TWI761985B - finger control device - Google Patents

finger control device Download PDF

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TWI761985B
TWI761985B TW109135260A TW109135260A TWI761985B TW I761985 B TWI761985 B TW I761985B TW 109135260 A TW109135260 A TW 109135260A TW 109135260 A TW109135260 A TW 109135260A TW I761985 B TWI761985 B TW I761985B
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finger
long groove
signal transmission
glove
signal
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TW109135260A
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Chinese (zh)
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TW202215206A (en
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范博勳
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范博勳
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Abstract

一種手指操控裝置，包括：一手套部與複數個指套部；其中，該手套部對應該指孔位置的表面分別形成有一長槽，每一長槽內分別配置有複數感應器並且以訊號傳輸線至一接頭；該等指套部分別供一手指穿過，每一個指套部軸向延伸地設有一感應桿；當該手套部與指套部配置於使用者的手掌與手指時，該等感應桿隨著使用者的手指活動而擺動，進而以多種角度進出長槽，從而長槽內的該等感應器感應該等感應桿而計算產生擺動角度的訊號，該訊號通過訊號傳輸線傳輸至與該接頭連接的藍牙裝置，以控制與該藍牙裝置匹配的電子產品的運作。 A finger control device, comprising: a glove part and a plurality of finger sleeve parts; wherein, the surface of the glove part corresponding to the position of the finger hole is respectively formed with a long groove, and each long groove is respectively equipped with a plurality of sensors and a signal transmission line to a joint; the finger cover parts are respectively for a finger to pass through, and each finger cover part is axially extended with a sensing rod; when the glove part and the finger cover part are arranged on the user's palm and fingers, the The sensing rod swings with the movement of the user's finger, and then enters and exits the long slot at various angles, so that the sensors in the long slot sense the sensing rod to calculate and generate a signal of the swing angle, and the signal is transmitted to the other through the signal transmission line. The bluetooth device connected to the connector is used to control the operation of the electronic product matched with the bluetooth device.

Description

手指操控裝置 finger control device

本發明涉及一種手指操控裝置，特別是藉由感應手指的動作與次數而轉換為藍牙訊號以控制電子產品的裝置。 The invention relates to a finger control device, in particular to a device for controlling electronic products by sensing the movements and times of fingers and converting them into bluetooth signals.

藍牙(Bluetooth)是一種使用短波特高頻無線電波進行無線傳輸的技術標準，用來讓固定裝置與行動裝置在短距離間交換資料，以形成個人區域網路；其應用遍佈在電信、電腦、網路與消費性電子產品上；例如，智慧型手機、平板電腦、虛擬實境(VR)頭罩、耳機、GOOGLE眼鏡、多媒體播放器、...等等。使用者可以通過藍牙配對，將這些便攜裝置中的資訊與電子裝置中的系統實現共享。 Bluetooth (Bluetooth) is a technical standard that uses short-baud high-frequency radio waves for wireless transmission. It is used to exchange data between fixed devices and mobile devices in a short distance to form a personal area network; its applications are widely used in telecommunications, computers , Internet and consumer electronics; for example, smartphones, tablets, virtual reality (VR) headsets, headsets, GOOGLE glasses, multimedia players, ... and so on. The user can share the information in these portable devices with the system in the electronic device through Bluetooth pairing.

比如，可以讀取手機中的通訊錄，通過CUE系統的人聲識別功能直接進行語音撥叫；可以讀取手機或多媒體播放器中的音樂檔案，通過CUE系統在車內音響中播放，並在CUE系統的螢幕上顯示曲目名、歌詞和專輯封面圖像等。 For example, it can read the address book in the mobile phone, and directly make a voice call through the voice recognition function of the CUE system; it can read the music files in the mobile phone or multimedia player, play it in the car audio through the CUE system, and make a voice call in the CUE system. The system's screen displays the track name, lyrics, and album cover image, etc.

