TWM511134U - Radiating socket - Google Patents
Radiating socket Download PDFInfo
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- TWM511134U TWM511134U TW104208616U TW104208616U TWM511134U TW M511134 U TWM511134 U TW M511134U TW 104208616 U TW104208616 U TW 104208616U TW 104208616 U TW104208616 U TW 104208616U TW M511134 U TWM511134 U TW M511134U
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Description
本創作係一種插座,尤指一種可散熱之插座,其具有降溫之裝置,該插座內部設有散熱模組,每當偵測裝置察覺插座本體產生高溫時,線路裝置將啟動散熱模組,而對插座本體進行冷卻的動作,以減少插座過度放熱對電器產品或插座本體造成損壞或發生危險的事。The present invention relates to a socket, in particular to a heat-dissipating socket, which has a device for cooling, and a heat-dissipating module is arranged inside the socket. When the detecting device detects that the socket body generates high temperature, the line device starts the heat-dissipating module, and The action of cooling the socket body to reduce damage or danger to the electrical product or the socket body caused by excessive heat release from the socket.
關於可散熱之插座相關之研究有很多,概述如下:There are many researches on sockets that can dissipate heat, and the overview is as follows:
中華民國專利I397214號揭示一種電源連接器組合,包括相互配合之插座電源連接器及插頭電源連接器,其中,插座電源連接器包括插座絕緣本體及插座電源端子,所述插座絕緣本體包括第一對接面、第一安裝面及端子收容槽;插頭電源連接器包括插頭絕緣本體及插頭電源端子,所述插頭絕緣本體包括第二對接面、第二安裝面及用以收容插座絕緣本體的收容腔;插座絕緣本體設有與端子收容槽連通且貫穿第一安裝面之第一散熱槽;插頭絕緣本體設有與收容腔連通且貫穿第二安裝面之第二散熱槽,第一、第二散熱槽相互貫通且與空氣連通,以提供多方位之散熱路徑。The Republic of China Patent No. I397214 discloses a power connector assembly including a socket power connector and a plug power connector that cooperate with each other, wherein the socket power connector includes a socket insulation body and a socket power terminal, and the socket insulation body includes a first docking The plug power connector includes a plug insulative housing and a plug power supply terminal, and the plug insulative housing includes a second mating surface, a second mounting surface, and a receiving cavity for receiving the socket insulative housing; The socket insulation body is provided with a first heat dissipation groove that communicates with the terminal receiving groove and penetrates the first mounting surface; the plug insulation body is provided with a second heat dissipation groove that communicates with the receiving cavity and penetrates the second mounting surface, and the first and second heat dissipation slots Interconnected and in communication with the air to provide a multi-directional heat dissipation path.
中華民國專利I397216號揭示一種電源連接器組合,包括相互配合之插座電源連接器及插頭電源連接器,插座電源連接器包括插座絕 緣本體及插座電源端子,插座絕緣本體包括第一對接面、第一安裝面及端子收容槽;插頭電源連接器包括插頭絕緣本體及插頭電源端子,所述插頭絕緣本體包括第二對接面、第二安裝面及用以收容插座絕緣本體的收容腔;插座絕緣本體設有與端子收容槽連通且貫穿第一安裝面之第一散熱通道;插頭絕緣本體設有與收容腔連通且貫穿第二安裝面之第二散熱通道,第一、第二散熱通道相互貫通且與空氣連通,以提供多方位的散熱路徑。The Republic of China Patent No. I397216 discloses a power connector assembly including a socket power connector and a plug power connector that cooperate with each other, and the socket power connector includes a socket. The socket body includes a first mating surface, a first mounting surface, and a terminal receiving slot; the plug power connector includes a plug insulating body and a plug power terminal, and the plug insulating body includes a second mating surface, a mounting surface and a receiving cavity for receiving the socket insulating body; the socket insulating body is provided with a first heat dissipation channel communicating with the terminal receiving groove and penetrating the first mounting surface; the plug insulating body is provided to communicate with the receiving cavity and penetrate the second mounting The second heat dissipation channel of the surface, the first and second heat dissipation channels communicate with each other and communicate with the air to provide a multi-directional heat dissipation path.
