200409606 (1) 玖、發明說明 【發明所屬的技術領域】 本發明是關於在美容沙龍等的美容院中，把用來進行 美容治療各種施療（理療）器具，例如，將乳液噴到臉上 將肌膚冷卻下來的噴霧器具 '利用空氣的負壓來除去附加 在皮膚的表面的多餘的油脂或髒污的真空器具、反覆將皮 膚加熱冷卻加速血液循環來提高療效果之珀耳帖（Peltier )器具等，把治療者手持進行施療器具的這些器具，以下 垂狀態保持在美容機器的施療施具夾持裝置的改良。 【先行技術】200409606 (1) 发明 Description of the invention [Technical field to which the invention belongs] The present invention relates to applying various treatments (physical treatments) for beauty treatment in a beauty salon such as a beauty salon, for example, spraying a lotion on the face will Skin cooling spray device 'Peltier device that uses the negative pressure of air to remove excess grease or dirt on the surface of the skin, and repeatedly heats and cools the skin to accelerate blood circulation to improve the therapeutic effect Etc. The improvement of the treatment device holding device which holds the treatment instrument by the treatment person holding the treatment device in a drooping state in a beauty machine. [Advanced Technology]
以往的這種美容機器，例如，揭示於日本實開昭5 7 —74041號公報或新式樣登錄第975651號公報的構造。 在該新式樣公報中，揭示有：在可移動的腳架1的上端安 裝有控制部2，控制部2配置有用來顯示美容機器的動作 狀態的顯示面板2b，該美容機器安裝有用來控制各種美 容機器的操作開關2 a，在該控制部2的表面側安裝有以 下垂狀態保持多數的施療器具3的夾持裝置4。 [專利文獻]日本實開昭5 7 — 7404 1號公報 [專利文獻]日本新式樣登錄97 5 65 1號公報 【發明內容】 [發明欲解決的課題] 習知例子的包含美容機器的夾持裝置，其中將施療（ (2) (2)200409606 理療）器具3的施療者（美容師）所把持的部分從上方插 入來將其保持住的平面形狀是形成爲U字型。因此，例 如，操作上述操作開關或設定了施療器具3的操作時間之 後，在實際進行治療的情況在手持施療器具3的狀態，會 需要再操作啓動用的開關這樣的兩次手續的問題。 本發明爲了要解決這個問題，其目的是要提供一種美 容機器用施療器具夾持裝置，以光感應器來檢測出將施療 器具從夾持裝置拔出的動作，則可以驅動所抽出的施療器 具的驅動源而直接開始療程，並且，不管是甚麼形狀的施 療器具都可以確實地檢測出設置於夾持裝置及從其抽出的 動作。 [用來解決課題的手段] 本發明的美容機器用施療器具夾持裝置，是要達成上 述目的，第1發明，是收容有：配合各施療器具的形狀來 設定內徑及長度的平面來看爲U字型的夾持部、以及在 該夾持部的內周面側的配合上述各施療器具來設定高度位 置及方向的位置用來檢測上述夾持部的裝卸的感應器，當 該感應器檢測到施療器具脫離時，會驅動脫離的施療器具 的驅動源。 第2發明，在上述第1發明中，在上述驅動源的驅動 期間，如果上述感應器檢測到施療器具回到夾持部的話， 所設定的施療時間的進行會停止至下一次感應器檢測到施 療器具，第3發明，在上述第1發明中，上述感應器，會 -6 - (3) 200409606 將光線照射至施療器具，根據有無來自於該施療器具的反 射光線來檢測有無夾持部，、第4發明，在上述第1發明中 ，是將上述感應器裝卸自如地安裝於上述夾持部。| · 第5發明，在上述第1發明中，在上述夾持部的附近 設置有面板，將上述施療器具從夾持部卸下的話，在上述 面板顯示有上述施療器具的影像與施療時間，第6發明， 在上述第5發明中，上述施療時間可藉由操作開關的操作 來加以變更。Such a conventional beauty machine is disclosed in, for example, Japanese Unexamined Patent Publication No. 5 7-74041 or New Model Registration No. 975651. This new specification publication discloses that a control unit 2 is mounted on the upper end of the movable stand 1, and the control unit 2 is provided with a display panel 2b for displaying the operating state of a beauty machine. The operation switch 2 a of the beauty machine is provided with a holding device 4 for holding a large number of treatment instruments 3 in a drooping state on the surface side of the control unit 2. [Patent Document] Japanese Patent Publication No. 5 7 — 7404 [Patent Document] Japanese New Model Registration No. 97 5 65 1 [Summary of the Invention] [Problems to be Solved by the Invention] A conventional example includes clamping of a beauty machine A device in which a planar shape of a part held by a therapist (beautician) of the therapeutic ((2), (2) 200409606 physiotherapy) instrument 3 from above to hold it is formed in a U shape. Therefore, for example, after the above-mentioned operation switch is operated or the operation time of the treatment device 3 is set, when the actual treatment is performed while the treatment device 3 is being held, two procedures such as the operation of the start-up switch need to be operated again. In order to solve this problem, the present invention aims to provide a therapeutic device holding device for a beauty machine, which can detect the action of pulling out the therapeutic device from the holding device with a light sensor, and can drive the extracted therapeutic device. The driving source directly starts the course of treatment, and the treatment device provided in the holding device can be reliably detected and pulled out of the device regardless of its