TWM362309U - Improved positioning structure for infrared remote control receiver of ceiling fan - Google Patents

Improved positioning structure for infrared remote control receiver of ceiling fan Download PDF

Info

Publication number
TWM362309U
TWM362309U TW98202057U TW98202057U TWM362309U TW M362309 U TWM362309 U TW M362309U TW 98202057 U TW98202057 U TW 98202057U TW 98202057 U TW98202057 U TW 98202057U TW M362309 U TWM362309 U TW M362309U
Authority
TW
Taiwan
Prior art keywords
infrared
remote control
control receiver
positioning structure
infrared remote
Prior art date
Application number
TW98202057U
Other languages
Chinese (zh)
Inventor
Ming-Ji Qiu
Original Assignee
Ming-Ji Qiu
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 Ming-Ji Qiu filed Critical Ming-Ji Qiu
Priority to TW98202057U priority Critical patent/TWM362309U/en
Publication of TWM362309U publication Critical patent/TWM362309U/en

Links

Landscapes

  • Structures Of Non-Positive Displacement Pumps (AREA)

Description

M3 623 09 五、新型說明: 【新型所屬之技術領域】 本創作係有關—種㈣紅外線遙控接收器的定位結構改良,尤指 一種容置於―關口之罩體内.外線遙控接收n,俾使遙控訊號穿 過罩體之光料部時得讀紅外線接收元件所接收者。 【先前技術】 。由於紅外賴控H具有低廉的㈣,所則前市面上的家電 ⑩用印尤其疋吊扇大多採用紅外線遙控器來控制吊扇的運轉惟,红外 線遙控器所《之雜輯無紗透物件,社僅m直線方向行 進,因此’如何將紅外線接收器固定在可供觀看、方便遙控及較不受 物件阻擋的位置上’實已成為㈣業者極欲所解決的問題。 為改善前述缺失,有一種習用結構如本國新型專利第266綱號 『吊扇之紅外線遙控接收器之容置件』,其係將紅外線遙鄕之接收 主機裝設在植即吊鐘)内,並以導線組連接紅外線接收主機與紅外 籲線接收器,並使紅外線接收器露出罩體外而固定於天花板上。 該習用結構之接收歸触於容祕控的位置上,惟,導線組及 紅外線接收器外露會破壞t⑽整體美感,並且容易因遭致蟲類· 而有電線走火峡慮產生,·,該制結構確實有概_必要。 另有-種習用結構如本國新型專利第355581號『吊扇遙控裝置 '結構改良』以及新型專利第315898號『紅外線遙控吊扇構造』,上述 習用結構係將紅外線接收主機及將紅外線接收器裝設在吊扇下方的 開關盒内’並轉軸雜紅外祕收域與紅外線接㈣,再將紅 3 M362309 •外線接收器設置於開關盒之外表面或是底部上。 由於開關盒係位於吊扇與燈座之間’且每一燈座皆接設一燈罩的 緣故’所以使用者視線及遙控訊號容易被燈罩所阻擋,因而影響遙控 訊號之行進,因而造成操作上的不便與困擾,因此,該等習用結構確 實有再改良的必要。 【新型内容】 本創作之目的在於提供一種可以改善前述習用結構缺失之吊扇 _紅外線遙控接收器蚊位結構改良,主要係將紅外線接收元件結合於 至高點的吊鐘上,使紅外線接收元件位於使帛者易於觀看且方便遙控 的位置上’以避免因導線組外露所致的破壞室内美感之情事,因而具 有遙控容易方便、提升室内整體美感以及遙控訊號較不易受到阻擔, 進而提升遙控接收效率等特點。 為達成上述功效,本創作採用之技術手㈣、於一具開口的罩體内 毅紅外線遙控接收器,且罩體可供結合於吊扇之一吊架上以包罩吊 鲁架另'.工外線遙控接收器包括一紅外線接收主機及一透過至少一導線 與紅外線接收主機電連接的紅外線接收元件,紅外線接收元件用以接 收-遙控訊號後傳至紅外線接收主機中,俾能控制吊扇的運作,其中 罩體設有至少-光穿透部’並以一固定手段將紅外線接收元件固定在 ,罩體對應於光穿透部的位置上,俾使遙控訊號穿過光穿透部時得以被 紅外線接收元件所接收者。 【實施方式】 壹·本創作基本技術特徵 4 M362309 _請參看第一至三圖及第五圖所示,本創作主要係應用在遙控吊扇 (1 〇)運轉控制的用途上,俾能以紅外線遙控器⑶)所發射的遙控訊號 來控制ΐ扇(10)的運轉,為達此目的,本創作係於一具開口⑵)的罩 體⑽内容置紅外線馳触^⑽),上料體⑽主要_來結合 與吊扇(10)之吊架(12)結合,並以罩體⑽内之空間來包罩吊架⑽ 及電源線路,以增進室内整體之美感,其中罩體⑽)之較佳實施例係 為一用以固定在天花板上的吊鐘(2〇a)。 攀 請參看第-至三圓所示,本創作紅外線遙控接收器⑽包括一紅 外線接收主機(31)及-透過至少一導線組⑽與紅外線接收主機⑻ 電連接的紅外線接收元件(32),當紅外線接收元件(32)接收一遙控訊 號時即傳至紅外線接收主機⑼中,再由紅外線接收主機⑽解碼, 以對吊扇(10)進行相應的控制作動。 請參看第-至三圖所示,為改善前述習用結構的缺失,所以將紅 外線接收元件(32)結合於吊鐘(20a)上,以提升紅外線遙控接收之效 #率,為it此目的’本創作係於罩體⑽設有至少一光穿透部⑽,並 以一固定手段(40)將紅外線接收元件(32)固定在罩體(2〇)對應於光 穿透部(23)的位置上,俾使遙控訊號穿過光穿透部⑽時得以被紅外 線接收元件(32)所接收。 貳·罩艎的具體實施 請參看第一、二及第五圖所示,本創作罩體(2〇)之較佳實施例係 為一罩覆於天花板上的吊鐘(20a) ’該吊鐘(2〇a)主要係用於包罩懸掛 機構(11)之吊架(12)及電源線路的用途上,以提升室内的整體美咸。 M362309 而且祕(20a)相對開口⑵)的另端設有-供吊扇⑽之一吊桿⑽ 穿過的圓孔(22),如第六圖所示。針上述之光穿透部⑽係為貫穿 罩體(2G)的穿孔(23a),而可藉由@定手段⑽)將紅外線接收 固定在穿孔(23a)上。 參.固定手段的具體實施 明參看第一至四圖所示,本創作固定手段(4 〇)主要係將紅外線接 收疋件(32)@]定在|體(20)之光穿透部(23)上,為達此目的,其包括 籲-光罩(41)及-容座(42) ’光罩⑹具有一卡體⑽)及一外徑較該 卡體(410)為小的桿體⑷υ,且容座⑽外徑較該光罩⑷)之桿體 (411)為大,當桿體(411)穿過穿孔(23a)時得財體⑽)卡抵在罩體 (20)外。 請參看第二至_所示,上述容座(42)包含—供紅外線接收元件 (32)容置的容槽(42G),該容槽⑽)之—㈣面可供觀⑷^伸入 卡抵其内,俾由位於兩端之卡體(410)及容座(42)相互夾合罩體 _ (20),使紅外線接收元件(32)得以固定在罩體(2〇)之光穿透部 上其中上述具體實施例中之穿孔(23a)係呈圓形,且光罩(ο)之桿 體(411)與容槽(420)係呈對應之圓柱狀,另桿體⑷υ外環面與容槽 (420)内環面各自設有一可供對應螺合的螺紋結構(4ι2)(42ι)。 肆·紅外線遙控接收器 請參看第三、五圖所示,本創作紅外線遙控接收器⑽主要係接 收由一紅外線遙控器(33)所發射的遙控訊號,進而控制吊扇⑽)的運 轉,為達此目的,其包括-紅外線接收主機⑶)及一紅外線接收元件 M362309 ;(32) °再者’為使紅外線接收主機(31)與紅外線接收元件(32)具備快 速插接的功能’為達此目的,係於紅外線接收主機(31)設有一配接座 (310),並於導線組(5〇)—端電連接紅外線接收元件(32) ’該導線組 (50)另端則設有一與配接座(31〇)插接導通的插座(51)。 請參看第四、六圖所示,為設置兩組紅外線接收元件(32),以提 升遙控接收效率,為達此目的,上述具體實施例中,係於導線組(5〇) 接δ又另一導線組(5〇),並於另一導線組(5〇)末端設有一第二配接座 _ (52),以供另一紅外線接收元件(32)擴充電連接。 