中華民國專利1395541號揭示一種插座端子散熱結構,適用於電子裝置,其係包括:插座以及絕緣導層,插座具有端子,且設置於電子裝置之框體中;絕緣導層係設置於端子與電子裝置之殼體之間,用以將熱自插座之端子透過絕緣導層傳導至殼體上,俾進行被動散熱。The invention discloses a heat dissipation structure for a socket terminal, which is suitable for an electronic device, comprising: a socket and an insulating guiding layer, the socket has a terminal, and is disposed in a frame of the electronic device; the insulating guiding layer is disposed at the terminal and the electronic Between the housings of the device, the heat is transmitted from the terminals of the socket through the insulating guide layer to the housing for passive heat dissipation.
中華民國專利M447075號揭示一種插座,其包含一遮罩外殼及一散熱片。該遮罩外殼具有組態為連接至一印刷電路板之一第一側。該外殼具有用於一電纜總成之一插頭之插入之一孔隙。該散熱片連接至該遮罩外殼之該第一側或一相對第二側。該散熱片具有沿著該遮罩外殼之一至少一橫側之外部延伸之一橫向端區段。The Republic of China Patent No. M447075 discloses a socket comprising a mask housing and a heat sink. The mask housing has a first side configured to connect to a printed circuit board. The housing has an aperture for insertion of one of the plugs of a cable assembly. The heat sink is coupled to the first side or an opposite second side of the mask housing. The heat sink has a lateral end section extending along an outer portion of at least one lateral side of one of the shroud housings.
中華民國專利I373299號揭示一種插座組合,包含複數個導框,每一導框具有頂壁、底壁及側壁界定出一內空腔用於接收電子模組,每一該頂壁分別具有朝該內空腔開啟之散熱片開口,且個別的散熱片會裝設於各該導框上,每一該散熱片分別具有一延伸穿過其各自散熱片開口且緊鄰其各自內空腔之嵌合表面,其特徵在於:一單一的散熱片扣件,橫跨複數個導框且被連接來推動該散熱片分別與安裝於每一內空腔中之電子模組嵌合,複數個插入器彈簧構件分別固定於該散熱片扣件與其中一該個別 的散熱片之間,其中該插入器彈簧構件分別包含主體與從該主體相對側延伸之彈簧構件臂,該散熱片扣件包含抓住該複數個導框之最外邊的側壁之側軌,該側軌由與該側軌垂直且對準個別的彈簧構件臂對之保持梁樑結合。Patent No. I373299 discloses a socket assembly comprising a plurality of guide frames, each of the guide frames having a top wall, a bottom wall and a side wall defining an inner cavity for receiving electronic modules, each of the top walls having The heat sink opening of the inner cavity is opened, and the individual heat sinks are mounted on each of the guide frames, and each of the heat sinks has a fitting extending through the respective heat sink opening and adjacent to the respective inner cavity thereof. The surface is characterized in that: a single heat sink fastener spans the plurality of guide frames and is connected to push the heat sink to respectively engage with the electronic module mounted in each inner cavity, and the plurality of insert springs The members are respectively fixed to the heat sink fastener and one of the individual Between the heat sinks, wherein the inserter spring members respectively comprise a body and a spring member arm extending from an opposite side of the body, the heat sink fastener comprising a side rail that grips an outermost side wall of the plurality of guide frames, The side rails are held by the pair of spring member arms that are perpendicular to the side rails and aligned with the individual spring member arms.