shape. [Means for Solving the Problems] The present invention aims to achieve the above-mentioned object by holding a therapeutic device holding device for a beauty instrument according to the present invention. The first aspect of the present invention is a plan view in which the inner diameter and length are set according to the shape of each therapeutic device A U-shaped clamping portion, and an inner peripheral surface side of the clamping portion that cooperates with each of the treatment instruments to set a height position and a direction position. The sensor used to detect the attachment and detachment of the clamping portion. When the device detects that the treatment device is detached, it drives the driving source of the detached treatment device. According to a second invention, in the first invention, if the sensor detects that the treatment instrument returns to the holding portion during the driving of the driving source, the progress of the set treatment time is stopped until the next time the sensor detects The treatment instrument, the third invention, in the above-mentioned first invention, the sensor is able to irradiate light to the treatment instrument, and detects the presence or absence of the clamping portion based on the presence or absence of reflected light from the treatment instrument. According to a fourth invention, in the first invention, the inductor is detachably attached to the holding portion. 5th invention, in said 1st invention, the panel is provided in the vicinity of the said clamping part, and when the said treatment instrument is detached from a clamping part, the said image of the said treatment instrument and the treatment time are displayed on the said panel, According to a sixth invention, in the fifth invention, the treatment time can be changed by an operation of an operation switch.
第7發明，是具備有：預先取得施療前的肌膚的水分 量、油脂量、肌膚彈性而加以儲存，並且在面板上得到上 述肌膚的診斷結果，且可顯示施療時間或施療溫度等的施 療條件的控制部、以及可自由裝卸地保持各施療器具，且 具有用來檢測施療器具脫離動作的感應器的夾持裝置，當 上述感應器檢測出上述施療器具從該夾持裝置脫離時，會 顯示藉由上述控制部所得到的關於該脫離的施療器具的施 療時間或施療溫度等的施療條件，並且控制施療器具的動 作。 第8發明，在上述第7發明中，可將藉由上述控制部 所得到的施療時間或施療溫度等的施療條件進行變更。 【實施方式】 以下根據圖面來說明本發明的美容機器的施療器具夾 持裝置的一實施方式。 第6圖是顯不美容機器全體的立體圖，與上述習知例 (4) (4)200409606 相同的圖號則顯示相同部分而省略說明。 在腳架1內收容了用來驅動施療（理療）器具3的泵 浦或電源等的驅動源，在控制部2則內藏有控制電路，會 藉由操作開關2a來儲存所操作的時間或溫度、或進行該 設定時間或溫度的變更、以及藉由來自於後述的光感應器 4 3 a的檢測出施療機器3從夾持部4 1脫離的訊號而使驅 動源作動。在面板2 b則會進行施療器具3的使用條件及 上述設定時間或溫度的顯示。 安裝在主體1的夾持裝置4，如第1圖及第2圖所示 ’是將兩個合成樹脂材料在上下方向拼合而成，在水平面 是形成爲圓弧狀，在平面方向來看是在前面側形成了複數 的夾持部41。而在圖示中，形成了 6個夾持部41，各夾 持部4的內徑及上下方向的長度是配合施療器具3的形狀 來形成的。用來讓來自於後述的光感應器的光線照射的窗 孔41a的位置也是在上下及左右方向交錯配置。 在上述夾持部4 1，是由：以透明樹脂所形成的保持 構件42、以及具有可自由裝卸地安裝在該保持構件42.的 光感應器43a的基板43所構成。保持構件42與基板43 全部是相同的形狀，保持構件42也可安裝在上述任何的 窗孔4 1 a，上述基板4 3也可裝卸自如地安裝在任何的保 持構件4 2。 保持構件4 2，是突出形成有嵌合於上述窗孔4 1 a內 的感應器窗部42a，在背面側則形成有用來固定基板43 的一對卡止爪部42b、42c。另一方面，在基板43是安裝 (5) (5)200409606 有由光電感應器所構成的光感應器43a，該光感應器43a 可以收容在上述感應器窗部42a內。 •相對於夾持部4 1的窗孔4 1 a是將保持構件42的感應 器窗部42a插入固定，在使基板43的光感應器43a位於 保持構件42的狀態下，藉由保持構件42的爪部42a、 42c來卡合固定基板43使其一體化。 如上述，由於夾持部4 1的窗孔4 1 a的方向及高度會 由於施療器具3而有所不同，在要作成上述窗孔4 1 a時， 也就是說，在夾持部4 1的成型時形成窗孔4 1 a的方向， 而對於高度，也是藉由在用來安裝保持構件42的位置的 底面形成隆起部41b，讓保持構件42決定預定的高度位 置及方向，藉此，也決定了光感應器4 3 a的光照射高度及 方向。 於是，來自於光感應器43a的光線照射在施療機器3 之後，反射光一定會返回光電感應器的受光器，而可正確 地檢測出施療機器3的拔出插入。於是，在上述控制部2 如果進行了施療器具3所進行的施療的設定的話，光感應 器43 a會檢測出施療器具3從保持構件42拔出的動作， 其訊號輸送到控制部2的話，該控制部3會驅動施療機器 3的驅動源。 在施療結束時間之前，由於某種理由施療者（美容師 )將施療器具3置回到保持構件42的情況，上述光感應 器4 3 a會檢測出施療器具3且將檢測訊號送到控制部2， 控制部2會暫時停止計時器的時間進行，當光感應器4 3 a -9- (6) 200409606 再次檢測到施療器具3時，則會作動來驅動驅動源 針對上述實施型態的控制部2的具體構造來加 〇 第7圖是控制部2的系統方塊圖，由操作開關 液晶面板2b所構成的顯示器2 1是與上述實施型態 在上述夾持裝置4，是藉由主施療器具31、主控 3 2、以及驅動源3 3構成了基本施療裝置，該主施 31是由：上述施療器具3也就是真空器31a、敲擊 、皮膚診斷器3 1 c所構成；主控制單元3 3是由： 制上述真空器3 la的吸引控制電路32a、用來控制 3 1 b的拍打器控制電路3 2b、與用來控制皮膚診斷 膚診斷電路32c所構成；而驅動源33，則是由： 述主控制單元3 2所控制的泵浦3 3 a、電磁線圈3 3 b 知的感應器部3 3 c(例如，從肌膚的水分的電阻値得 量，從該含水量得到含油量及肌膚彈性）所構成。 