此外，藍牙還可以用於在不同的電子裝置之間進行無線連線，例如連線電腦和外圍裝置，如：印表機、鍵盤等，又或讓個人數位助理(PDA)與其它附近的PDA或電腦進行通訊。具備藍牙技術的手機可以連線到電腦、PDA甚至連線到免持聽筒。 In addition, Bluetooth can also be used to wirelessly connect different electronic devices, such as connecting computers and peripheral devices, such as printers, keyboards, etc., or connecting personal digital assistants (PDAs) with other nearby PDAs or computer for communication. Mobile phones with Bluetooth technology can be wired to computers, PDAs and even to speakerphones.

雖然藍牙傳輸技術已普遍被使用，但傳統上在實際進行操作時仍然必須藉由手指按壓按鍵或碰觸觸控螢幕以獲取需要的功能，因此仍非十分方便。 Although the Bluetooth transmission technology has been widely used, traditionally, it is still not very convenient to press buttons or touch the touch screen to obtain the required functions during actual operation.

目前十分流行的VR虛擬實境裝置或電子遊戲裝置在以藍牙進行裝置之間的資訊傳輸時，則必須由使用者的手拿持相關的手持式裝置進行操作。 When the currently very popular VR virtual reality device or electronic game device uses Bluetooth to transmit information between devices, the user must hold the relevant handheld device to operate.

本發明的目的在於提供一種藉由感應手指的動作與次數而轉換為藍牙訊號以控制電子產品的手指操控裝置。 The purpose of the present invention is to provide a finger manipulation device for controlling electronic products by sensing the movements and times of fingers and converting them into Bluetooth signals.

本發明提供的手指操控裝置，可以包括：一手套部，具有一基部以及設於該基部的五個指孔，該等指孔分別供手部的五根手指穿過，對應該等指孔位置的該手套部外表面分別形成有沿著該指孔的軸向延伸的一長槽，每一該長槽內分別配置有複數感應器，每一該長槽內的該等感應器分別連接一訊號傳輸線，該等訊號傳輸線埋設於該手套部內部，該基部設有可連接藍牙裝置的一接頭，該接頭與該等訊號傳輸線電性連接；以及複數個指套部，用以分別供一手指穿過，每一個該指套部軸向延伸地設有可被容納於該長槽內的一感應桿；其中，當該手套部配置於使用者的手掌並且該等指套部配置於手指時，該等感應桿隨著使用者的手指活動而擺動，進而以多種角度進出該長槽，從而該長槽內的該等感應器感應該等感應桿而產生訊號，該訊號通過該訊號傳輸線傳輸至與該接頭連接的該藍牙裝置，以控制與該藍牙裝置匹配的一電子產品的運作。 The finger manipulation device provided by the present invention may include: a glove portion having a base portion and five finger holes provided on the base portion, the finger holes are respectively for the five fingers of the hand to pass through, corresponding to the positions of the finger holes The outer surface of the glove portion is respectively formed with a long groove extending along the axial direction of the finger hole, each of the long grooves is respectively equipped with a plurality of sensors, and the sensors in each of the long grooves are respectively connected to a Signal transmission lines, the signal transmission lines are embedded in the glove part, the base part is provided with a connector that can be connected to a Bluetooth device, the connector is electrically connected with the signal transmission lines; Passing through, each of the finger cuffs extends axially with a sensing rod that can be accommodated in the long slot; wherein, when the glove portion is disposed on the user's palm and the finger cuff portions are disposed on the fingers , the sensing rods swing with the movement of the user's fingers, and then enter and exit the long groove at various angles, so that the sensors in the long groove sense the sensing rods to generate signals, which are transmitted through the signal transmission line to the Bluetooth device connected with the connector to control the operation of an electronic product matched with the Bluetooth device.

較佳地，每一該長槽內的該等感應器可以成對地配置在一電路板的相對兩側並且排列成二條直線，該電路板配置於該長槽內後，該二條直線排列的感應器位於該長槽內的相對兩側，使得感應桿可容納於相對兩側的感應器之間。 Preferably, the inductors in each long slot can be arranged in pairs on opposite sides of a circuit board and arranged in two straight lines. After the circuit board is arranged in the long slot, the two straight lines are arranged in two straight lines. The inductors are located on opposite sides of the long slot, so that the sensing rod can be accommodated between the inductors on the opposite sides.