伍·本創作之組裝實施 凊參看第一、二、五圖及第六圖所示,首先以一懸掛機構(η) 將吊扇(10)麟於天花板上,再將紅外線接收域(31)置人罩體(2〇) 之空間内,再以導線組(50)將紅外線接收元件(32)與紅外線接收主機 (31)予以電連接,同時將紅外線接收元件(32)置人容座⑽的容槽 (420)内’再以光舉⑷)之桿體(4⑴穿過軍體(2())之光穿透部⑽ 後伸入谷槽(侧)之内環面,並使光罩⑹之卡體⑽)卡抵在罩體 (20)外’並可透過桿體(4Π)及容槽(42)之螺紋結構⑷2)(421)相互 螺合以迫使卡體(410)及容座(42)以兩端夾合住罩體⑽,使紅外線 接收元件(32)得以被固定在罩體⑽之光穿透部⑽上,最後以罩體 .(20)將_機構⑴)之㈣⑽及·線路相包罩跳,再 ⑽_躲傾12)上,如騎可域本_之組裝實施態樣。 轉看第五、六圖所示’由於本創作之紅外線接收元件㈣被固 定在至高簡吊鐘(施)上’ 使用者來說係為非常祕觀看且極 M362309 -為方便遙㈣位置,a此,使用者僅需透過紅外線遙㈣⑽對準吊 鐘⑽a)上的光罩⑷)發出如調整馬達運轉速度或是燈具明滅的遙控 訊號,即可輕易地控制吊扇⑽的運轉,當紅外線接收元件⑽接收 到該遙控訊號時即可透過紅外線碰主機⑶)進行解碼後對吊扇 進行相應的運轉控制。 伍.結論 因此,藉由上述結構設計’本創作可以將紅外線接收元件結合於 至南點的吊鐘上’使紅外線接收元件位於使用者易於觀看且方便遙控 的位置上,以避免因導線組外露所致的破壞室内美感之情事,因· =容易枝、提_整_以及遙控訊驗不肢到阻^ 進而提升遙控接收效率等特點。 =上_,鶴梢叙—可行實_,麟職贼本創作之 P細’凡舉錄下騎求項所述之内容 效實施’皆應包含於本創作之專利範_。= 性,,二二構特徵,未見於_物品,且具實用性與進i 予專利,以維護本申請人合法之權益。申明射柄依法核 【圖式簡單說明】 第一圖係摘作基本結構分解示意圖; 第二圖係本創做合之舰示_。 =三圖係本創作紅外線遙控接收器之接線示意圖。 四圖係本創作紅外線遙控接收器另種接線之示意圖 M362309 第五圖係本創作操作實施之示意圖。 第六圖係本創作另一種實施例之操作示意圖 【主要元件符號說明】 (10)吊扇 (12)吊架 (20) 罩體 (21) 開口 (23)光穿透部 (30)紅外線遙控接收器 (310)配接座 (33)紅外線遙控器 (41)羌罩 (411)桿體 (420)容槽 (50)導線組 (52)第二配接座 (11)懸掛機構 (13)吊桿 (20a)吊鐘 (22)圓孔 (23a)穿孔 (31) 紅外線接收主機 (32) 紅外線接收元件 (40)固定手段 (410)卡體 (42)容座 (412)(421)螺紋結構 (51)插座M3 623 09 V. New description: [New technical field] This creation is related to the improvement of the positioning structure of the (four) infrared remote control receiver, especially one that is housed in the hood of the gate. The external remote control receives n, 俾When the remote control signal is passed through the light portion of the cover, the person receiving the infrared receiving element can be read. [Prior Art]. Because the infrared control H has low cost (four), the former home appliance 10 printing, especially the ceiling fan, mostly uses an infrared remote control to control the operation of the ceiling fan, but the infrared remote control "the miscellaneous series of yarn-free objects, only m Traveling in a straight line, so 'how to fix the infrared receiver in a position for viewing, convenient remote control and less obstruction of objects' has become a problem that the industry is eager to solve. In order to improve the aforementioned defects, there is a conventional structure such as the domestic new patent No. 266 "Capacity of the infrared remote control receiver of the ceiling fan", which is to install the infrared remote receiving host in the planting bell, and The infrared receiving host and the infrared call receiver are connected by a wire set, and the infrared receiver is exposed to the outside of the cover and fixed to the ceiling. The reception of the conventional structure is in contact with the position of the secret control. However, the exposure of the wire set and the infrared receiver can destroy the overall aesthetics of t(10), and it is easy to be caused by the insects and the wires are ignited. The structure does have a _ necessary. In addition, a conventional structure such as the domestic new patent No. 355581 "construction of the ceiling fan remote control device" and the new patent No. 315898 "infrared remote control ceiling fan structure", the conventional structure is to install the infrared receiving host and the infrared receiver Inside the switch box under the ceiling fan, 'the axis of the infrared is connected to the infrared (4), and then the red 3 M362309 • the external receiver is placed on the outer surface or the bottom of the switch box. Since the switch box is located between the ceiling fan and the lamp holder and each lamp holder is connected with a lamp cover, the user's line of sight and the remote control signal are easily blocked by the lamp cover, thereby affecting the travel of the remote control signal, thereby causing operational operation. Inconvenience and