 置放功效’而可使該電子裝置之賴對應於第—連結部與第二連結部外周 圍之線圈，進而可達到提升該電子裝置充電效率之目的。 【先前技術】 按’-般之「非接觸式充電置放結構」，請參閱第一圖所示，其係由 該電力銀摘裝設於置放結之容置部821内，麟奸裝麵被該置放 結構82之吸附元件823、824吸固，再藉由該置放結構82内設有第一線圈 822，該電子裝置83内設有第二線圈83卜該電力銀行幻内設有第三線圈 811 ’而可使該第一線圈822與第二線圈831及第三線圈811構成電力銀行81 與電子裝置83間之電力雜’ _可使該電力銀摘與電子装體之間不 需接觸就可達到充電之功效； 4非接觸式充電置放結構」其雖可使該電力銀行別與電子襄置幻之 間不需接觸就可達到充電之功效，然卻因該置放結未設有對位部，請 參閱第二圖_，常導賴置放結觀無法解吸職電子裝謂，即易 使該置放裝置82上方的謂元件824未吸關電子裝觀，因而胃造成該電 子裝置83之第二線酬1無法對準觀放結構82之第_線觀2，進而降低 該電子裝置83之充電效率； 疋故’如何紅述等缺失加啸除，即為本_作人所欲解決之技術 困難點之所在。 【新型内容】 3 M418483 有鐘於「非接觸式充電置放結構」常導致該置放結構無法對準吸附該 電子裝置，而易造成該電子裝置之第二線圈無法對準置放結構之第一線 圈，進崎倾電托置之充電轉，耻賴叙目触賴供一種用 於無線之充W膽置，其可雜位狀魏，而可舰電子裝置 之線圈對應於第-連結部與第二連結部外觸之軸，進而可達到提升該 電子裝置充電效率之目的； 為達成以上之目的，本創作係提供—種用於無線之充電置放裝置其 包含： -充電置放本體’該充電置放本體包括—下板層與—上板層，該下板 層-側設有數個第-連結部與數個第二連結部，該第—連結部與第二連結 部外周圍繞設有_，且該下板層與第—連結部及第二連結部—同連接於 上板層，該上板層-側設有數個結合部與數個銜接部縣合部之位置對 應於第-連結部，又鞠接部之位置對應於第二連結部； 藉由該上板層-側設有結合部與銜接部，俾可供被充電的電子裝置之 被結合部與被銜接部接設置放，而可達雜速對位置放功效，因而可使該 電子裝置之線圈對應於第—連結部與第二連結部外周圍之線圈，進而可達 到提升該電子裝置充電效率之目的。 【實施方式】 為使貴審查員方便簡捷瞭解本創作之其他特徵内容與優點及其所達 成之功效能夠更現，林創作配合關，詳細說明如下： 請參閱第三圖、第三以圖所示，本創作係提供一種用於無線之充電置 放裝置，其包含： 4 -充電置放《 1G，該充電置放核1G包括—下板層丨與―上板層2, 該下板層卜側設有數個第—連結部u與數個第二連結部12，請參閱第四 圖、第五圖所示，該第—連結部11與第二連結部12外厢繞設有線圈3， 該線圈3外表面„可撓性細包倾（圖枝），明加導磁強度及可 考曲強度’且該第-連結部u與第二連結部12相鄰分佈，又該下板層i :第―連結部U及第二連結部12 _同連接於上板層2，且該上板層2 一側 叹有數個結合部21，請參閱第三之八圖、第六圖所示，該結合部Μ之位置 嫩第連結部u，又該結合部21可為凸塊，且該上板層卜側設有數 個銜接部22，該銜接部22之位置對應於第二連結部12，又雜接部^與 結合部相鄰分佈，且該銜接部22可為凹口，又該充電置放本體1〇設有 電源連接孔13 ; 請再參閱第三圖並配合第七圖所示，俾當電源模組4接設該充電置放 本體10之電源連接孔13，使得該電賴組4之電流41可經由電源連接孔 13流入該線圈3，藉由該線圈3繞設於下板層丨之第—連結部u與第二連 結部料，俾可使該電源模組4之電流41可沿_ 3而流經第一 連結部11與第二連結部12外周圍，而可使每—第—連結部u周圍形成第 -電流迴路m ’且每—第二連結部12周圍形成第二電流迴路⑵，該第 -電",¾路121與第-錢迴路U1之方向㈣，由右手安培定律， 而可測得該第—連結部11具有—穿出下層板1方向的第,112，且該 第二連結部12具有-穿入下板層丨方向的第二磁場122，請參閱第三圖、 第八圖所示’又藉鍵結合部21之位置對應鄕—連結部u，而可使該結 合部21具有第-連結部u相同方向的第一磁場112，同時藉由該銜接部 M418483 22之位置對應於第二連結部12，而可使該銜接冑&具有第二連結部η相 同方向的第二磁場122 ’因而可使該結合部21之第一磁場112可往銜接部 22之第二磁場122方向移動，進而可達到磁場密集之功效； 請參閱第九圖所示，藉由該上板層2 一側設有結合部21，俾可供被充 電的電子裝置5魏結合部51紐置放，且藉由社歸2 —側設有銜接 部22 ’而可供被充電的電子裝置5之被銜接部52接設置放，因而可達到快 速對位置放功效’進而可使該電子裝置5之線圈53對應於第_連結部U 與第二連結部12外關之義3,其巾該電子裝置5之被結合部51可為凹 口，又該電子裝置5之被銜接部52可為凸塊，請再配合參閱第七圖並配合 第十圖所示，當魏模組4之電流41流經本創作之線圈3時，該電源模組 4之電流41可沿著線圈3流經第一連結部u與第二連結部12外周圍，而 可使該第-連結部11周圍形成第—電流迴路⑴並具有—穿出下板層i方 向的第-磁場112 ’且該第二連結部12周圍形成第二電流迴路i2i並具有 -穿入下板層1方向的第二磁場122，請參閱第三圖、第八圖所示，又藉由 該結合部21之位置對應於第—連結部u，而可使該結合部2ι具有第一連 結部11相同方向的第-磁場112，同時藉由該銜接部22之位置對應於第二 連結部12 ’而可使該銜接部22具有第二連結部12相同方向的第二磁場 122，因而可使該結合部21之第一磁場112可經由被充電的電子裝置5之 線圈53而往銜m之第二磁場122方向移動，而可使磁場密集流經該 電子裝置5之顧53,糾可達顺相電子裝置5充電鱗之目的； 因此’本創作係藉由該上板層2一側設有結合部21與銜接部22，俾可供 被充電的電子裝置5之被結合部51與被銜接部犯接設置放，而可達到快速對 6 M418483 位置放功效，因而可使該電子裝置5之義53對應於第—連結部U與第、 結部12外周圍之線圈3，進而可達到提升該電子裳置5充電效率之目的。連 為使本創作更加親出其進倾與實雌，贿f用作—比較分析如下 習用技術： 卜因該置放結構未設彳對位部，常導致該置放結構無法對準吸附該 子裝置 ~M418483 V. New Description: [New Technology Field] This creation is a kind of charging device for wireless charging, especially for a kind of _ quick positional effect, which can make the electronic device correspond to The coils around the first connecting portion and the outer portion of the second connecting portion can further improve the charging efficiency of the electronic device. [Prior Art] According to the '----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The surface is occluded by the adsorption elements 823 and 824 of the placement structure 82, and the first coil 822 is disposed in the placement structure 82, and the second coil 83 is disposed in the electronic device 83. There is a third coil 811 ′, and the first coil 822 and the second coil 831 and the third coil 811 can form a power miscellaneous between the power bank 81 and the electronic device 83. _ The power can be extracted between the silver and the electronic package. The charging effect can be achieved without contact; 4 non-contact charging placement structure, which can make the charging effect of the power bank and the electronic illusion without contact, but it is placed There is no alignment part in the knot, please refer to the second figure _, the normal guide is not able to desorb the electronic