較佳地，該感應桿可以為一金屬桿。 Preferably, the sensing rod can be a metal rod.

較佳地，該手套部的該等指孔的長度係分別對應五根手指之第一指節的長度，藉以避免套入指套部後影響手指的活動。 Preferably, the lengths of the finger holes of the glove portion correspond to the lengths of the first knuckles of the five fingers respectively, so as to avoid affecting the movement of the fingers after being inserted into the finger cuff portion.

藉由本發明提供的手指操控裝置，可以讓使用者藉由手指動作而控制配對之電子裝置的動作或功能，實現人機合一的舒適體驗。 By means of the finger control device provided by the present invention, the user can control the action or function of the paired electronic device through finger movements, thereby realizing a comfortable experience of man-machine integration.

1:手套部 1: Gloves

10:基部 10: Base

11:接頭 11: Connector

12a~12e:指孔 12a~12e: Finger hole

13b~13e:長槽 13b~13e: Long groove

14b~14e:訊號傳輸線 14b~14e: Signal transmission line

15b~15e:感應器 15b~15e: Sensor

2b~2e:指套部 2b~2e: finger cuff

21b~21e:感應桿 21b~21e: Induction lever

圖1為顯示本發明之手套部與指套部的結構暨其連接關係之立體示意圖；圖2為顯示本發明之手套部與指套部穿戴於使用者的手並且彼此連接之立體示意圖；圖3為顯示本發明之手套部與指套部穿戴於使用者的手並且手指呈筆直狀態時，感應桿位於手套部之長槽內之平面剖視示意圖；圖4為顯示本發明之手套部與指套部穿戴於使用者的手並且手指略微彎曲時，感應桿略微擺動離開手套部之長槽之平面剖視示意圖；以及圖5為顯示圖4所示之使用者的手進一步彎曲時，感應桿進一步擺動離開手套部之長槽之平面剖視示意圖。 1 is a schematic perspective view showing the structure of the glove portion and the finger cover portion of the present invention and their connection relationship; FIG. 2 is a schematic perspective view showing that the glove portion and the finger cover portion of the present invention are worn on the user’s hand and connected to each other; FIG. 3 is a plane cross-sectional schematic diagram showing that when the glove part and the finger cover part of the present invention are worn on the user's hand and the fingers are in a straight state, the sensing rod is located in the long groove of the glove part; FIG. 4 is a schematic diagram showing the glove part and the When the finger cover part is worn on the user's hand and the fingers are slightly bent, the sensing rod slightly swings away from the long groove of the glove part. A schematic cross-sectional plan view of the rod further swung away from the slot in the glove.

以下配合圖式及元件符號對本發明之實施方式做更詳細的說明，俾使熟習該項技藝者在閱讀本說明書後能據以實施。 The embodiments of the present invention will be described in more detail below with reference to the drawings and component symbols, so that those skilled in the art can implement them accordingly after reading the description.

如圖1所示，本發明提供的手指操控裝置，其較佳實施方式包括有一手套部1與複數個指套部2。其中，手套部1具有一基部10以及設置在基部10的五個指孔12a~12e，該等指孔12a~12e分別供手的五根手指穿過；例如，姆指穿過指孔12a，食指穿過指孔12b，中指穿過指孔12c，無名指穿過指孔12d，以及小指穿過指孔12e。更詳細地說，手套部1可以採用任何適當的材料(例如布材)製造成類似手套部的形態，但僅具有可以覆蓋手背(手掌的相對面)的基部10，而沒有覆蓋手掌的部分，亦即基部10為對應手背的片狀材料；指孔12a~12e分佈於基部10的前側，並且分別具有不等長度而分別對應於一般人的五根手指的第一指節長度。 As shown in FIG. 1 , the preferred embodiment of the finger manipulation device provided by the present invention includes a glove part 1 and a plurality of finger cover parts 2 . Wherein, the glove part 1 has a base part 10 and five finger holes 12a-12e arranged in the base part 10, and the finger holes 12a-12e are respectively for the five fingers of the hand to pass through; for example, the thumb passes through the finger holes 12a, The index finger is passed through the finger hole 12b, the middle finger is passed through the finger hole 12c, the ring finger is passed through the finger hole 12d, and the little finger is passed through the finger hole 12e. In more detail, the glove part 1 can be made of any suitable material (such as cloth) in a shape similar to the glove part, but only has a base part 10 that can cover the back of the hand (opposite surface of the palm) without covering the part of the palm, That is, the base 10 is a sheet-like material corresponding to the back of the hand; the finger holes 12a-12e are distributed on the front side of the base 10, and have unequal lengths corresponding to the first knuckle lengths of five fingers of an average person.

