五、新型說明： 【新型所屬之技術領域】 [0001] [0002] [0003] [0004] 本創作係有關於-種耳溫搶’尤指—種耳溫搶結構改良 〇 【先前技術】 傳統量測體溫的方法係為湘―水銀溫度計來實行將 溫度計的量測端置人口中、腋下或是肛門來感測人體溫 度，但是此量測方法需要等侯彡至五分鐘才會有量測結 果’且〇中、腋下或是肛Η為人體較多細g處或較易感 染處，再者需要感測人體溫度時，通常是身體感到不適 ’抵抗力T降的同時，再接觸細g等錢原反而增加身 體的負擔。 因此，直接利用紅外線偵測人體溫度之儀器出現，其中 一種係包括耳溫搶，此耳溫搶之感測頭内具有一紅外線 感測裝置’當耳溫搶之感測頭置人在人體之耳道，同時 感測頭之開口對準人體之耳膜，藉由耳膜發射出之紅外 線進入至耳溫搶後，由紅外線感測裝置接收，並計算紅 外線能量強度而顯示人體溫度。但是由於耳溫搶需直接 深入且碰觸在人體的耳道上，因此，為減少衛生上的顧 慮，往往都會在測量人體溫度的時候，直接在耳溫搶的 接頭上套設一拋棄式耳套。 然而，耳溫套的則端需貼合於感測頭，使紅外線易於穿 透，而減少紅外線穿透耳溫套時造成的能量損失及不準 確性，因此使得感測頭與耳溫套的配合相當重要，如美 表單编號A0I01 第3頁/共20頁 國專利號第6022140號揭露其感測頭底部凸伸有一環圈 耳溫套配合感測頭包含有—環型凹槽，並利用環圈與環 型凹槽相互扣合，使耳溫套不易鬆脫感_，但是此結 構安裝與退出耳溫套時，環型凹槽須全部嵌入環圈或由 環圈中退出，均需給予較大施力’造成操作不便。 _5]因此，如何解決上述之問題點，即成為本創作人所改良 之目標。 【新型内容】V. New description: [New technology field] [0001] [0002] [0003] [0004] This creation is related to - ear temperature grabbing, especially the ear ear temperature grab structure improvement 〇 [prior art] tradition The method of measuring body temperature is to use the Xiang-Mercury thermometer to measure the temperature of the human body by measuring the temperature of the thermometer, the armpit or the anus. However, this measurement method needs to wait for five minutes before the quantity is measured. The test results 'and the middle, the armpit or the anal fistula are more fine g or more susceptible to infection in the human body. In addition, when the body temperature needs to be sensed, it is usually the body feels uncomfortable while the resistance T drops. The fine g and other money originally increased the burden on the body. Therefore, an instrument that directly uses infrared light to detect human body temperature appears, one of which includes an ear temperature grab, and the ear temperature grabs an infra-red sensing device in the sensing head 'When the ear temperature is grabbed, the measuring head is placed in the human body. The ear canal, while the opening of the sensing head is aligned with the eardrum of the human body, the infrared light emitted by the eardrum enters the ear temperature and is received by the infrared sensing device, and the infrared energy intensity is calculated to display the human body temperature. However, since the ear temperature needs to be directly penetrated and touched on the ear canal of the human body, in order to reduce the health concerns, a disposable earmuff is set directly on the ear temperature grabbing connector when measuring the human body temperature. . However, the end of the ear thermometer sleeve needs to be attached to the sensing head to make the infrared rays easy to penetrate, and reduce the energy loss and inaccuracy caused by the infrared rays penetrating the ear temperature sleeve, thus making the sensing head and the ear temperature sleeve Coordination is very important, such as the United States form number A0I01 page 3 / 20 pages of the national patent number No. 6022140 revealed that the bottom of the sensor head protrudes from a ring ear ear temperature sleeve with a sensing head including a ring groove, and The loop ring and the ring groove are mutually interlocked, so that the ear warmer sleeve is not easy to loosen _, but when the structure is installed and exited the ear warmer sleeve, the annular groove must be fully embedded in the loop or exited by the loop, both A large force is required to make the operation inconvenient. _5] Therefore, how to solve the above problems becomes the goal of improvement by this creator. [New content]