對於上述基本施療裝置可以設定選擇設備，作 擇施療裝置，是由：選擇施療器具34、選擇器具 元3 5、以及驅動源3 6所構成。該選擇施療器具3 4 :與基本施療裝置同樣的可自由裝卸地保持於夾持 的離子導入裝置34a、與淸潔刷34b所構成；而選 控制單元35，是由：用來控制上述離子導入裝置 離子導入裝置控制電路35a、與用來控制上述淸潔 的淸潔刷控制電路35b所構成；而驅動源36則是 由上述選擇器具控制單元3 5所控制的電流控制部 以說明 I 2a與 相同。 制單元 療器具 棒3 1b 用來控 拍打器 器的皮 藉由上 、及習 到含水 爲該選 控制單 ，是由 裝置3 擇器具 34a的 刷34b 由：藉 3 6a、 -10- (7) (7)200409606 與馬達3 6 b所構成。 3 7則是當施療時間經過時會發出蜂鳴聲音的揚聲 。上述的顯示器2 1與基本控制裝置的主控制單元3 2以及 選擇器具控制單元3 5則是藉由RS通訊電路來加以連接 〇 接下來，根據上述的系統方塊圖來說明動作。 與第8圖的流程圖一起說明進行肌膚診斷時的動作。 在初期的畫面狀態，如果感應器3 3 c脫離夾持裝置3 的話，在液晶面板2b上則會顯示人的臉部影像，並且讓 感應器3 3 c碰到該顏面部上的額頭部分來進行顯示（步驟 S 1 )。施療者是以略直角的角度來將感應器3 3 c的前端對 顧客的額頭進行碰觸。 3 8是處理電路，會將熟練的各施療者的經驗所得到 的各種治療的順序或施療時間的資料儲存在記憶體，從藉 由上述肌膚診斷電路32c所得到的肌膚的含水量、含油量 '肌膚彈性與儲存在上述記憶體的資料進行比較，選擇出 判斷爲最適合的施療順序及施療時間，而當在藉由上述感 應器3 3 c進行肌膚診斷時，在本發明中，是碰觸額頭、下 巴、左右的臉頰來進行四處肌膚診斷，將上述各部分的肌 膚的含水量、含油量、肌膚彈性的診斷結果的資料以曲線 狀表示，並且是用來儲存該資料的處理電路。The seventh invention is to provide treatment conditions such as obtaining the moisture content of the skin before treatment, the amount of oil and skin elasticity in advance, storing the skin diagnosis results on the panel, and displaying the treatment time and temperature. A control unit and a holding device for holding each treatment device detachably and having a sensor for detecting the detachment action of the treatment device. When the sensor detects that the treatment device is detached from the holding device, it displays The operation of the treatment instrument is controlled by the treatment conditions such as the treatment time and temperature of the treatment instrument obtained by the control unit. According to an eighth invention, in the seventh invention, the treatment conditions such as the treatment time and the treatment temperature obtained by the control unit can be changed. [Embodiment] An embodiment of a holding device for a therapeutic device of a beauty machine according to the present invention will be described below with reference to the drawings. Fig. 6 is a perspective view showing the entire beauty machine. The same drawing numbers as those in the conventional example (4) and (4) 200409606 show the same parts, and the description is omitted. A driving source such as a pump or a power source for driving the treatment (physical therapy) device 3 is housed in the tripod 1, and a control circuit is built in the control unit 2, and the time or The temperature or the set time or the temperature is changed, and the driving source is activated by a signal from the photo sensor 4 3 a described later that the treatment device 3 is detached from the holding portion 41. On the panel 2b, the use conditions of the treatment device 3 and the above-mentioned set time or temperature are displayed. As shown in FIG. 1 and FIG. 2, the holding device 4 mounted on the main body 1 is formed by assembling two synthetic resin materials in an up-down direction, and is formed in an arc shape in a horizontal plane, and is viewed in a plane direction. A plurality of clamping portions 41 are formed on the front side. In the figure, six gripping portions 41 are formed, and the inner diameter of each gripping portion 4 and the length in the vertical direction are formed in accordance with the shape of the treatment device 3. The positions of the window holes 41a for irradiating light from a photo sensor described later are also staggered in the vertical and horizontal directions. The holding portion 41 is composed of a holding member 42 formed of a transparent resin, and a substrate 43 having a photo sensor 43a detachably mounted on the holding member 42. The holding member 42 and the substrate 43 all have the same shape. The holding member 42 can also be installed in any of the above-mentioned window holes 41a, and the above-mentioned substrate 43 can be detachably mounted on any of the holding members 42. The holding member 42 is formed with a sensor window