例如，指孔12a的長度對應姆指第一指節的長度，使得姆指穿過指孔12a後讓姆指的第一指節被指孔12a包覆；指孔12b的長度對應食指第一指節的長度，使得食指穿過指孔12b後讓食指的第一指節被指孔12b包覆；指孔12c的長度對應中指第一指節的長度，使得中指穿過指孔12c後讓中指的第一指節被指孔12c包覆；指孔12d的長度對應無名指第一指節的長度，使得無名指穿過指孔12d後讓無名指的第一指節被指孔12d包覆；以及指孔12e的長度對應小指第一指節的長度，使得小指穿過指孔12e後讓小指的第一指節被指孔12e包覆。 For example, the length of the finger hole 12a corresponds to the length of the first phalanx of the thumb, so that after the thumb passes through the finger hole 12a, the first phalanx of the thumb is covered by the finger hole 12a; the length of the finger hole 12b corresponds to the first phalanx of the index finger The length of the phalanx is such that the first phalanx of the index finger is covered by the finger hole 12b after the index finger passes through the finger hole 12b; The first phalanx of the middle finger is covered by the finger hole 12c; the length of the finger hole 12d corresponds to the length of the first phalanx of the ring finger, so that the first phalanx of the ring finger is covered by the finger hole 12d after the ring finger passes through the finger hole 12d; and The length of the finger hole 12e corresponds to the length of the first phalanx of the little finger, so that after the little finger passes through the finger hole 12e, the first phalanx of the little finger is covered by the finger hole 12e.

前述的第一指節是指手指之根部至第一個關節的距離，因此，當各手指穿過各指孔12a~12e後，各手指的第二指節與第三指節會露出各指孔12a~12e。 The aforementioned first knuckle refers to the distance from the root of the finger to the first joint. Therefore, after each finger passes through each finger hole 12a-12e, the second and third knuckles of each finger will be exposed. Holes 12a~12e.

對應指孔12b~12e位置的手套部1的外表面分別形成有分別沿著指孔12b~12e的軸向延伸的長槽13b~13e，每一長槽13b~13e內分別配置有複數個感應器15b~15e，該等感應器15b~15e分別連接一訊號傳輸線14b~14e，該等訊號傳輸線14b~14e埋設於手套部1內部；此外，手套部1的基部10還設有可連接藍牙裝置(圖中未顯示)的接頭11，該接頭11與該等訊號傳輸線14b~14e電性連接，使得藍牙裝置與該等感應器15b~15e產生訊號連接。 Long grooves 13b to 13e extending along the axial direction of the finger holes 12b to 12e are respectively formed on the outer surface of the glove portion 1 corresponding to the positions of the finger holes 12b to 12e, and each long groove 13b to 13e is respectively provided with a plurality of sensors The sensors 15b-15e, the sensors 15b-15e are respectively connected to a signal transmission line 14b-14e, and the signal transmission lines 14b-14e are embedded in the glove part 1; in addition, the base part 10 of the glove part 1 is also provided with a bluetooth device that can be connected The connector 11 (not shown in the figure) is electrically connected with the signal transmission lines 14b-14e, so that the Bluetooth device and the sensors 15b-15e generate signal connection.

