TW583594B - Fingerprint image inputting device - Google Patents

Abstract

A fingerprint image inputting device is provided which is capable of performing stable pressing of a finger against a finger pressing surface. A finger pressing surface of a fingerprint image sensor and a panel surface of a housing are put in one plane. Scanning of a fingerprint image or the finger is achieved by pressing the finger against the finger pressing surface so that the fingerprint image sensor is rotated about a hinge in a recess.

Description

583594 V. Description of the invention (1) Field of the invention The present invention relates to video. Conventional technical description Traditionally, fingerprints uniquely identify the body shape of a person; like input, the user places his finger on the body and reads it. However, the traditional finger is concealing the finger in the scanner. Therefore, sometimes it is determined that when scattered on the handprint, the user often chooses to use only the fingertip to press the position, direction or That is to say, the area of the fingertips will also appear on the fingerprints along the edge. That is to say, people will naturally area or the root of the fingerprint (the main finger of the scanner is to solve the above difficulties: a fingerprint image input device is used to input the fingerprint image input device is a security mechanism used to input the fingerprint image as a piece of information In general, traditionally, there is a scanner that reads fingerprints in an image format. When the scanning surface of the scanner is made, the fingerprint image can be borrowed. It is difficult to find a suitable place to place the fingerprint image on the surface of the device. The scan image of the fingerprint caused by the hand is not complete. The distribution and shape of the thread of each part of the fingerprint are characteristic, and the scanning fingers will touch the scanner with their fingertips. The reason why the user contacts the scanner may be because When one-press action, it is natural to choose to use people naturally. Therefore: often people will move vertically along the phalanx of the finger1, and many fingerprint features ~ θ February two sides in the vertical direction and the periphery of the fingers: use J Use a flat-positioned fingerprint image input device to press slightly without including the abdomen of the finger and its surroundings fj: ..., that is, scan the fingerprint image to make the server complete Fingerprint images are not easy to obtain. 4. Japanese Published Patent Application No. 4-36 7984 583594 V. Description of the Invention (2) The 'j-shirt-like' input device provides a solution, in which a transparent body is provided, and the fingers can follow The position of the finger causes it to rotate along a rotation axis to ensure that a complete fingerprint image is obtained. Not only here, the fingerprint image input device disclosed in Japanese Patent Application Laid-Open No. 2000-293669, a fingerprint image sensor body has : The image sensor can rotate along the axis to complete the read fingerprint image. However, the $ grain image input device disclosed in Japanese published patent application No. 4367367984 has created a problem, that is, The center of the transparent body is located on the rotation axis. Therefore, when the transparent body rotates, the bottom of the transparent body is large from the upper surface of the housing, which will cause the transparent body to raise its finger position while pushing the finger upward. As a result, the finger and the transparent body are not completely in close contact, so the pressing action between the finger and the transparent body is unstable, so that the fingerprint image reading is incomplete. 'Fingerprint image input device disclosed in Japanese Published Patent Application \ 0.200 0293293 has also created another problem. Since the hand pressing surface is located on the back of the box, it becomes difficult to press the finger on the finger pressing surface.' As a result, the fingerprint image reading is incomplete. Not only here, because all the above-mentioned disclosed fingerprint image input devices are flat-type fingerprint image sensors, the area required by the fingerprint image sensor is relatively large, and the fingerprint image is inputted together. Device cost increases. Based on the above, one of the objects of the present invention is to provide a fingerprint image input device that can stably press a finger on a finger pressing surface, = Η 2153-5145-PF (N) .ptd Page 583594 V. Description of the invention (3) ------ The fingerprint image wheel-in device uses a small sensor, which can reduce the manufacturing cost. In view of the first aspect of the present invention, a fingerprint image input device is provided, which includes: a housing; a concave portion located in the housing; and a supporting member connected to a surrounding portion of the concave portion; and a fingerprint image sensor A fingerprint pressing surface is externally fixed on the supporting member so that the supporting member can rotate smoothly; wherein the finger pressing surface is located on the same plane as an outer portion of the housing. In addition, in the implementation of a preferred mode, it further includes a rotation detection device for rotating the support member and guiding the fingerprint image sensor to actually rotate toward the inside of the recess, wherein when the rotation detection device confirms the fingerprint When the image sensor has been guided to rotate to a specific position, the fingerprint image sensor then executes a function to read the fingerprint image of the finger pressed on the finger pressing surface. In addition, a preferred mode further includes a restoration component for guiding the fingerprint image sensor to move outside of one of the recesses, wherein when the finger is pressed against the finger pressing surface, the fingerprint image sensor will follow The opposite direction of the restoring force received by the restoring member is turned toward the recess. Furthermore, in a preferred mode, the restoration member includes a spring member. Not only here, in a preferred mode, the fingerprint image sensor is an optical sensor for detecting light, and the recess is provided in the recess.