portion 42a protrudingly fitted into the window hole 41a, and a pair of locking claw portions 42b and 42c for fixing the substrate 43 are formed on the back side. On the other hand, the substrate 43 is mounted. (5) (5) 200409606 is provided with a photo sensor 43a composed of a photo sensor, and the photo sensor 43a can be housed in the sensor window portion 42a. In the window hole 4 1 a of the holding portion 41, the sensor window portion 42 a of the holding member 42 is inserted and fixed, and the photo sensor 43 a of the substrate 43 is positioned on the holding member 42 by the holding member 42. The claw portions 42 a and 42 c engage the fixed substrate 43 and integrate them. As described above, since the direction and height of the window hole 4 1 a of the holding portion 41 are different depending on the treatment device 3, when the above-mentioned window hole 4 1 a is to be made, that is, the holding portion 4 1 The direction of the window hole 41a is formed during the molding, and the height is also formed by forming a bulge 41b on the bottom surface of the position where the holding member 42 is installed, so that the holding member 42 determines a predetermined height position and direction. It also determines the light irradiation height and direction of the light sensor 4 3 a. Therefore, after the light from the light sensor 43a is irradiated to the treatment device 3, the reflected light will surely return to the photoreceptor's photoreceptor, and the removal and insertion of the treatment device 3 can be accurately detected. Therefore, if the setting of the treatment performed by the treatment device 3 is performed in the control unit 2, the light sensor 43a detects the movement of the treatment device 3 being pulled out of the holding member 42, and the signal is transmitted to the control unit 2. The control unit 3 drives a driving source of the treatment device 3. Before the end of the treatment, for some reason, the treatment device (beautician) returns the treatment device 3 to the holding member 42. The photo sensor 4 3a detects the treatment device 3 and sends a detection signal to the control unit. 2. The control unit 2 will temporarily stop the timer. When the light sensor 4 3 a -9- (6) 200409606 detects the treatment device 3 again, it will act to drive the drive source to control the above implementation type. The specific structure of the unit 2 is added. FIG. 7 is a system block diagram of the control unit 2. The display 21 composed of the operation switch liquid crystal panel 2b is the same as the embodiment described above in the clamping device 4, and is mainly treated by the main treatment. The device 31, the main control 3 2, and the driving source 3 3 constitute a basic treatment device. The main treatment 31 is composed of the above-mentioned treatment device 3, that is, a vacuum device 31a, a tap and a skin diagnostic device 3 1 c; the main control The unit 33 is composed of: a suction control circuit 32a for manufacturing the vacuum device 31a, a flapper control circuit 32b for controlling 3 1b, and a skin diagnosis circuit 32c for controlling the skin diagnosis; and a driving source 33, Then it is: The pump controlled by 3 2 3 a, the electromagnetic coil 3 3 b, and the known sensor portion 3 3 c (for example, the amount of water obtained from the skin's electrical resistance, and the oil content and skin elasticity obtained from the water content) . A selection device can be set for the basic treatment device. The selection treatment device is composed of a selection treatment device 34, a selection device 35, and a driving source 36. The selective treatment device 34 is composed of the iontophoresis device 34a and the cleaning brush 34b which can be detachably held in the same manner as the basic treatment