更明確地說，每一長槽13b~13e內的感應器15b~15e係分別成對地配置在一電路板(圖中未顯示)的相對兩側並且排列成二條直線(如圖1所示)，該電路板配置於長槽13b~13e內後，該二條直線排列的感應器15b~15e位於長槽13b~13e內的相對兩側。較佳地，該成對配置的感應器15b~15e分別為紅外線發射器與紅外線接收器，紅外線發射器發射的紅外線由對應的紅外線接收器接收以產生訊號，反之，則沒有產生訊號。 More specifically, the inductors 15b to 15e in each of the long slots 13b to 13e are respectively arranged in pairs on opposite sides of a circuit board (not shown in the figure) and arranged in two straight lines (as shown in FIG. 1 ). ), after the circuit board is disposed in the long grooves 13b-13e, the two linearly arranged inductors 15b-15e are located on opposite sides of the long grooves 13b-13e. Preferably, the paired sensors 15b to 15e are respectively an infrared transmitter and an infrared receiver. The infrared light emitted by the infrared transmitter is received by the corresponding infrared receiver to generate a signal. Otherwise, no signal is generated.

本發明提供四個指套部2b~2e，用以分別供食指、中指、無名指及小指穿過，每一個指套部2b~2e的一端部軸向延伸地設有一適當長度的感應桿21b~21e，該等感應桿21b~21e可分別被容納於長槽13b~13e內的二排感應器15b~15e之間。 The present invention provides four finger cover parts 2b to 2e for passing through the index finger, middle finger, ring finger and little finger respectively. One end of each finger cover part 2b to 2e is axially extended with a sensing rod 21b to an appropriate length. 21e, the sensing rods 21b-21e can be respectively accommodated between the two rows of sensors 15b-15e in the long slots 13b-13e.

本發明的使用方式，係先將藍牙裝置通過傳輸線連接所述接頭11，然後將手套部1穿戴於使用者手背，以及將指套部2穿戴於手指(如圖2所示)，此時，感應桿21b~21e可以隨著使用者的手指活動而擺動(如圖3至圖5所示)，進而使感應桿21b~21e以多種角度進出長槽13b~13e，從而長槽13b~13e內的感應器15b~15e分別依感應桿21b~21e的擺動角度 來感應產生訊號，產生的訊號通過訊號傳輸線14b~14e傳輸至與接頭11連接的藍牙裝置，以控制與該藍牙裝置匹配的電子產品的運作。 The use method of the present invention is to connect the Bluetooth device to the connector 11 through the transmission line, then wear the glove part 1 on the back of the user's hand, and wear the finger cover part 2 on the finger (as shown in Figure 2). At this time, The sensing rods 21b-21e can swing with the user's finger movement (as shown in Fig. 3 to Fig. 5), so that the sensing rods 21b-21e enter and exit the long grooves 13b-13e at various angles, so that the long grooves 13b-13e The sensors 15b-15e of the sensor rods 21b-21e respectively according to the swing angle The generated signals are transmitted to the Bluetooth device connected with the connector 11 through the signal transmission lines 14b-14e, so as to control the operation of the electronic products matched with the Bluetooth device.

圖3至圖5係以手套部1穿戴於手部且指套部2b穿戴於食指為例進行說明，惟，該形態亦適用於指套部2c~2e穿戴於中指、無名指及小指的形態。例如，如圖3所示，當手指處於平直狀態時，感應桿21b經由指套部2b牽動而完全容納在長槽13b內，使得每一個感應器15b感應到感應桿21b的全部長度，因此，藉由微電腦計算判斷手指處於平直狀態而產生訊號，該訊號通過訊號傳輸線14b傳輸至與接頭11連接的藍牙裝置，以控制與藍牙裝置匹配的電子產品的運作。 3 to 5 illustrate the example in which the glove portion 1 is worn on the hand and the finger cover portion 2b is worn on the index finger. However, this form is also applicable to the form in which the finger cover portions 2c to 2e are worn on the middle finger, ring finger and little finger. For example, as shown in FIG. 3 , when the finger is in a straight state, the sensing rod 21b is completely accommodated in the long groove 13b by being pulled by the finger cover portion 2b, so that each sensor 15b senses the entire length of the sensing rod 21b, so , The microcomputer calculates and determines that the finger is in a straight state to generate a signal, which is transmitted to the Bluetooth device connected to the connector 11 through the signal transmission line 14b to control the operation of the electronic product matched with the Bluetooth device.