2153-5145-PF (N) .ptd Page 6 583594 Five 'Explanation of the invention (4)' The finger presses the finger on the surface '# In the fingerprint, the light reflected from the light source on the finger is reflected by the first section of the invention. Two-shaped release clip-. The device includes: ~, from the perspective, it is provided with a fingerprint image input, a support member, connected to a shell; the branch structure Γ: has-finger press • surface fixed to Dinggong A fork The holding member can be rotated smoothly; the fingerprint image sensor is located at a position parallel to the rotation axis of the sensor receiving member; and the switch mechanism is used to receive the member by rotating the sensor. So that the 2 image sensors can move with the finger pressing surface; when the pattern image sensor moves on the finger pressing surface, it is the same as the fingerprint image of the finger on the finger pressing surface. The components are grouped by: comparison;; = its nr conversion mechanism is-impeached. One section of the elastic member is connected to the fingerprint image sensor. The second member is connected to the housing. The elastic member changes according to the position " V. When the member is rotated, the elastic member is received by the sensor accommodation structure. In the mode of "wherein", by pressing a finger until the finger moves, the surface, the sensor receiving member will rotate and move toward the recess. In addition, in a preferred mode, a restoration member is used to guide the fingerprint image. Page 7 2153-5145.PF (N) .ptd 583594

V. Description of the invention (5) When the image sensor moves to one of the recesses and the finger presses on the surface, the opposite direction of the restoring force to the sensing element turns. In a preferred mode, the element 0 is two. 'Where, when the Pressing the finger to the accommodating member will move with the restoration and enter the recess. Wherein, the restoration member includes a spring structure, and the system of the sensor receiving member is located on the same plane. The finger presses on the finger pressing surface Not only here, in a preferred mode, the finger pressing surface and one of the shells are external.

With the above-mentioned configuration device, the fingerprint image sensor can be reduced, and its fingerprint detection input function * is reliable and stable, and its manufacturing cost can be reduced. Detailed description of the invention One or more preferred embodiments listed below will be described in detail in conjunction with the accompanying drawings. First embodiment

Figures 1A and 1B are side views showing the use state of the fingerprint image input device according to the first embodiment of the present invention. Figure 丨 A shows the state when the finger 10 contacts the fingerprint image sensor 11 on the finger pressing surface 丨 4, and Figure 1B shows the finger 1 〇 presses the fingerprint image sensor 丨 丨 to enter the fingerprint image sensor 1 1 Of the recesses 1 5. Fig. 2 is a front view showing the use state of the fingerprint image input device according to the first embodiment of the present invention. Figures 3A and 3B are perspective views showing the use state of the fingerprint image input device according to the first embodiment of the present invention. Figure 3A shows finger press

2153-5145-PF (N) .ptd # page 583594 V. Description of the invention (6) The state where the pressing surface 14 has not been pressed, and FIG. 3B shows the state where the finger is pressed on the surface 14. As shown in FIGS. 1A and 1B, the fingerprint image input device according to the first embodiment includes a housing 16 and a housing 6 having an external surface panel 3 located on the outer surface of the fingerprint image sensor. The flat fingerprint image sensor 11 has a transparent finger-pressing plane 14 on its outer surface, a hinge, which is fixed to a recessed portion 5 on the housing 5, and the recessed portion 5 accommodates the image sense of mosquitoes. 11 The fingerprint image sensor 丨 can rotate and enable the fingerprint image sensor 11 to move outward through a spring member (hereinafter referred to as a spring mechanism). The finger pressing surface 14 is located on the same plane as the outer surface of the case 16. Figure V ^ Only here, the fingerprint image input device also has a -stop member No), which uses the restoring force of the spring mechanism to prevent outfitting