device, that is, the prefabricated component 824 above the placement device 82 is not absorbing the electronic device, thus The stomach causes the second line 1 of the electronic device 83 to be unable to be aligned with the _ line view 2 of the viewing structure 82, thereby lowering The charging efficiency of the electronic device 83; Cloth therefore missing 'described how red plus Xiao et addition, the point where the difficulty of the techniques of this solution is the desired _ Zuoren. [New content] 3 M418483 has a "non-contact charging placement structure" which often causes the placement structure to be unable to align and adsorb the electronic device, which may cause the second coil of the electronic device to be misaligned with the placement structure. A coil, the charging switch of the sinking power, the shame is for a wireless charging device, which can be miscellaneous, and the coil of the ship electronic device corresponds to the first link. The purpose of improving the charging efficiency of the electronic device is to achieve the purpose of improving the charging efficiency of the electronic device. To achieve the above objective, the present invention provides a charging device for wireless charging, which comprises: - charging and placing body The charging and placing body includes a lower plate layer and an upper plate layer, and the lower plate layer side is provided with a plurality of first connecting portions and a plurality of second connecting portions, and the first connecting portion and the second connecting portion surround the outer periphery The lower plate layer is connected to the upper plate layer, the first connecting portion and the second connecting portion, and the upper plate layer side is provided with a plurality of joint portions and a plurality of joint portions of the county joint portion corresponding to the position The position of the first joint and the joint is corresponding to the second joint a joint portion and a joint portion are provided on the upper plate layer side, and the joint portion of the electronic device that can be charged is connected to the connected portion, thereby achieving the effect of the space velocity on the position. The coil of the electronic device can be matched to the coil around the first connecting portion and the second connecting portion, thereby achieving the purpose of improving the charging efficiency of the electronic device. [Embodiment] In order to make it easier for your examiner to understand the other features and advantages of this creation and the effects achieved by it, Lin Creative's cooperation is as follows: Please refer to the third figure and the third picture. The present invention provides a charging device for wireless charging, comprising: 4 - charging placement "1G, the charging placement core 1G comprises - a lower layer layer and an upper layer 2, the lower layer A plurality of first connecting portions u and a plurality of second connecting portions 12 are provided on the side of the disk. Referring to the fourth and fifth figures, the first connecting portion 11 and the second connecting portion 12 are provided with a coil 3 around the outer connecting portion. The outer surface of the coil 3 is „flexible and finely packed (tectangled), and the magnetic permeability and the bendable strength are clearly displayed, and the first connecting portion u is adjacent to the second connecting portion 12, and the lower plate is further disposed. The layer i: the first connecting portion U and the second connecting portion 12_ are connected to the upper plate layer 2, and the upper plate layer 2 side has a plurality of joint portions 21 sighed. Please refer to the third figure and the sixth figure. It is shown that the joint portion is located at the joint portion u, and the joint portion 21 can be a bump, and the upper layer is provided with a plurality of joints 22, the position of the connecting portion 