trouble, therefore, these conventional structures do have the need for further improvement. [New content] The purpose of this creation is to provide a ceiling fan that can improve the aforementioned conventional structure. Infrared remote control receiver mosquito structure improvement, mainly by combining the infrared receiving component with the high-end bell, so that the infrared receiving component is located The easy-to-view and convenient remote control position 'to avoid damage to the indoor beauty caused by the exposed wire group, so it is easy to control the remote control, improve the overall aesthetic of the room and the remote control signal is less susceptible to blocking, thereby improving the remote control receiving efficiency. Features. In order to achieve the above-mentioned effects, the creative hand (4) used in this creation is an infrared remote control receiver in an open cover body, and the cover body can be combined with one of the ceiling fans to cover the hanging frame and the other. The external remote control receiver comprises an infrared receiving host and an infrared receiving component electrically connected to the infrared receiving host through at least one wire, and the infrared receiving component is configured to receive the remote control signal and transmit the signal to the infrared receiving host, so as to control the operation of the ceiling fan. Wherein the cover body is provided with at least a light transmissive portion and the infrared receiving element is fixed by a fixing means, and the cover body corresponds to the position of the light penetrating portion, so that the remote control signal is passed through the light penetrating portion to be infrared The recipient of the receiving component. [Embodiment] 基本·The basic technical features of this creation 4 M362309 _Please refer to the first to third and fifth figures. This creation is mainly applied to the use of the remote control ceiling fan (1 〇) operation control. The remote control signal transmitted by the remote controller (3) controls the operation of the fan (10). For this purpose, the creation is based on an opening (2) of the cover (10), and the infrared sensor (10) is placed on the body (10). Mainly combined with the hanger (12) of the ceiling fan (10), and covering the hanger (10) and the power line with the space in the cover (10) to enhance the overall aesthetic of the room, wherein the cover (10) is preferably The embodiment is a bell (2〇a) for fixing to the ceiling. As shown in the first to third circles, the infrared remote control receiver (10) includes an infrared receiving host (31) and an infrared receiving component (32) electrically connected to the infrared receiving host (8) through at least one wire group (10). When the infrared receiving component (32) receives a remote control signal, it is transmitted to the infrared receiving host (9), and then decoded by the infrared receiving host (10) to perform corresponding control operations on the ceiling fan (10). Referring to Figures 1-3, in order to improve the lack of the aforementioned conventional structure, the infrared receiving element (32) is coupled to the bell (20a) to enhance the efficiency of the infrared remote control reception for this purpose' The present invention is characterized in that the cover body (10) is provided with at least one light penetrating portion (10), and the infrared receiving member (32) is fixed to the cover body (2) by a fixing means (40) corresponding to the light penetrating portion (23). In position, the remote control signal is received by the infrared receiving element (32) as it passes through the light transmitting portion (10). For the