The mechanism causes the fingerprint image sensor 11 to protrude from the outer surface of the housing 16 ^ H; 3 The arrangement of the stop member can make the fingerprint image feel the contact with the stopping member through the spring restoring force, ^ ^ ^ on ^ pressing surface 1 4 is on the same plane as the outer surface of the housing 16. The cup line is a trace ... | The clothes removal panel 1 3 can be located in the optical fingerprint protection qU-type fingerprint image sensor 11 which can be composed or other equivalents, σ 1 ', the second W image sensor surface, can be on the finger 10 close to the finger press table] New 2: The image can be obtained by a smooth test.), The support member (coward_face) in the elastic yellow mechanism is used to make the fingerprint image library cry 11 Ming Fan u dry (figure not shown). The rotation angle of the pivot 12 to the outer surface of the housing 16 is between 10 and 50 degrees. When the finger presses 583594, the description of the invention (7) surface 1 4 is not fingered. When pressing, the finger pressing surface 丨 4 and the outer surface panel 13 of the housing 丨 6 are located on the same plane, and when the user presses with his finger to touch and press the pressing surface 1 4 into the recess 15, the fingerprint image sensor 1 1 will be pressed into the recessed portion 15 with the restoring force of the spring mechanism. According to FIG. 2, according to the embodiment of the present invention, when the user wants to input a pattern, when the first joint of the finger 1 〇 When in place and the finger pressing surface Η is pressed against the recessed point 15 with the tip of the finger 10, the hinge 1 2 At the same time, it is positioned so that the fingerprint image can be input under the state of a slight bend of the finger. With reference to Figures 1 and 2, the operation of the fingerprint image input device according to the first embodiment is described below. According to Figures 1 and 1B, the user will The finger 10 is placed on the finger pressing surface 14 and pressed down in the direction of the recessed portion 5. The fingerprint image sensor 11 rotates along the hinge 12 and presses toward the recessed portion 15 and the rotation will stop at a specific position ( That is, in the limited position where the fingerprint sensor can rotate. Also, because the user's fingerprint contacts the finger to press the surface, the fingerprint image sensor 11 can scan the fingerprint completely. Not only here, by using the fingerprint image sensor 11 Continuously scan and read the fingerprint to obtain the determined fingerprint until the appropriate fingerprint image is completely obtained. In this implementation, there is no need to use a rotation detection unit that is used to confirm that the fingerprint image sensor 11 has been rotated to a specific position. This implementation In the example implementation, the fingerprint image sensor 丨 丨 does not need to be equipped with this rotation detection unit. '' The user presses the finger 10 directly on the finger pressing surface 14 with natural movement to complete the finger. Acquired as the fingerprint image input section 3A of the device shown, the inclination angle to the user moved his finger close to the scanner means (not not) as a natural finger pressing surface pressed Shu 4 in an embodiment in FIG. 33