device, and the optional control unit 35 is used to control the iontophoresis The device ion introduction device control circuit 35a and the cleaning brush control circuit 35b used to control the cleaning; the drive source 36 is a current control unit controlled by the selection device control unit 35 to explain I 2a and the same. The unit treatment device stick 3 1b is used to control the skin of the tapping device. The upper and lower sides are used to control the water. This is the control list. The device 34 selects the device 34a. The brush 34b is provided by: 3 6a, -10- (7 ) (7) 200409606 and motor 3 6 b. 37 is the sound of a beeping sound when the treatment time elapses. The above-mentioned display 21 is connected to the main control unit 32 of the basic control device and the selection appliance control unit 35 by an RS communication circuit. Next, the operation will be described according to the above-mentioned system block diagram. The operation at the time of skin diagnosis will be described with the flowchart in FIG. 8. In the initial screen state, if the sensor 3 3 c is disengaged from the holding device 3, a face image of a person is displayed on the liquid crystal panel 2 b, and the sensor 3 3 c is brought into contact with the forehead part of the face. Display is performed (step S 1). The therapist touches the front end of the sensor 3 3 c to the customer's forehead at a slightly right angle. 38 is a processing circuit that stores data on the order or duration of various treatments obtained from the experience of skilled practitioners in the memory, and the water content and oil content of the skin obtained from the skin diagnosis circuit 32c. 'Skin elasticity is compared with the data stored in the above-mentioned memory, and the treatment sequence and treatment time determined to be the most suitable are selected. When skin diagnosis is performed by the sensor 3 3 c, in the present invention, it is Touch the forehead, chin, and left and right cheeks to perform skin diagnosis everywhere. The diagnosis results of the water content, oil content, and skin elasticity of each part of the skin are shown in a curve, and it is a processing circuit for storing the data.
感應器1 1 a碰觸額頭的話，在液晶面板11 a會顯示現 在測定的畫面（步驟S 2 )，當肌膚診斷控制電路1 3 c結束測定時，對於上述 -11 - (8) (8)200409606 額頭部位的含水量、含油量、肌膚彈性的縱軸方向的測定 結果會顯示爲曲線的點或線（步驟3)。接著，碰觸顏面部 位上的右臉頰的部分來進行顯示（步驟4)，當施療者將感 應器1 1 a碰觸到右臉頰的話會進行現在測定中的顯示（步 驟 S5)。 利用肌膚診斷控制電路3 2 c完成測定的話，在橫軸方 向會追加顯示上述右臉頰部位的含水量、含油量、肌膚彈 性的測定結果（步驟S 6)。以下，同樣的，左臉頰及下巴的 部位的測定部位的顯示（步驟S 7)，是將測定結果朝橫軸方 向如第9圖所示顯示爲曲線狀（步驟S 8 )。 這些測定結果，也就是在縱軸對於含水量、含油量、 肌膚彈性的橫軸的測定部位的測定結果會儲存在記憶體（ 步驟S9)。上述各部分的測定結果，會在從顏面影像的各 部位拉出的拉出線顯示爲含水量、含油量、肌膚彈性的測 定結果的數値。顯示方法並不限定爲上述的顯示方法，經 常是使用連顧客都可以看出自己的臉的各部位的含水量、 含油量、及肌膚彈性。 儲存在記憶體中的測定結果的資料會被輸出到處理電 路3 8。在處理電路3 8，是儲存有已經熟練的技術者的經 驗中，對於各含水量、含油量、肌膚彈性的値的施療技術 或施療時間的基準資料，將處理電路3 8中的上述測定結 果的資料與預先儲存的基準資料進行比較，選擇出測定結 果的資料與基準資料最接近的資料，將所選擇的資料的施 療順序與施療時間顯示在液晶面板2b上。 -12- 200409606 Ο) 施療者會以上述液晶面板2 b所顯示的順序，例如， 針對上述最初順序是進行真空處理的情況的動作與第4圖 的流程圖一起來進行說明。/ 在液晶面板2b顯示了真空器的影像與施療時間（步驟 S 2 1 )。作爲其顯示方法，也可以在第一畫面顯示施療順序 的影像，在第二畫面顯示施療時間。 施療者將真空施療器具3 1 a從夾持裝置3卸下的話（ 步驟S22)，設置在該夾持裝置3的光感應器43a會成爲 導通狀態，經由吸引控制電路3 2 a讓泵浦3 3 a開始作動。 施療者拿著真空施療器具3 1 a來碰觸顧客臉上的所想 要進行的部位，藉由吸力來吸去附著在皮膚表面的多餘的 油脂或髒污。進行吸引操作的施療時間會減去進行操作的 時間（步驟S22)，在中途如果將真空施療器具31a拿回夾 持裝置3的話（步驟S 24)，上述時間的計時會在該時間點 停止（步驟S25)，而再次從夾持裝置3脫離的話則再進行 時間的計時，當施療時間結束時（步驟S26)，則會從揚聲 器37發出表示時間已經到了的蜂鳴聲（步驟S27)。 上述的真空施療結束的話，在液晶面板2b會以圖像 顯示下一次的施療內容（例如使化妝水有效地滲透的離子 導入療程等），並且顯示施療時間（步驟S2 8)，將上述真空 施療器具3 1 a置回到夾持裝置3，藉由將顯示在上述液晶 面板2b的下一個施療器具（離子導入裝置）從夾持裝置3 卸下，回到上述步驟S23進行與上述相同的動作。步驟 S2 1、22、24中所記載的真空裝置則替換成離子導入裝置 -13 - 200409606 (ίο) 當以預定的施療順序進行了施療時，則會進行是否全 部的施療已經結束的判斷（步驟S2 9)，如果判斷爲已_ ^ 成的話則會發出進行完成施療後的肌膚診斷的指令（步驟 S3 0) ’而如果判斷全部的施療還沒有結束，則會回到步驟 S 2 1如上述以影像顯不預定且未進行的施療內容，且顯示 施療時間。 在上述實施方式，雖然是藉由肌膚診斷的結果來自動 設定施療順序與施療時間’可是如果熟練的施療者想要以 個人的感覺來改變施療順序、縮短施療時間、或刪除施療 程序’則可藉由操作設置在顯示器1 1上的開關〗丨b來進 行變更。 