剛為了達成上述之目的，本創作係提供」g耳溫搶結構改 良，包括：一本體；一感測頭，安置於該本體，該感測 乂 * * ( 頭於接近該主體的端部開4?%ί·堂樓η以及一可拋 棄式耳套，内部具有一容，該容置空 對應該感測頭套接，該卡捧刮染展％溝槽卡掣固定。 [0008]本創作還具有以下功效，其中溝槽具有互相連通的第一 槽口及第一槽口，且第一槽口大於第二槽口，當可抛棄 式耳套安裝於感測頭時，可拋棄式耳套可平順的滑行於 感測頭，而不需額外施力卡榫即可嵌入第一槽口，再利 用旋轉凸緣而使卡榫旋入並夾掣於第二槽口；當可抛棄 式耳套退出於感測頭時’旋轉凸緣使卡榫旋出第二槽口 ，並不需額外施力卡榫即可脫離第一槽口，使耳溫套易 表單編號A0101 第4頁/共20頁 於安裝與退出感測頭，增加操作上之便利。另外，卡榫 為V型凸塊可方便卡擎於溝才曹，讓可拋棄式耳套在製造 上可放寬公差範’節省製造成本；又卡榫為-L型凸塊 可增加卡掣於溝槽的ID定性，提高可抛棄式耳套固置於 感測頭的穩定性。 【實施方式】 [0009] 有關本創作之詳細說明及技術内容，將配合圖式說明如 下，然而所附圖式僅作為說明用途，並非用於侷限本創 作。 [0010] 叫參考第一至二圖所示，本創作係提供一種耳溫搶結構 改良，此耳溫搶結構主要包括一本體丨、一感測頭2以及 一可拋棄式耳套3。 [0011] 本體1可為任意外型，並不設限，且本體丨内設有一紅外 線感測裝置，並藉由人體之耳膜發射出之紅外線進入至 耳溫搶後，由紅外線感測裝置接收，並計算紅外線能量 強度而顯示人體溫度。 [0012] 感測頭2安置於本體1，並且感測頭2於接近主體丨的端部 開設有至少一溝槽21 ’此溝槽21具有一槽口 211，其中感 測頭2呈一圓錐體，槽口211呈一矩形，但不以此為限。 [0013] 可拋棄式耳套3具有一罩體31，罩體31包括一開口端311 及遠離開口端311之一封閉端312，開口端311與封閉端 312之間形成有一容置空間32，而開口端311連接有一凸 緣33 ’又凸緣33朝容置空間32方向凸伸有卡榫34，且容 置空間32對應感測頭2套接，卡榫34則對應槽口 211嵌入 表單編號A0101 第5頁/共20頁 [0014] 删3995 並被夾f於槽〇211内，使抛棄式耳套3固定於感測則， 卡榫34為一矩形凸塊341。 本創作組合係利用使用者手持凸緣33，並由開口端311將 容置空間32對應感測頭2套設，且卡榫34嵌入並被夾笨於 槽口 211内，使可拋棄式耳套3固定於感測頭2。藉此，可 拋棄式耳套3安裝於感測頭2時，因溝槽21直接開設於感 測頭2，讓可抛棄式耳套3可平順的滑行於感測頭2，同時 卡榫34為局部佈置於可拋棄式耳套3，造成不需較大施力 卡榫34即可嵌入槽口 211 ;同理，可拋棄式耳套3退出於 感測頭2時，卡榫34為局.部.佈.置於可抛棄式耳套3，讓卡 榫34脫離槽口 211時不需落於感測頭 «式耳套3^^^頭2，增加 操作上之便利。 [0015] 請參考第三至七圖所示，係本創作耳溫搶結構另一實施 例，其中溝槽2丨具有互相令令辦可奇汀悉卩U 2及一第二 槽口 213 ’此第一槽口 212务寸'大·旋'第$槽口 213尺寸， 並卡榫34嵌入第一槽口 212暴“成樂於第二槽口 213内， 其中第一槽口 212與第二槽口 213呈矩形，但不以此為限 [0016] 本創作耳溫搶結構另一實施例之组合係利用使用者手持 凸緣33，並由開口端311將容置空間32對應感測頭2套設 ’而卡榫34對應第一槽口 212嵌入並旋入第二槽口 213而 被第二槽口 213夾掣，使可拋棄式耳套3固定於感測頭2。 藉此可抛棄式耳套3安裝於感測頭2時，如第三至四圖所 示，因第一槽口 212與第二槽口 2丨3直接開設於感測頭2上 表·?4¾¾ Α0101 第6頁/共20頁 M403995 ，又第一槽口 212開設的尺寸是無法卡掣於卡榫34，讓可 抛棄式耳套3可平順的滑行於感測頭2，而不需額外施力 即可滑入第-槽口 212，再如第五至六圖所示，利用旋轉 凸緣33而使卡榫34旋入第二槽口 21 3而被第二槽口 21 3夾 掣，使可拋棄式耳套3不需額外施力即可安裝於感測頭2 ’又可拋棄式耳套3退出於感測頭2時，只需旋轉凸緣33 而使卡榫34旋出第二槽口 213，再由卡榫34置於第一槽口 212，此時並不需額外施力卡榫34即可脫離第一槽口 212 ，使可拋棄式耳套3不需額外施力即可脫落於感測頭2 , 進而讓可拋棄式耳套3易於安裝與退出感測頭2，增加操 作上之便利。 [0017] 參考第八至十圖所示，係本創作卡榫34之其他實施例 ，其中卡榫34除了為矩形凸塊341外，如第九圖所示，卡 榫34可為一V型凸塊342，此v型凸塊342可方便卡掣於溝 槽21，讓可拋棄式耳套3在製造上可放寬公差範圍，節省 製造成本。又，如第十圖所示，卡榫34可為一L型凸塊 343，此L型凸塊343可增加卡掣於溝槽21的固定性，提 高可拋棄式耳套3固置於感測頭2的穩定性。 [0018] 綜上所述，本創作之耳溫搶結構改良，確可達到預期之 使用目的，而解決習知之缺失，並具有產業利用性、新 穎性與進步性，完全符合新型專利申請要件，爰依專利 法提出申請，敬請詳查並賜准本案專利，以保障創作人 之權利。 【圖式簡單說明】 [0019]第一圖係本創作耳溫搶結構之立體分解圖。 表單編號A0101 第7頁/共20頁 M403995 [0020] 第二圖係本創作耳溫搶結構之組合示意圖。 [0021] 第三圖係本創作耳溫搶結構另一實施例之立體分解圖。 [0022] 第四圖係本創作耳溫搶結構另一實施例之組合示意圖。 [0023] 第五圖係本創作耳溫搶結構另一實施例之剖面示意圖。 [0024] 第六圖係本創作耳溫搶結構另一實施例之使用狀態示意 圖。 [0025] 第七圖係本創作耳溫槍結構另一實施例之立體組合圖。 [UO^b] 第八圖係本創作卡榫之剖面示意圖。 [0027]第九圖係本創作卡榫另一In order to achieve the above objectives, the present invention provides "g ear temperature grab structure improvement, including: a body; a sensing head, disposed on the body, the sensing 乂* * (the head is open near the end of the body) 4?