中華民國專利M420094號揭示一種插頭連接器、插座連接器及其組合,包括插頭連接器及插座連接器,其插頭連接器及插座連接器皆包括座體及複數端子,其座體設有對接部及對接部後方複數延伸之間隔板與相鄰間隔板間之容置槽,各容置槽中則穿設定位有複數端子,各端子為設有二片具間隙之板體,並由板體二側延設有對接端及另側向下延設之焊接部,且板體上、下方設有朝另側板體折彎之散熱用彎折片,亦可依實際需要增加配置彎折片來增加散熱面積,以達到增加散熱效果之功效者。The Republic of China Patent No. M420094 discloses a plug connector, a socket connector and a combination thereof, including a plug connector and a socket connector, wherein the plug connector and the socket connector both include a seat body and a plurality of terminals, and the seat body is provided with a docking portion. And a receiving groove between the partition plate and the adjacent partition plate at the rear of the docking portion, and each of the receiving slots has a plurality of terminals in the set position, and each terminal is provided with two plates with a gap, and the plate body The two sides are provided with a butt end and a welded portion extending downward from the other side, and a heat-dissipating bent piece which is bent toward the other side plate body is provided on the upper and lower sides of the plate body, and the bent piece can be added according to actual needs. Increase the heat dissipation area to achieve the effect of increasing the heat dissipation effect.
中華民國專利I246395號揭示一種具插座散熱結構之電子裝置,其包含:一殼體;複數個電子元件,係設置於該殼體內;一氣流入口,係設置於該殼體之第一側;一插座,係設置於該殼體之第二側,其中該第二側係相對於該第一側,且該複數個電子元件係位於該第一側及該第二側之間;以及一導流板,係設置於該殼體及該電子元件之間,且與該殼體形成一氣流流道,用以將該氣流入口處之一部分空氣經該氣流流道導引至該插座,進而對該插座進行散熱。藉由本案之設計,可使電子元件之插座有效散熱,使其符合插座的安全溫度規範。Patent No. I246395 discloses an electronic device having a socket heat dissipation structure, comprising: a housing; a plurality of electronic components disposed in the housing; and an airflow inlet disposed on the first side of the housing; a socket disposed on the second side of the housing, wherein the second side is opposite to the first side, and the plurality of electronic components are located between the first side and the second side; and a flow guiding a plate is disposed between the casing and the electronic component, and forms an air flow path with the casing to guide a portion of the air at the airflow inlet to the socket through the airflow channel, thereby The socket is cooled. With the design of the present case, the socket of the electronic component can be effectively dissipated to conform to the safe temperature specification of the socket.
中華民國專利M253978號揭示插座蓋及插座蓋定位座均以金屬合金之材質所製成,且插座蓋並破設有數個窗口,而定位鈑之鈑面上相對於窗口處設有數個散熱柱,即可使散熱柱外露於窗口處,藉由定位鈑與插座體接觸,可將插座體產生之熱源由定位鈑之散熱柱形成一導熱流 道,並由插座蓋之窗口散出,以有效降低整體插座之熱源,達到散熱之功能,增加整體插座之適用性。The Republic of China patent No. M253978 discloses that the socket cover and the socket cover positioning seat are made of metal alloy material, and the socket cover is broken with several windows, and the positioning surface of the positioning cymbal is provided with a plurality of heat dissipation columns relative to the window. The heat dissipating column can be exposed to the window, and the heat source generated by the socket body can be formed into a heat-conducting flow by the heat-dissipating column of the positioning crucible by contacting the positioning crucible with the socket body. The channel is vented by the window of the socket cover to effectively reduce the heat source of the overall socket, to achieve the function of heat dissipation, and to increase the applicability of the overall socket.
中華民國專利M252176號揭示定位鈑與插座蓋定位座鎖固定位,最後再由插座蓋蓋合於插座蓋定位座上,而完成一插座之結構,且定位鈑之散熱柱即外露於窗口處,藉由定位鈑與插座體接觸,可將插座體產生之熱源由定位鈑之散熱柱形成一導熱流道,並由插座蓋之窗口散出,達到散熱之功能;尤其,當通過電流或電壓過大時,該斷電裝置之內部係成斷路狀態,可防止再有過大電流或電壓進入電器裝置中,而造成傷害。The Republic of China Patent No. M252176 discloses that the positioning 钣 and the socket cover locating the seat lock are fixed, and finally the socket cover is closed on the socket cover positioning seat, and the structure of the socket is completed, and the heat dissipation column of the positioning 即 is exposed at the window. By positioning the 钣 and the socket body, the heat source generated by the socket body can be formed into a heat-conducting flow channel by the heat-dissipating column of the positioning ,, and can be dissipated by the window of the socket cover to achieve the function of dissipating heat; in particular, when the current or voltage is too large When the power-off device is internally disconnected, it can prevent excessive current or voltage from entering the electrical device and causing injury.