如上述貫施方式’不需要在處理電路38進行肌膚診 斷結果的資料與預先設定資料的比較，例如，在美容沙龍 會在面板2b上顯示一般的施療順序與施療時間，施療者 也可以根據自己的經驗來變更施療順序或施療時間，或者 刪除施療內容來進行治療。 在施療者沒有進行上述肌膚診斷而要進行被施療者所 希望的一個或複數個施療的情況，當將用來進行該療程的 施療器具從夾持裝置3卸下時，也可讓該卸下的施療器具 的影像與施療時間顯示在面板2b，在該情況也可藉由操 作開關2 a來變更操作時間。 在上述實施方式，雖然是針對依據顯示在面板2b的 施療順序來進行施療的情況來加以說明，而在不管上述施 -14- (11) (11)200409606 療順序，而施療者將施療器具3 1從夾持裝置3抽出時， 則會顯示藉由上述肌膚診斷所得到的與上述抽出的施療器 具3 1相關的資料（施療時間等），並且進行施療器具3 1的 控制。 在上述實施方式，雖然是針對使用光感應器43 a來檢 測施療器具3的有無的情況來加以說明，而也可以變更爲 機械式開關、或容量感應器、或磁性開關等，而在上述步 驟S 2 1中，也可以與真空裝置的影像與施療影像的顯示同 時來使施療器具3作動。 [發明效果] 本發明如上述，是具有配合各施療器具的形狀來設定 內徑及長度，且由上視觀察呈U字型的夾持部，以及配 合該夾持部的內周面側的上述各施療器具，在所設定之高 度及方向的位置處，收容有用來檢測上述夾持部的裝卸動 作的感應器，當該感應器檢測到施療器具脫離時，會驅動 脫離的施療器具的驅動源，所以能讓施療作業簡單化且提 高作業的效率。 在上述驅動源的驅動期間，如果上述感應器檢測到施 療器具回到夾持部的話，所設定的施療時間的進行會停止 至下一次感應器檢測到施療器具，即使在途中中斷了已進 行過時間設定的療程，而實際進行施療的時間還是最初所 設定的時間，而能防止施療時間變短的施療誤差。 藉由使用光感應器來作爲感應器，則即使在美容沙龍 - 15- (12) (12)200409606 這樣有使用水的場所’也不用擔心機械式開關會因爲水造 成故障，藉由將包含電子部分的感應器的基板作成可裝卸 式的，則即使在故障的情況也可只將基板交換來使用。 將施療器具從夾持裝置卸下的話，由於是根據預先測 量的肌膚診斷所得到的施療時間或施療溫度等的施療條件 來進行施療器具的控制，所以不需要熟練就可以進行施療 ，而由於上述施療條件可藉由施療者來變更，所以具有可 以配合施療者的經驗來進行施療這樣的效果。 【圖式簡單說明】 第1圖是本發明的美容機器的施療器具夾持裝置的正 面圖。 第2圖是同上圖的橫剖面圖。 第3圖是同上圖的A — A線剖面圖。 第4圖是第3圖的B — B線剖面圖。 第5圖是顯示保持構件與基板的安裝關係的立體圖。 第6圖是美容機器全體的立體圖。 第7圖是美容機器的控制部的系統方塊圖。 第8圖是進行肌膚診斷的流程圖。 第9圖是顯示於進行肌膚診斷的結果的液晶面板的示 意圖。 第1 〇圖是藉由真空裝置來進行施療時的流程圖。 [圖號說明] -16- (13) (13)200409606 2 :控制部 2b :面板 3 :施療器具 3 1 c :肌膚診斷器 4 :夾持裝置 4 1 :夾持部 42 :保持構件 4 3 :基板 4 3 a :光感應器 - 17-When the sensor 1 1 a touches the forehead, the current measurement screen is displayed on the liquid crystal panel 11 a (step S 2). When the skin diagnosis control circuit 1 3 c ends the measurement, the above -11-(8) (8) 200409606 The measurement results of the moisture content, oil content, and skin elasticity in the vertical axis of the forehead area are displayed as curved points or lines (step 3). Next, touch the part of the right cheek on the face and face to perform the display (step 4). When the therapist touches the sensor 1 1 a to the right cheek, the current measurement is displayed (step S5). When the measurement is completed by the skin diagnosis control circuit 3 2 c, the measurement results of the water content, oil content, and skin elasticity of the right cheek region are additionally displayed in the horizontal axis direction (step S 6). Hereinafter, similarly, the display of the measurement site of the left cheek and chin area (step S7) is to display the measurement result in a curve shape as shown in Fig. 9 in the horizontal axis direction (step S8). These measurement results, that is, the measurement results on the horizontal axis of the water content, oil content, and skin elasticity measurement sites on the vertical axis are stored in the memory (step S9). The measurement results of the above parts are displayed on the pull-out lines drawn from the various parts of the facial image as the measurement results of the water content, oil content, and skin elasticity. The display method is not limited to the display method described above, and it is often used that even customers can see the water content, oil content, and skin elasticity of each part of their face. The data of the measurement results stored in the memory are output to the processing circuit 38. In the processing circuit 38, the reference data of the treatment technology or treatment time of each water content, oil content, and skin elasticity are stored in the experience of a skilled technician. The above measurement results in the processing circuit 38 are stored. The data is compared with the pre-stored reference data, the data closest to the measurement result and the reference data are selected, and the treatment sequence and treatment time of the selected data are displayed on the liquid crystal panel 2b. -12- 200409606 〇) The treatment will be described in the order shown on