% ί·堂楼η and a disposable earmuff, the inside has a capacity, the vacant space should be sensed by the head socket, and the card holder is smudged and the groove is fixed. [0008] The utility model has the following effects, wherein the groove has a first slot and a first slot which are in communication with each other, and the first slot is larger than the second slot, and the disposable ear can be disposed when the disposable ear cover is mounted on the sensing head The sleeve can be smoothly slid on the sensing head, and can be inserted into the first slot without additional force clamping, and then the rotating flange can be used to screw the cassette into the second slot; When the earmuffs are withdrawn from the sensing head, the rotating flange rotates the tabs out of the second slot, and the first slot can be separated without additional force, so that the ear thermometer is easy to form number A0101 page 4/ A total of 20 pages in the installation and exit of the sensor head, to increase the convenience of operation. In addition, the card is a V-shaped bump to facilitate the card in the ditch Cao, let the disposable earmuffs be loosened in manufacturing to save manufacturing costs; and the -L-shaped bumps can increase the ID of the card in the groove and improve the feel of the disposable earmuffs. [Embodiment] [0009] The detailed description and technical contents of the present invention will be described below in conjunction with the drawings, but the drawings are for illustrative purposes only and are not intended to limit the present invention. Referring to the first to second figures, the present invention provides an ear temperature grab structure improvement, and the ear temperature grab structure mainly includes a body 丨, a sensor head 2 and a disposable ear cover 3. [0011] 1 can be any shape, not limited, and an infrared sensing device is arranged in the body, and the infrared light emitted by the eardrum of the human body enters into the ear temperature, is received by the infrared sensing device, and calculates infrared rays. [0012] The sensing head 2 is disposed on the body 1, and the sensing head 2 is provided with at least one groove 21 at an end close to the body '. The groove 21 has a notch 211, wherein The sensing head 2 has a cone shape. The notch 211 has a rectangular shape, but is not limited thereto. [0013] The disposable ear cover 3 has a cover 31, and the cover 31 includes an open end 311 and a closed end 312 away from the open end 311, and the open end An accommodating space 32 is formed between the 311 and the closed end 312, and a flange 33 is connected to the open end 311. The flange 33 protrudes toward the accommodating space 32, and the accommodating space 32 corresponds to the sensing head. 2 sockets, the cassette 34 is embedded in the slot number 211 embedded in the form number A0101 page 5 / 20 pages [0014] delete 3995 and is clipped in the slot 211, so that the disposable earmuffs 3 are fixed to the sensing, The cassette 34 is a rectangular protrusion 341. The creation combination uses the user to hold the flange 33, and