specific implementation of the cover and cover, please refer to the first, second and fifth figures. The preferred embodiment of the cover (2〇) is a ceiling-mounted bell (20a). The bell (2〇a) is mainly used for the purpose of covering the hanger (12) of the suspension mechanism (11) and the power supply line to enhance the overall beauty of the room. M362309 and the other end of the secret (20a) relative to the opening (2) is provided with a circular hole (22) through which the suspension rod (10) of one of the ceiling fans (10) passes, as shown in the sixth figure. The light transmitting portion (10) of the above-mentioned needle is a through hole (23a) penetrating through the cover (2G), and the infrared light receiving portion can be fixed to the through hole (23a) by the @定方法 (10). For the specific implementation of the fixed means, as shown in the first to fourth figures, the creative fixing means (4 〇) mainly sets the infrared receiving element (32) @] to the light penetration part of the body (20) ( 23) above, for this purpose, comprising a snap-mask (41) and a receptacle (42) 'the mask (6) has a card body (10)) and a rod having an outer diameter smaller than the card body (410) The body (4) is, and the outer diameter of the receptacle (10) is larger than the rod (411) of the mask (4), and the body (10) is stuck against the cover (20) when the rod (411) passes through the through hole (23a). outer. Referring to the second to the _, the receptacle (42) includes a receptacle (42G) for receiving the infrared receiving component (32), and the (four) face of the receptacle (10) can be viewed (4) into the card. In this case, the cover body _ (20) is sandwiched between the card body (410) and the receptacle (42) at both ends, so that the infrared ray receiving member (32) can be fixed to the cover body (2 〇). The perforation (23a) in the above embodiment is circular, and the rod (411) of the reticle (o) and the pocket (420) are correspondingly cylindrical, and the other rod (4) is outer ring. The inner surface of the surface and the receiving groove (420) are respectively provided with a threaded structure (4ι2) (42ι) for corresponding screwing.肆·Infrared remote control receiver, please refer to the third and fifth figures. The infrared remote control receiver (10) mainly receives the remote control signal transmitted by an infrared remote control (33), and then controls the operation of the ceiling fan (10). For this purpose, it includes an infrared receiving host (3) and an infrared receiving component M362309; (32) ° and then 'for the infrared receiving host (31) and the infrared receiving component (32) to have a quick plug-in function' The purpose is that the infrared receiving host (31) is provided with a mating socket (310), and is electrically connected to the infrared receiving component (32) at the end of the wire group (5) - the other end of the wire group (50) is provided with a The mating socket (31〇) is plugged into the conductive socket (51). Please refer to the fourth and sixth figures. In order to set up two sets of infrared receiving components (32) to improve the remote control receiving efficiency, in order to achieve this, in the above specific embodiment, the wire group (5〇) is connected to δ and another One wire set (5 turns) and a second mating socket _ (52) at the end of the other wire set (5 turns) for expanding the electrical connection of the other infrared receiving element (32). The assembly implementation of Wu Ben's creation is shown in the first, second, fifth and sixth figures. First, the ceiling fan (10) is placed on the ceiling with a suspension mechanism (η), and the infrared receiving field (31) is placed. In the