22 corresponds to the second connecting portion 12, and the mating portion is adjacent to the connecting portion, and the connecting portion 22 can be a notch, and the charging and placing body 1 is provided with a power connection. Hole 13; Please refer to the third figure and the seventh figure, when the power module 4 is connected to the power connection hole 13 of the charging and placing body 10, so that the current 41 of the battery group 4 can be connected via a power source. The hole 13 flows into the coil 3, and the coil 3 is wound around the first connecting portion u and the second connecting portion of the lower layer layer, so that the current 41 of the power module 4 can flow along the _3 The first connecting portion 11 and the outer periphery of the second connecting portion 12, the first current loop m' may be formed around each of the first connecting portions u, and a second current loop (2) may be formed around each of the second connecting portions 12, the first - electric ", the direction of the 3⁄4 way 121 and the first money circuit U1 (4), by the right hand Ampere's law, and it can be measured that the first connecting portion 11 has the first direction 112 in the direction of the lower layer 1 and the second The connecting portion 12 has a second magnetic field 122 that penetrates into the lower layer of the lower layer. Please refer to the position of the key joint portion 21 as shown in the third and eighth figures. The connecting portion u may have the first magnetic field 112 in the same direction as the first connecting portion u, and the position of the engaging portion M418483 22 may correspond to the second connecting portion 12, The second magnetic field 122' having the same direction of the second joint portion η can move the first magnetic field 112 of the joint portion 21 to the second magnetic field 122 of the joint portion 22, thereby achieving the effect of magnetic field intensiveness. Referring to the ninth figure, the side of the upper layer 2 is provided with a joint portion 21, and the electronic device 5 can be placed in the electronic device 5, and is disposed on the side of the board. The connecting portion 22' is provided for the connected portion 52 of the electronic device 5 to be charged, so that the positional discharge function can be quickly achieved, and the coil 53 of the electronic device 5 can be corresponding to the first connecting portion U and The second connecting portion 12 is externally closed. The bonded portion 51 of the electronic device 5 can be a notch, and the engaged portion 52 of the electronic device 5 can be a bump. Please refer to the seventh figure and cooperate with the first As shown in the ten figure, when the current 41 of the Wei module 4 flows through the coil 3 of the present creation, the electricity The current 41 of the source module 4 can flow along the outer circumference of the first connecting portion u and the second connecting portion 12 along the coil 3, so that the first current loop (1) can be formed around the first connecting portion 11 and have a through-out a first magnetic field 112' in the direction of the p-layer i and a second current loop i2i around the second connecting portion 12 and having a second magnetic field 122 that penetrates into the direction of the lower plate layer 1, see FIG. 3 and FIG. In addition, the position of the joint portion 21 corresponds to the first joint portion u, so that the joint portion 2i has the first magnetic field 112 in the same direction of the first joint portion 11, and the position of the joint portion 22 corresponds to The second connecting portion 22 can have the second magnetic field 122 in the same direction of the second connecting portion 12, so that the first magnetic field 112 of the connecting portion 21 can pass through the coil of the charged electronic device 5 53 and moving in the direction of the second magnetic field 122 of the frame m, so