中華民國專利M485540號揭示一種改良式插頭、插座連接器及其組合結構,該插頭及插座連接器係可相互對接,且兩者皆包含一設有多數扣勾及散熱孔之絕緣座;多數以兩個相對應之方式設於該絕緣座中之電源端子,各電源端子係以扣孔與扣勾結合;以及多數與該絕緣座結合之訊號端子;其中該插頭連接器之各電源端子一端設有多數彈片、且其另一端與各彈片之一側係分別設有散熱體,而該插座連接器之各電源端子係分別於其後端設有散熱體。藉此,可使各電源端子利用扣孔與絕緣座之扣勾結合以防止產生鬆脫,且當插頭及插座連接器對接後,可利用插頭連接器所設各電源端子之彈片增加確實接觸點與面積,以降低接觸點之阻抗,並以各電源端子之散熱體加強使用時之散熱功能,可藉由各絕緣座所開設之散熱孔與散熱通道增加對流,以避免裝設於電路板後產生散熱不良的問題。The Republic of China Patent No. M485540 discloses an improved plug and socket connector and a combination thereof. The plug and the socket connector are mutually mateable, and both of them comprise an insulating seat provided with a plurality of hooks and heat dissipation holes; Two corresponding manners are provided in the power terminal of the insulating seat, each power terminal is combined with a buckle hole and a buckle; and a plurality of signal terminals combined with the insulating seat; wherein one end of each power terminal of the plug connector is provided There are a plurality of shrapnels, and the other end is provided with a heat dissipating body on one side of each of the shrapnels, and each of the power terminals of the socket connector is provided with a heat dissipating body at a rear end thereof. Thereby, each power terminal can be combined with the buckle of the insulating seat to prevent looseness, and when the plug and the socket connector are butted, the elastic piece of each power terminal provided by the plug connector can be used to increase the actual contact point. And the area, in order to reduce the impedance of the contact point, and to enhance the heat dissipation function when the heat sink of each power terminal is used, the convection can be increased by the heat dissipation holes and the heat dissipation channels of the insulation seats to avoid being installed on the circuit board. A problem of poor heat dissipation.
天氣炎熱,家中使用的降溫用具如電風扇等也變多,若再加上家中原有之電器用品,插座常不敷使用,因此時常有人利用延長線,更 將其插座插滿插頭,甚至使用耗電量較大之電器用品,以至於同一個延長線之負荷過大,長時間下來通大量的電流會發熱,時間久了會導致延長線及其上所附之插座因為過度發熱而變燙甚至變軟,甚至溶掉保護層而造成短路,所以延長線或插座之過度負載導致的危險,長期以來即受到重視,但是目前主要之防止過熱裝置就是加裝保險絲,當期過熱時自動跳開,但是當延長線或插座使多年之後,各部分構件開始劣化,導致性能下降,以致保險絲可能尚未跳開,插座或延長線已經因為過熱而發生火災等危險。現今的延長線亦有加裝散熱片或在延長線本體外增加幾個洞使延長線內的空氣跟外面流通降低延長線內的溫度,但是效率低,插座或延長線仍然無法避免過熱而發生火災等危險。The weather is hot, and the cooling appliances used in the home, such as electric fans, are also increasing. If the original electrical appliances in the home are added, the sockets are often not used. Therefore, people often use extension cords. Plug the socket into a plug, even using electrical appliances that consume a lot of power, so that the load on the same extension cord is too large, and a large amount of current will heat up for a long time, which will cause the extension cord and its attached time. The socket is hot or even soft due to excessive heat, and even the protective layer is dissolved to cause a short circuit. Therefore, the danger caused by the excessive load of the extension cord or the socket has been paid attention to for a long time, but the main overheat prevention device is to install a fuse. When the current line is overheated, it automatically jumps off, but when the extension cord or socket is turned on for many years, the components of each part begin to deteriorate, resulting in performance degradation, so that the fuse may not have been tripped, and the socket or extension cord has been in danger of fire due to overheating. Today's extension cords also have heat sinks or a few holes in the extension cord to allow the air in the extension cord to circulate outside to reduce the temperature inside the extension cord, but the efficiency is low, and the socket or extension cord cannot be overheated. Dangers such as fire.