如圖4所示，當手指略微彎曲時，感應桿21b經由指套部2b牽動而略微擺動離開長槽13b，此時有一部分感應器15b沒有感應到感應桿21b，而只有感應桿21b的部分長度被感應到，因此，經由微電腦計算判斷手指處於微彎曲狀態而產生訊號，該訊號通過訊號傳輸線14b傳輸至與接頭11連接的藍牙裝置，以控制與藍牙裝置匹配的電子產品的運作。 As shown in FIG. 4 , when the finger is slightly bent, the sensing rod 21b is slightly swung away from the long groove 13b by being pulled by the finger cover portion 2b. At this time, some of the sensors 15b do not sense the sensing rod 21b, but only the part of the sensing rod 21b. The length is sensed. Therefore, the microcomputer calculates and determines that the finger is in a slightly bent state to generate a signal, which is transmitted to the Bluetooth device connected to the connector 11 through the signal transmission line 14b to control the operation of the electronic product matching the Bluetooth device.

如圖5所示，當手指再進一步更彎曲時，感應桿21b經由指套部2b牽動而更大幅度地擺動離開長槽13b，此時有更多感應器15b沒有感應到感應桿21b，而只有感應桿21b的更少部分長度被感應到，因此，經由微電腦計算判斷手指處於較大彎曲狀態而產生訊號，該訊號通過訊號傳輸線14b傳輸至與接頭11連接的藍牙裝置，以控制與藍牙裝置匹配的電子產品的運作。 As shown in FIG. 5 , when the finger is further bent, the sensing rod 21b swings away from the long groove 13b more greatly by being pulled by the finger cover portion 2b. At this time, more sensors 15b do not sense the sensing rod 21b, but Only a smaller part of the length of the sensing rod 21b is sensed. Therefore, it is determined by the microcomputer that the finger is in a larger bending state to generate a signal. The signal is transmitted to the Bluetooth device connected to the connector 11 through the signal transmission line 14b to control the Bluetooth device. Match the operation of electronic products.

因此，藉由本發明提供的手指操控裝置，可以讓使用者藉由手指動作而控制配對之電子裝置的動作或功能，實現人機合一的舒適體驗。 Therefore, with the finger control device provided by the present invention, the user can control the action or function of the paired electronic device through finger movement, thereby realizing a comfortable experience of man-machine integration.

以上所述者僅為用以解釋本發明之較佳實施例，並非企圖據以對本發明作任何形式上之限制，是以，凡有在相同之創作精神下所作有關本發明之任何修飾或變更，皆仍應包括在本發明意圖保護之範疇。 The above descriptions are only used to explain the preferred embodiments of the present invention, and are not intended to limit the present invention in any form. Therefore, any modification or change of the present invention should be made under the same creative spirit. , all should still be included in the scope of the intended protection of the present invention.

1:手套部 1: Gloves

10:基部 10: Base

11:接頭 11: Connector

12a~12e:指孔 12a~12e: Finger hole

13b~13e:長槽 13b~13e: Long groove

14b~14e:訊號傳輸線 14b~14e: Signal transmission line

15b~15e:感應器 15b~15e: Sensor

2b~2e:指套部 2b~2e: finger cuff

21b~21e:感應桿 21b~21e: Induction lever

Claims (3)