space of the human cover (2〇), the infrared receiving component (32) is electrically connected to the infrared receiving host (31) by the wire group (50), and the infrared receiving component (32) is placed in the receptacle (10). In the pocket (420), the rod (4) is passed through the light-transmitting portion (10) of the military body (2), and then extends into the inner ring surface of the trough (side), and the mask is covered. (6) The card body (10)) is stuck outside the cover (20) and can be screwed to each other through the rod body (4Π) and the threaded structure (4) 2) (421) of the groove (42) to force the card body (410) and the capacity The seat (42) clamps the cover body (10) at both ends, so that the infrared ray receiving element (32) can be fixed on the light penetrating portion (10) of the cover body (10), and finally the hood (.) (the _ mechanism (1)) (4) (10) and · The line phase cover hop, and then (10) _ hide 12), such as riding the domain _ the assembly implementation. Turn to the fifth and sixth figures. 'Because the infrared receiving component (4) of this creation is fixed on the high-grade bell (Shi), the user is very secret and M362309 - for convenient remote (four) position, a Therefore, the user can easily control the operation of the ceiling fan (10) by directly illuminating the illuminator (4) on the bell (10) a) through the infrared ray (4) (10) to adjust the running speed of the motor or the illuminating light of the luminaire. (10) When receiving the remote control signal, the infrared fan can be decoded by the host (3) to perform corresponding operation control on the ceiling fan. Wu. Conclusion Therefore, by the above structural design 'this creation can combine the infrared receiving element on the bell to the south point', the infrared receiving element is located at a position that is easy for the user to view and convenient for remote control, so as to avoid exposure due to the wire set. The resulting damage to the indoor beauty of the situation, because · easy branch, mention _ whole _ and remote control test does not reach the resistance ^ and thus improve the remote control receiving efficiency. =上_,鹤梢叙-feasible reality _, Lin thief's creation of the P fine ‘the contents of the tactics mentioned in the quest for the implementation of the implementation ‘all should be included in the patent _ of this creation. = Sexuality, characteristics of the second and second structures, not found in _ articles, and practical and patented to protect the legal rights of the applicant. Affirmation of the shot handle according to the law [Simplified description of the diagram] The first picture is taken as a schematic diagram of the basic structure decomposition; the second picture is the ship's display. = Three pictures are the wiring diagram of the infrared remote control receiver. The four figures are a schematic diagram of another kind of wiring of the infrared remote control receiver of the present invention. M362309 The fifth figure is a schematic diagram of the implementation of the creation operation. The sixth drawing is a schematic diagram of the operation of another embodiment of the present invention. [Main component symbol description] (10) Ceiling fan (12) hanger (20) Cover body (21) Opening (23) Light penetrating portion (30) Infrared remote control receiving Adapter (310) adapter (33) infrared remote control (41) hood (411) shank (420) hull (50) wire set (52) second adapter (11) suspension mechanism (13) hoist Rod (20a) bell (22) round hole (23a) perforation (31) infrared receiving host (32) infrared receiving element (40) fixing means (410) card body (42) receptacle (412) (421) thread structure (51) socket