針對上述缺點,本創作揭示一種可以自行啟動降溫機制的延長線或插座,其具有降溫之裝置,本創作藉由將延長線內設置散熱模組增加延長線內的空氣跟外面流通,以達到有效的散熱。In view of the above shortcomings, the present invention discloses an extension cord or socket that can initiate a cooling mechanism by itself, and has a device for cooling down. The present invention effectively increases the air in the extension cord and the outside by providing a heat dissipation module in the extension cord. Cooling.
本創作之可散熱的插座,其包含一插座本體,其具有複數個插座、散熱模組及感測模組,該散熱模組具有可以對插座本體進行散熱之裝置,可選用風扇、致冷晶片或相變化降溫裝置。使用者在使用插座本體時,當感測模組感應到插座本體過熱時,會傳送訊號給散熱模組,則散熱模組就會開始進行對插座本體做散熱的動作。The heat dissipating socket of the present invention comprises a socket body having a plurality of sockets, a heat dissipation module and a sensing module, the heat dissipation module having a device capable of dissipating heat from the socket body, optionally using a fan and a cooling chip Or phase change cooling device. When the user uses the socket body, when the sensing module senses that the socket body is overheated, the signal is sent to the heat dissipation module, and the heat dissipation module starts to perform heat dissipation on the socket body.
本創作揭示之可散熱的插座,其可以自行啟動降溫機制,該插座內部設有散熱模組,每當偵測裝置察覺插座本體產生高溫時,線路裝置將啟動散熱模組,而對插座本體進行冷卻的動作,以減少插座過度放熱對電器產品或插座本體造成損壞,以增加家庭主動防災的能力。The heat dissipation socket disclosed in the present invention can automatically start a cooling mechanism. The socket is internally provided with a heat dissipation module. When the detection device detects that the socket body generates a high temperature, the line device will activate the heat dissipation module, and the socket body is activated. The cooling action is to reduce the damage caused by the excessive heat release of the socket to the electrical appliance or the socket body, so as to increase the ability of the family to actively prevent disasters.
10‧‧‧插座本體10‧‧‧ socket body
11‧‧‧感測模組11‧‧‧Sensor module
12‧‧‧散熱模組12‧‧‧ Thermal Module
13‧‧‧散熱孔13‧‧‧ vents
14‧‧‧嵌合裝置14‧‧‧Fitting device
15‧‧‧線路裝置15‧‧‧Line device
第1圖 可散熱的插座示意圖。Figure 1 Schematic diagram of a socket that can dissipate heat.
第2圖 可散熱的插座之嵌合裝置示意圖。Figure 2 Schematic diagram of the fitting device for the heat-dissipating socket.