2153-5145-PF (N) .ptd Page 10 583594 5. General description of the invention (8). Therefore, the hand is directed toward the recessed portion 15. At the same time, as shown in Figure 1B of Figure 1, the hand does not apply the force of the hand to the ground, and the finger is adjusted to the shape of the natural force, so that the hand can be used to enable the joint to be applied. The user will show a specific angle of the fingerprint, indicating that the end of the finger is only 10, and the finger on the side of the finger presses the finger on the finger. The pressure on the finger is only here. Because it refers to the user adjustment and pivot 1 2 of the 10, when the force is applied to the object that can be predicted by the hand, it is impossible to know that the finger presses on the surface of the finger, forming a degree of interposition, so that the fingerprint is rectified in a slightly curved manner. The surface energy may be caused by the human fist surface, rather than the hand surface. The surface 14 can be pressed on the surface 14 according to the above-mentioned finger 11 to achieve the best effect. The finger 10 is connected to make a knuckle and the mating finger 1 A corner is formed between 0 to respond to the input finger 1 0, and the application is first set to whether the force application action is performed on the finger 1 0. The centering saves 1 4 to perform pressing. The external surface can be pressed by the user when the finger and the finger pressing the head can hold it tightly. Refers to the force applied when 10 is straightened It is easy to reach, and enter the relevant square pattern image position, fruit. This is due to the contact area being larger than the contact area reaching the position of the hub 12 and the final degree. The operation is used within a certain range of 10 fingers. It does not produce that the button 12 has been completed, and the finger can be easily connected to the pressing surface 1 4 surface 1 4 through the hinge 12 plate 1 3 and the finger, compared with the flat place, at this time the finger 1 0 Turn and push 1A and up on the table and touch. Large curved surface can be fixed with a suitable device configuration. When the finger makes the finger 10 naturally feel normal, the finger 10 will maximize the user's fit, so that the finger 1 The operation of the elastic mechanism of the first finger of 0 will be reflected in the finger pressing the watch when a person exerts a force to a fixed dynamic response, thus causing the pressing action. Therefore, if the finger presses the surface 14 and page 11 ----- 5. Description of the invention (9) The design of different angles between one =, the user is likely to press too lightly and know the fingerprint area obtained: :: The device is damaged and the user is injured. Use the "example" pattern image input device to avoid the above problems. The first and fourth embodiment of the automobile is part of the side view of Figure 4 and 4B, which is used for table = image input device. From 4A to 4th rule, which: When; Refers to 1: Connected; the descriptions in Shanghai D to 38 are the same. Figure 4A shows the state of the finger on the surface of the image sensor 11 at the time: image I should be H. Γ means 10 press the fingerprint image sensor 11 to enter Pointing device: dpl5 of i. The rotation detection unit of the fingerprint image rotation according to the first embodiment. The first embodiment and the second detection sheet: Two: The same point is that the latter is provided with a rotation embodiment ... The configuration of the video wheel is the same as that of No. 4 and No. 4A. It is the same as La .. It is used to confirm whether it is flat; The image sensor 11 has been rotated to a special responder and two turns; 由 = 4 has the function. When the fingerprint image sensing action will be used as _; = 12 rotation '㈣ specific position after this-the scanner 11 has been rotated two =: Know the fingerprint image sensor 11 or fingerprint scan to make the fingerprint shadow "-reference time so that the finger is detected and the finger 10 has been positioned 'given , ~ Image sensor 11 can be turned on. This detection 2153-5145-PF (N) .ptd $ 12 page 583594 5. Description of the invention (ίο) The switch 4 can have a function to detect whether the fingerprint image sensor has been pressed or whether the button 12 has been rotated. When the detection switch is rotated to a specific position, the fingerprint is pressed on the transparent finger pressing surface. The third embodiment 5A and 5B is a partial side view of the third embodiment of the fingerprint image input test label component and the first 1A to 3B. In the figure, when the finger 10 is in contact with the fingerprint image sensing state, and FIG. 5B shows the recess 15 of the image sensor 11 of the finger 10 pattern. In FIGS. 5A to 5B, fingerprints are detected in a normal manner, that is, the fingerprint of the finger 10 can be read. Projected on the side or top of the finger 10. The detection method selected by the fingerprint image sensor 51 and the light source 52. According to the fingerprint implementation example of the second embodiment, the detection switch 5 3 is not a fingerprint image sensor 5 1. It can not only be used to indicate that the fingerprint is used for timing the light source. The image sensor 5 1 is turned to A specific simultaneous' can activate fingerprint image sensor off 4 found fingerprint image sensor 丨 丨 image sensor 1 1 began to execute the program to read the finger 1 on the 4 fingerprint. Figure 'is used to show the first arrangement according to the present invention. 5A to 5B, the descriptions are the same. Figure 5A shows the fingerprint image sensor 5 when the finger of the indicator 51 is pressed against the surface. The fingerprint image sensor 51 that enters the finger-type fingerprint image sensor 51 can be used to detect the light generated by the fingerprint against the light source 5 2 fixed to the recess 1 5 Lieutenant general. In other words, the light source can be supplied to the finger by pressing the finger. In the image input device, the design purpose as in the second embodiment is to measure that the finger i 0 is pressed to an appropriate position. In this example, the action of this image sensor 51 can also be used to use the detection switch 5 3, the light source 52 starts to emit light only after the fingerprint position, and the device 51 starts to operate, so that the power consumption can be reduced.

583594, invention description (11) to minimize. Fourth Embodiment FIGS. 6A and 6B are partial side views for illustrating a fingerprint image input device according to a fourth embodiment of the present invention. In FIGS. 6A to 6B, the reference numerals are the same as those described in FIGS. 1A to 3B. Fig. 6A shows a state where the transparent finger pressing surface 14 is not pressed. Fig. 6B shows a state where the finger 10 is in contact with the transparent sensor accommodation member 61 of the transparent finger pressing surface 14 '. Fig. 5C is a state where the finger 10 presses the transparent sensor accommodation member 61 into the recess 15.