that the magnetic field can be densely flowed through the electronic device 5, and the purpose of rectifying the scale of the phase-by-phase electronic device 5 can be corrected; therefore, the creation is performed by the upper surface. One side of the ply 2 is provided with a joint portion 21 and an engaging portion 22, and the electronic device 5 that can be charged is The joint portion 51 is disposed in connection with the joint portion, and the positional effect of the 6 M418483 position can be quickly achieved, so that the meaning 53 of the electronic device 5 can correspond to the coil around the first joint portion U and the outer portion of the first joint portion 12. 3, in turn, can achieve the purpose of improving the charging efficiency of the electronic skirt 5. In order to make this creation more pro-introduction, the bribe is used as a comparative analysis of the following conventional techniques: Because the placement structure is not provided with the alignment part, the placement structure is often unable to be aligned. Sub-device ~
2'易造成該電子裝置之第二賴無法對準置放結構之第—線圈，進而 降低該電子裝置之充電效率。 本創作優點： 而可達到快迷對位 1可供電子裝置之被結合部與被銜接部接設置放， 置放功效。 2、可使該電子裝置之顧對應於第—連結部與第二連結部外周圍之線 圈0 3、可達顺升該電子裝置充電鱗之目的。 【圖式簡單說明】 第一圖係為先前技術之實施例示意圖。 第二圖係為先前猶其電子裝置未触狀之實關示意圖。 第二圖係為本鑛之立體外觀示意圖。 第二之Α圖係為第三圖之部分剖視示意圖。 第四圖係為第三之A圖之第—連結部與第二連結部剖視示意圖 第五圖係為第四圖之平面示意圖。 第六圖係為本創作之側視示意圖。 7 M418483 第七圖係為本創作接設電源模組之電流動作示意圖。 第八圖係為本創作其第一磁場之行進動作示意圖。 第九圖係為本創作其上層板與電子裝置之對位置放動侧視示意圖。 第十圊係為第九®其電子裝置無線充電示意圓。 【主要元件符號說明】2' is liable to cause the second coil of the electronic device to fail to align with the first coil of the placement structure, thereby reducing the charging efficiency of the electronic device. The advantages of this creation: It can reach the position of the fast fan. 1 The connected part of the electronic device can be connected to the connected part, and the effect is placed. 2. The electronic device can be used to correspond to the coil 0 3 around the outer portion of the first connecting portion and the second connecting portion, and can achieve the purpose of lifting the charging scale of the electronic device. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic diagram of an embodiment of the prior art. The second picture is a schematic diagram of the previous unsuccessful electronic device. The second picture is a schematic view of the three-dimensional appearance of the mine. The second map is a partial cross-sectional view of the third figure. The fourth figure is the third embodiment of the A-section of the connection portion and the second connection portion. The fifth figure is a schematic plan view of the fourth figure. The sixth picture is a side view of the creation. 7 M418483 The seventh figure is a schematic diagram of the current action of the power module connected to the author. The eighth figure is a schematic diagram of the travel action of the first magnetic field. The ninth figure is a schematic side view of the positional movement of the upper layer board and the electronic device. The tenth is the ninth® wireless charging schematic of its electronic device. [Main component symbol description]
1 ·.下板層 11·.第一連結部 U2..第一磁場 121.. 第二電流迴路 2.. 上板層 22·.銜接部 4.. 電源模組 5··電子裝置 52.. 被銜接部 81.. 電力銀行 82.. 置放結構 822··第一線圈 824.及附元件 831.. 第二線圈 10.. 充電置放本體 111.. 第一電流迴路 12.. 第二連結部 122.. 第二磁場 21.. 結合部 3.. 線圈 41.. 電流 51.. 被結合部 53.. 線圈 811.. 第三線圈 821.. 容置部 823.. 吸附元件 83.. 電子裝置1 ·. Lower plate layer 11 ·. First connection portion U2.. First magnetic field 121.. Second current circuit 2: Upper plate layer 22 ·. Connection portion 4. Power module 5 · Electronic device 52. Connected part 81.. Power bank 82.. Placement structure 822··First coil 824. and attached component 831.. Second coil 10: Rechargeable body 111.. First current loop 12.. Two joint portions 122.. second magnetic field 21.. joint portion 3.. coil 41.. current 51.. joint portion 53.. coil 811.. third coil 821.. accommodating portion 823.. adsorption member 83 .. electronic device