the liquid crystal panel 2 b, for example, the operation in the case where the above-mentioned first order is vacuum processing, together with the flowchart in FIG. 4. / The image of the vacuum device and the treatment time are displayed on the LCD panel 2b (step S 2 1). As a display method, an image of a treatment sequence may be displayed on a first screen, and a treatment time may be displayed on a second screen. When the therapist removes the vacuum treatment device 3 1 a from the holding device 3 (step S22), the photo sensor 43 a provided in the holding device 3 will be turned on, and the pump 3 will be passed through the suction control circuit 3 2 a 3 a starts to move. The therapist holds the vacuum treatment device 3 1 a to touch the desired part of the customer's face, and uses suction to remove excess oil or dirt attached to the skin surface. The treatment time for the suction operation is reduced by the operation time (step S22). If the vacuum treatment device 31a is returned to the holding device 3 in the middle (step S24), the timing of the above time will stop at this time ( (Step S25), and if it is detached from the holding device 3 again, the time is counted again. When the treatment time is over (Step S26), a beep sound indicating that the time has come out from the speaker 37 (Step S27). When the above-mentioned vacuum treatment is completed, the liquid crystal panel 2b displays an image of the next treatment (for example, an iontophoresis course that effectively penetrates the toner), and displays the treatment time (step S28), and the vacuum treatment is performed. The device 3 1 a is returned to the holding device 3, and the next treatment device (ion introduction device) displayed on the liquid crystal panel 2 b is removed from the holding device 3, and the operation returns to step S23 to perform the same operation as described above. . The vacuum device described in steps S2 1, 22, and 24 is replaced with an iontophoresis device-13-200409606 (ίο) When the treatment is performed in a predetermined treatment sequence, a judgment is made as to whether all the treatments have been completed (step S2 9), if it is judged that it has been completed, it will issue an instruction for skin diagnosis after the completion of the treatment (step S3 0) '; if it is judged that all the treatments have not ended, it will return to step S 2 1 as described above The image shows unscheduled and untreated treatment content, and displays the treatment time. In the above-mentioned embodiment, although the treatment sequence and treatment time are automatically set based on the results of skin diagnosis, if the skilled therapist wants to change the treatment sequence, shorten the treatment time, or delete the treatment procedure according to personal feelings, The change is made by operating a switch provided on the display 11. As described above, it is not necessary to compare the skin diagnosis result data with the preset data in the processing circuit 38. For example, in a beauty salon, the general treatment sequence and treatment time will be displayed on the panel 2b. Experience to change the treatment sequence or treatment time, or delete the treatment content for treatment. In the case where the treatment person does not perform the above-mentioned skin diagnosis and one or more treatments desired by the treatment person are performed, when the treatment device used to perform the treatment is removed from the holding device 3, the removal may also be performed. The image of the treatment instrument and the treatment time are displayed on the panel 2b. In this case, the operation time can also be changed by operating the switch 2a. In the above-mentioned embodiment, although the case where the treatment is performed according to the