一種手指操控裝置，包括：一手套部，具有一基部以及設於該基部的五個指孔，該等指孔分別供手部的五根手指穿過，對應該等指孔位置的該手套部外表面分別形成有沿著該等指孔的軸向延伸的一長槽，每一該長槽內分別配置有複數感應器，且每一該長槽內的該等感應器係成對地配置在一電路板的相對兩側並且排列成二條直線，該電路板配置於該長槽內後，該二條直線排列的該等感應器位於該長槽內的相對兩側，每一該長槽內的該等感應器分別連接一訊號傳輸線，該等訊號傳輸線埋設於該手套部內部，該基部設有可連接藍牙裝置的一接頭，該接頭與該等訊號傳輸線電性連接；以及複數個指套部，用以分別供該手指穿過，每一個該指套部軸向延伸地設有可被容納於該長槽內的一感應桿；其中，當該手套部配置於使用者的手掌並且該等指套部配置於該手指時，該等感應桿隨著使用者的該手指活動而擺動，進而以多種角度進出該長槽，從而該長槽內的該等感應器感應該等感應桿而產生訊號，該訊號通過該訊號傳輸線傳輸至與該接頭連接的該藍牙裝置，以控制與該藍牙裝置匹配的一電子產品的運作。 A finger manipulation device, comprising: a glove portion with a base portion and five finger holes arranged on the base portion, the finger holes are respectively for five fingers of the hand to pass through, and the glove portion corresponding to the position of the finger holes A long groove extending along the axial direction of the finger holes is respectively formed on the outer surface, a plurality of inductors are respectively arranged in each long groove, and the inductors in each long groove are arranged in pairs On opposite sides of a circuit board and arranged in two straight lines, after the circuit board is arranged in the long groove, the inductors arranged in the two straight lines are located on opposite sides of the long groove, and each of the long grooves The sensors are respectively connected to a signal transmission line, the signal transmission lines are embedded in the glove part, the base part is provided with a connector that can be connected to a Bluetooth device, the connector is electrically connected with the signal transmission lines; and a plurality of finger cots Each of the finger sleeves is axially extended with a sensing rod that can be accommodated in the long groove; wherein, when the glove part is arranged on the palm of the user and the When the finger cover part is arranged on the finger, the sensing rods swing with the movement of the user's finger, and then enter and exit the long groove at various angles, so that the sensors in the long groove sense the sensing rods and move. A signal is generated, and the signal is transmitted to the bluetooth device connected with the connector through the signal transmission line to control the operation of an electronic product matched with the bluetooth device. 如請求項1所述的手指操控裝置，其中，該等感應桿為一金屬桿。 The finger manipulation device according to claim 1, wherein the sensing rods are metal rods. 如請求項1所述的手指操控裝置，其中，該等指孔的長度係分別對應該等五根手指之第一指節的長度。 The finger manipulation device according to claim 1, wherein the lengths of the finger holes correspond to the lengths of the first knuckles of the five fingers respectively.
TW109135260A 2020-10-13 2020-10-13 finger control device TWI761985B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI273467B (en) * 2003-08-18 2007-02-11 Apple Computer Input device, computing system having the input device, and portable media player
TW200839584A (en) * 2007-03-30 2008-10-01 Mitac Int Corp Non-contact type finger control system and method thereof
US20160162022A1 (en) * 2014-12-08 2016-06-09 Rohit Seth Wearable wireless hmi device
US20170215495A1 (en) * 2014-10-17 2017-08-03 Yamaha Corporation Data Glove
US20190025914A1 (en) * 2017-07-19 2019-01-24 Po-Hsun Fan Finger control device combinable with bluetooth functions

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI273467B (en) * 2003-08-18 2007-02-11 Apple Computer Input device, computing system having the input device, and portable media player
TW200839584A (en) * 2007-03-30 2008-10-01 Mitac Int Corp Non-contact type finger control system and method thereof
US20170215495A1 (en) * 2014-10-17 2017-08-03 Yamaha Corporation Data Glove
US20160162022A1 (en) * 2014-12-08 2016-06-09 Rohit Seth Wearable wireless hmi device
US20190025914A1 (en) * 2017-07-19 2019-01-24 Po-Hsun Fan Finger control device combinable with bluetooth functions

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