以下為本創作較佳之實施例,但本創作不受該等實施例之限制:一種可散熱的插座,如第1圖至第2圖所示,該可散熱的插座包括:插座本體(10)、感測模組(11)、散熱模組(12)及散熱孔(13);該可散熱插座包括:插座本體(10)及複數個功能裝置模組,該插座本體(10)具有嵌合裝置(14)可將複數個功能裝置模組固定於該插座本體(10),該複數個功能裝置模組包括:感測模組(11)、散熱模組(12)及散熱孔(13),該感測模組(11)與散熱模組(12)藉由線路裝置(15)連結,該線路裝置(15)可啟動散熱模組(12),氣流可經由散熱孔(13)對插座本體(10)進行有效之散熱;當使用者使用插座本體(10)過程中,如果感測模組(11)感測到插座本體(10)內部的溫度過熱,同時,散熱模組(12)會馬上將插座本體(10)外的空氣吸入插座本體(10)內,讓熱氣由插座本體(10)外側的散熱孔(13)吹出去,以達到對插座本體(10)內部作降溫。該散熱模組(12)具有可以對插座本體(10)進行散熱之裝置,其散熱之裝置可選用風扇、致冷晶片或相變化降溫裝置。使用者在使用插座本體(10)時,當感測模組(11)感應到插座本體(10)過熱時,會傳送訊號給散熱模組(12),則散熱模組(12)就會開始進行對插座本體(10)做散熱的動作。該插座本體(10)之材質可選用塑膠、陶瓷或金屬製成,該感測模組(11)可選用電子式感測器或電阻式傳感器,該散熱孔(13)之形狀可選用幾何圖案或動植物 圖案,其中之幾何圖案可選用圓形、方形、菱形或多邊形。The following is a preferred embodiment of the present invention, but the present invention is not limited by the embodiments: a heat dissipating socket, as shown in Figures 1 to 2, the heat dissipating socket comprises: a socket body (10) The sensing module (11), the heat dissipation module (12) and the heat dissipation hole (13); the heat dissipation socket comprises: a socket body (10) and a plurality of functional device modules, the socket body (10) has a fitting The device (14) can fix a plurality of functional device modules to the socket body (10). The plurality of functional device modules include: a sensing module (11), a heat dissipation module (12), and a heat dissipation hole (13) The sensing module (11) and the heat dissipation module (12) are connected by a line device (15), the line device (15) can activate the heat dissipation module (12), and the airflow can be through the heat dissipation hole (13) to the socket The main body (10) performs effective heat dissipation; when the user uses the socket body (10), if the sensing module (11) senses the temperature inside the socket body (10) is overheated, at the same time, the heat dissipation module (12) Immediately, the air outside the socket body (10) is sucked into the socket body (10), and the hot air is blown out by the heat dissipation holes (13) outside the socket body (10) to reach the socket body. (10) Internal cooling. The heat dissipation module (12) has a device for dissipating heat from the socket body (10), and the heat dissipation device can be a fan, a cooling chip or a phase change cooling device. When the user uses the socket body (10), when the sensing module (11) senses that the socket body (10) is overheated, it will transmit a signal to the heat dissipation module (12), and the heat dissipation module (12) will start. The action of dissipating heat to the socket body (10) is performed. The material of the socket body (10) can be made of plastic, ceramic or metal. The sensing module (11) can be selected from an electronic sensor or a resistive sensor. The shape of the heat dissipation hole (13) can be selected from a geometric pattern. Or flora and fauna A pattern in which a geometric pattern can be selected from a circle, a square, a diamond, or a polygon.
10‧‧‧插座本體10‧‧‧ socket body
11‧‧‧感測模組11‧‧‧Sensor module
12‧‧‧散熱模組12‧‧‧ Thermal Module
13‧‧‧散熱孔13‧‧‧ vents
15‧‧‧線路裝置15‧‧‧Line device
Claims (5)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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TW104208616U TWM511134U (en) | 2015-06-01 | 2015-06-01 | Radiating socket |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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TW104208616U TWM511134U (en) | 2015-06-01 | 2015-06-01 | Radiating socket |
Publications (1)
Publication Number | Publication Date |
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TWM511134U true TWM511134U (en) | 2015-10-21 |
Family
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Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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TW104208616U TWM511134U (en) | 2015-06-01 | 2015-06-01 | Radiating socket |
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Country | Link |
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TW (1) | TWM511134U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI654808B (en) | 2017-10-06 | 2019-03-21 | 勝德國際研發股份有限公司 | Portable outlet device |
-
2015
- 2015-06-01 TW TW104208616U patent/TWM511134U/en not_active IP Right Cessation
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TWI654808B (en) | 2017-10-06 | 2019-03-21 | 勝德國際研發股份有限公司 | Portable outlet device |
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