the accommodating space 32 is sleeved by the opening end 311 corresponding to the sensing head 2, and the cassette 34 is embedded and staggered. In the notch 211, the disposable ear cover 3 is fixed to the sensing head 2. Therefore, when the disposable ear cover 3 is mounted on the sensing head 2, the groove 21 is directly opened on the sensing head 2, so that the disposable ear cover 3 can smoothly slide on the sensing head 2, and the cassette 34 It is partially disposed on the disposable ear cover 3, so that the slot 211 can be embedded without requiring a large force applying the latch 34; similarly, when the disposable earmuff 3 is withdrawn from the sensing head 2, the cassette 34 is a The cloth is placed in the disposable ear cover 3, so that the cassette 34 does not need to fall on the sensing head «type ear cover 3^^^ head 2 when it is separated from the slot 211, thereby increasing the convenience of operation. [0015] Please refer to the third to seventh figures, which is another embodiment of the present ear temperature grabbing structure, wherein the grooves 2丨 have mutual commands, and the second slot 213' The first slot 212 is sized to be larger than the size of the slot 213, and the latch 34 is embedded in the first slot 212 to "make it into the second slot 213, wherein the first slot 212 and the second slot The notch 213 has a rectangular shape, but is not limited thereto. [0016] The combination of another embodiment of the present ear warming structure utilizes the user's hand-held flange 33, and the accommodating space 32 corresponds to the sensing head by the open end 311. The second sleeve 212 is inserted into the first slot 212 and screwed into the second slot 213 to be clamped by the second slot 213, so that the disposable ear cover 3 is fixed to the sensing head 2. When the disposable earmuffs 3 are mounted on the sensing head 2, as shown in the third to fourth figures, since the first notch 212 and the second notch 2丨3 are directly opened on the sensing head 2, the first 43⁄43⁄4 Α 0101 6 pages / a total of 20 pages M403995, and the size of the first notch 212 can not be stuck on the cassette 34, so that the disposable ear cover 3 can smoothly slide on the sensing head 2 without additional force It can slide into the first notch 212, and as shown in the fifth to sixth figures, the locking flange 33 is screwed into the second notch 21 3 by the rotating flange 33 and clamped by the second notch 21 3 , so that The disposable earmuffs 3 can be mounted on the sensing head 2 without additional force. When the disposable earmuffs 3 are withdrawn from the sensing head 2, the flange 33 is simply rotated to rotate the cassette 34 out of the second slot. The mouth 213 is further placed in the first slot 212 by the latch 34. At this time, the first slot 212 can be disengaged without additional force applying the latch 34, so that the disposable earmuff 3 can be applied without additional force. It is detached from the sensing head 2, and the disposable earmuffs 3 are easily installed and withdrawn from the sensing head 2, which increases the