Claims (1)

M362309 六 申請專利範圍: 1· 一鮮扇紅外線遙控接收器的定位結構改良,該 收器係容置於-具開Π的奸 '卜線遙&接 罩體内,5亥罩體可供結合於該吊扇之-吊架 /匕罩該予架,該紅外線遙控接收器包括-紅外線接收主機及一透 夕 私Γ無紅外線接收域電連翻紅外線元件,該紅 %外㉖Γ彳用u接收由—紅外線遙㈣所發射之遙控訊號後傳至 "卜線接收主機中’藉以控制該吊扇的運作,其改良在於. 鮮驗註少-光穿透部,並以—固定手段將該紅外線接收元 件固疋在该罩體對應於該光穿透^ 4 透损位置上,使該遙控訊號穿過該光 穿透㈣够X摘料線接收^件所接收。 j 2.如請求項1所述之紅外線遙控接收器的定位結構改良,其中, /罩體係為用以包罩该吊架的吊鐘,該吊鐘相對該開口的另端設有 一供該吊扇之一吊桿穿過的圓孔。 3 ·如請求項1所述之紅外線遙控接收器的定位結構改良,其中, 該光穿透部係輕_罩_穿孔,柯以細相紅外線接 收元件固定在該穿孔上。 4 ·如請求項3所述之紅外線遙控接收器的定位結構改良,其中, 該固定手段包括: a 一光罩’其具有-卡體及-外鎌該卡體為小的桿體,當該桿體 穿過该穿孔時得以該卡體卡抵在該罩體外;及 外她該林之鱗體為大的容座,其包含—㈣紅外線接收 疋件谷置的额,該容槽之—崎面可供該桿體伸人卡抵,而可由位 •M362309 :於兩端之該卡體及該容座相互夾合該罩體。 5 ·如請求項4所述之紅外線遙控接收器的定位結構改良,其中, 邊穿孔係·形’該光罩之轉體與該容_呈對狀狀,且該 桿體外環面與該容槽内環面各自設有一可供對應螺合的螺紋結構。 6 ·如請求項1所述之紅外線遙控接收器的定位結構改良,其中, 該紅外線接收主機設有-配接座’該導線組一端與該紅外線接收元件 電連接,料雜另·財-與該配接錢接導通的插座。 • 7⑹明求項6所述之紅外線遙控接收器的定位結構改良,其中, ,導線組接設另-導敎,並料〜解_末端設有—第二配接 座’以供另-紅外線接收元件擴充電連接。 11M362309 Six patent application scope: 1· The positioning structure of a fresh-infrared infrared remote control receiver is improved. The receiver is placed in the body of the ' ' 线 遥 遥 遥 amp 接 , , , , , , The infrared remote control receiver includes an infrared receiving host and an infrared ray receiving area, and an infrared ray receiving area is electrically connected to the infrared ray element, and the red 外 外 Γ彳 Γ彳 接收 接收 接收 接收 接收 接收 接收 予 予 红外线 红外线 红外线 红外线 红外线 红外线 红外线The remote control signal transmitted by the infrared remote (four) is transmitted to the "wire receiving host' to control the operation of the ceiling fan, and the improvement is that the fresh test has less light penetration and the infrared light is fixed by means The receiving component is fixed to the cover corresponding to the light transmission position, so that the remote control signal is received through the light through (4) enough X-pick wire receiving device. 2. The positioning structure of the infrared remote control receiver according to claim 1, wherein the / cover system is a bell for covering the hanger, the bell being provided with a ceiling fan at the other end of the opening One of the round holes through which the boom passes. 3. The positioning structure of the infrared remote control receiver according to claim 1 is improved, wherein the light transmitting portion is a light hood/perforation, and the fine phase infrared ray receiving member is fixed to the through hole. The positioning structure of the infrared remote control receiver according to claim 3 is improved, wherein the fixing means comprises: a reticle having a card body and a ferrule, the card body being a small rod body, when When the rod passes through the perforation, the card body is stuck against the outside of the cover; and the scale of the forest is a large receptacle, which includes - (4) the amount of the infrared receiving element, the volume of the pocket - The surface of the saddle can be extended by the rod, and the frame can be clamped by the position M36309 at the two ends of the card body and the holder. 5. The positioning structure of the infrared remote control receiver according to claim 4 is improved, wherein the side of the reticle is shaped to be opposite to the volume, and the outer surface of the rod and the volume are The inner annular faces of the grooves are each provided with a threaded structure for corresponding screwing. The positioning structure of the infrared remote control receiver according to claim 1 is improved, wherein the infrared receiving host is provided with a mating socket, and one end of the wire group is electrically connected to the infrared receiving component, and the other is mixed with the financial component. The mating money is connected to the socket. 7(6) The positioning structure of the infrared remote control receiver according to Item 6 is improved, wherein the wire set is connected to another guide, and the material is disposed at the end of the solution to provide a second antenna. The receiving component expands the electrical connection. 11
TW98202057U 2009-02-13 2009-02-13 Improved positioning structure for infrared remote control receiver of ceiling fan TWM362309U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
TW98202057U TWM362309U (en) 2009-02-13 2009-02-13 Improved positioning structure for infrared remote control receiver of ceiling fan