treatment sequence displayed on the panel 2b is explained, regardless of the above-mentioned treatment sequence of -14- (11) (11) 200409606, the person who applies the treatment will apply the treatment device 3 1 When extracted from the holding device 3, data (treatment time, etc.) related to the extracted treatment device 31 obtained by the skin diagnosis is displayed, and the treatment device 31 is controlled. In the above-mentioned embodiment, although the case where the presence or absence of the treatment instrument 3 is detected using the light sensor 43a is described, it may be changed to a mechanical switch, a capacity sensor, or a magnetic switch. In S 2 1, the treatment instrument 3 may be operated simultaneously with the display of the image of the vacuum device and the treatment image. [Effects of the Invention] As described above, the present invention has a clamping portion that sets an inner diameter and a length according to the shape of each treatment instrument, and has a U-shape when viewed from above, and an inner peripheral surface side that fits the clamping portion. Each of the above-mentioned therapeutic instruments has a sensor for detecting the mounting and unloading operation of the clamping portion at a position of a set height and direction. When the sensor detects that the therapeutic instrument is detached, it drives the detached therapeutic instrument. Source, so the treatment operation can be simplified and the operation efficiency can be improved. During the driving of the driving source, if the sensor detects that the treatment instrument returns to the gripping section, the progress of the set treatment time will stop until the next time the sensor detects the treatment instrument, even if the treatment is interrupted on the way The duration of the treatment course is set, and the actual treatment time is still the originally set time, which can prevent the treatment error in which the treatment time becomes shorter. By using a light sensor as a sensor, even in places where water is used such as beauty salons-15- (12) (12) 200409606, there is no need to worry about mechanical switches causing malfunction due to water. Part of the sensor's substrate is made detachable. Even in the case of a failure, the substrate can be replaced only by using it. When the treatment device is detached from the holding device, the treatment device is controlled based on the treatment conditions such as the treatment time or temperature obtained from the skin diagnosis measured in advance, so the treatment can be performed without skill. Since the treatment conditions can be changed by the person who is treating, the effect is that the treatment can be performed in accordance with the experience of the person who is treating. [Brief Description of the Drawings] Fig. 1 is a front view of a holding device for a therapeutic device of a beauty instrument of the present invention. Figure 2 is a cross-sectional view of the same figure. Fig. 3 is a sectional view taken along the line A-A of the same figure. Fig. 4 is a sectional view taken along the line B-B in Fig. 3. FIG. 5 is a perspective view showing a mounting relationship between the holding member and the substrate. Fig. 6 is a perspective view of the entire beauty equipment. Fig. 7 is a system block diagram of a control unit of the beauty machine. FIG. 8 is a flowchart of skin diagnosis. Fig. 9 is a schematic view of a liquid crystal panel showing the results of skin diagnosis. FIG. 10 is a flowchart when the treatment is performed by a vacuum device. [Explanation of drawing number] -16- (13) (13) 200409606 2: Control section 2b: Panel 3: Treatment device 3 1 c: Skin diagnostic device 4: Holding device 4 1: Holding section 42: Holding member 4 3 : Substrate 4 3 a: Photo sensor-17-