convenience of operation. [0017] Referring to the eighth to tenth drawings, the other of the writing cassettes 34 are In an embodiment, wherein the cassette 34 is in addition to the rectangular protrusion 341, as shown in the ninth figure, the cassette 34 can be a V-shaped protrusion 342, and the v-shaped protrusion 342 can be easily stuck in the groove 21, so that The disposable earmuffs 3 can be widened in manufacturing tolerance, and the manufacturing cost can be saved. Moreover, as shown in the tenth figure, the cassette 34 can be an L-shaped bump 343, and the L-shaped bump 343 can be added to the card. Groove 21 The stability is improved, and the stability of the disposable ear cover 3 is fixed on the sensing head 2. [0018] In summary, the ear temperature structure of the creation is improved, and the intended use can be achieved, and the conventional use can be solved. It is lacking, and has industrial utilization, novelty and progressiveness. It fully complies with the requirements of new patent applications and applies for patents. Please check and grant the patents in this case to protect the rights of the creators. [0019] The first figure is a three-dimensional exploded view of the ear temperature grabbing structure of the present invention. Form No. A0101 Page 7 / Total 20 pages M403995 [0020] The second figure is a combination diagram of the ear temperature grabbing structure of the present creation. [0021] The third figure is an exploded perspective view of another embodiment of the present ear temperature grabbing structure. [0022] The fourth figure is a combination diagram of another embodiment of the present ear temperature grabbing structure. [0023] The fifth figure is a schematic cross-sectional view of another embodiment of the present ear temperature grabbing structure. [0024] The sixth figure is a schematic diagram showing the state of use of another embodiment of the present ear temperature grabbing structure. [0025] The seventh figure is a perspective assembled view of another embodiment of the present ear thermometer structure. [UO^b] The eighth picture is a schematic cross-section of the creation card. [0027] The ninth picture is the creation of the card, another
MMm [m 第十圖係本創作卡榫又一實f 【主要元件符號說明】 [0029] 1…本體 [0030] 2…感測頭 [0031] 21…溝槽 [0032] 211…槽口 [0033] 212…第一槽口 [0034] 213…第二槽口 [0035] 3…可拋棄式耳套 [0036] 31…罩體 [0037] 311…開口端 表單編號A0101 . “ r nW::edu: J..,: 第8頁/共20頁 M403995 [0038] 3 12…封閉端 [0039] 32…容置空間 [0040] 33…凸緣 [0041] 34…卡榫 [0042] 341…矩形凸塊 [0043] 342…V型凸塊 [0044] 343…L型凸塊MMm [m The tenth figure is another real f] [Main component symbol description] [0029] 1... body [0030] 2... sensor head [0031] 21... groove [0032] 211... notch [ 0033] 212...first notch [0034] 213...second notch [0035] 3...disposable earmuff [0036] 31...cover [0037] 311...open end form number A0101 . "r nW:: Edu: J..,: Page 8 of 20 M403995 [0038] 3 12...closed end [0039] 32... accommodating space [0040] 33... flange [0041] 34... cassette [0042] 341... Rectangular bumps [0043] 342...V-shaped bumps [0044] 343...L-type bumps
表單編號A0101 第9頁/共20頁Form No. A0101 Page 9 of 20