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
TW98202057U TWM362309U (en) 2009-02-13 2009-02-13 Improved positioning structure for infrared remote control receiver of ceiling fan

Publications (1)

Publication Number Publication Date
TWM362309U true TWM362309U (en) 2009-08-01

Family

ID=44384344

Family Applications (1)

Application Number Title Priority Date Filing Date
TW98202057U TWM362309U (en) 2009-02-13 2009-02-13 Improved positioning structure for infrared remote control receiver of ceiling fan

Country Status (1)

Country Link
TW (1) TWM362309U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI694212B (en) * 2018-11-19 2020-05-21 德禮實業有限公司 Quick installation structure of ceiling fan receiver

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI694212B (en) * 2018-11-19 2020-05-21 德禮實業有限公司 Quick installation structure of ceiling fan receiver

Similar Documents

Publication Publication Date Title
US11368654B2 (en) Security camera
US9654678B1 (en) Internet protocol security camera connected light bulb/system
WO2008142603A3 (en) Remote lighting control
TWI636240B (en) Light sensor
US9337601B2 (en) Child monitoring system
TWM304621U (en) Lighting apparatus
WO2006036752A3 (en) Passive magnetic detection system for security screening
US20110254955A1 (en) Detachable Universal Electronic Door Viewer
WO2014105101A2 (en) Webcam illumination frame
TW200736541A (en) A lamp set with an alarm function
US20160323534A1 (en) Functional module system
TWM362309U (en) Improved positioning structure for infrared remote control receiver of ceiling fan
US20190043325A1 (en) Doorbell device
CN106200391B (en) The control equipment and control method and control device of a kind of indoor furniture equipment
WO2016159743A2 (en) Ring holder for portable terminal and portable terminal protection case comprising same
CN207245581U (en) A kind of intelligent anti-theft opal
WO2021164434A1 (en) Lighting device and switch assembly thereof
CN210094961U (en) Mirror
TWM445115U (en) Multi-functional micro projection lamp
CN202222033U (en) Loudspeaker with rotary connecting mechanism
CN206042317U (en) Multi -functional multi -media subwoofer
CN109875227B (en) Multifunctional safe intelligent dressing mirror
JP2004344507A (en) Utilization of electricity with low voltage of mainly 12v directly flowing in shelf posts and bracket
CN112333317A (en) Spectrum skin detection device capable of being mounted on mobile phone carrier
TWM284176U (en) Smart-type LED lighting device

Legal Events

Date Code Title Description
MM4K Annulment or lapse of a utility model due to non-payment of fees