According to FIGS. 6A to 6C, according to the fourth embodiment of the fingerprint image input device, the hinge 12 is connected to the housing 16, a transparent sensor receiving member 6j, and the transparent sensor receiving member 61 has a transparent finger press on the outside. Surface 14, = It can be rotated smoothly on the hinge 12. ―The linear fingerprint image sensor 62 is fixed parallel to the rotation axis of the transparent sensor receiving member 61, and is used as the conversion mechanism 63. The transparent sensor accommodating member 6 1 enables the fingerprint image sensor 62 to move with the transparent finger pressing surface 丨 4, wherein the fingerprint image sensor 62 reads and presses on the transparent finger pressing surface 14 when moving along the transparency. Hand fingerprint 0

Not only this, the transparent sensor receiving member 61 is composed of a flat plate hollow member =, and has a fingerprint image sensor 62 inside, which can be along the vertical direction of the rotation axis of the transparent sensor receiving member 61. Move in parallel. The transparent sensor accommodating structure 62 constitutes a fingerprint image sensing device. ~ Like E

2153-5145-PF (N) .ptd Page 14 583594 V. Description of the invention (12) Not only here 'The fingerprint image input device according to the fourth embodiment has a design of a restoration member (not shown) to make the transparent sensor capacity The setting member 6 moves in the direction of the recess 15, and when the finger is pressed to the transparent finger pressing surface i 4, the fingerprint image sensor 62 will follow the restoring force (not shown) of the restoration member. The opposite direction is turned toward the recessed portion 15. In the transparent sensor receiving member 61, at least one side of the transparent finger pressing surface 14 includes a transparent member. The transparent finger pressing surface 14 is tied to the H-shirt-like sensor 6 2 and can be parallel to the parallel sensor container. Move in the direction of the moving axis. The fingerprint image sensor 62 is used to mechanically read the fingerprint. Not only that, the fingerprint image sensor does not have to be installed inside the transparent sensor receiving member 61, and the lower part of the sensor receiving member 61 may be optional (such as directly opposite the pressing surface 14 of the transparent finger). # 纹 电影 ensor 6 2 must be moved along the transparent finger mechanically. According to this embodiment, the movement of the finger 10 pressing the transparent sensor can be performed by the motion conversion mechanism 63, ie, the image sensor is 6 2 direction. That is to say, 明明: means pressing the surface 14 to place the transparent sensor receiving member 6 field 1 pressure: concave =: 明明 sensor 置 placing member 61 rotates along the hinge 12 and moves into the person '2 * meat: transparent When the sensing and accommodating member 61 rotates, the fingerprint image 6 is scanned from the inside by a transparent palm. ^ ^ M Press the surface 14 of the fort to read the fingerprint image. The composition of the conversion mechanism 63 can be made of an elastic material, which can be restored to its original shape after the force is removed on the 4th day: a dancing material. One end of the elastic member can be used as an action switch. Μ page 15 2155-5145-PF (N) .ptd 583594 V. Description of the invention (13) 63 is connected to the fingerprint shadow 64 is connected to the other end side. The transparent part 61 is turned to make the finger fingerprint recognizable. If the line device is used, the line device must be a linear finger sensor 6 2 device 62. The problem is not only achieved, but the hand will make the scan according to It is also because of the elasticity that the texture image connected to the axis of the sensor is known and concealed. The fingerprint can overcome the texture image and it is not difficult to use. Here, it can make the fingerprint scan. The fourth thing is that the hinge 12 is like the sensor 62. When the transparent sensing member is transparently received in the direction of the elastic member accommodating member 61, it is transmitted and read along the transparent sensor 62. Yes, by using a fingerprint-reduced image sensor 6 2 to mechanically conceal the sensor 6 2 and the fingers of the system's creator will be directly against the unstable ', while the housing 1 6 is using the connecting member, the valley member 6 1 to the Inner induction of recess 1 5 The accommodating member 6 1's fingerprint image sensor 62 at one end of the opening portion 'receives the structured finger pressing surface 1 4 by a parallel transparent sensor to move. The hand-type fingerprint image sensor 6 pressed from the finger pressing surface 14 is reduced in input Device production cost. However, it also represents a credibility issue due to this low cost. In particular, the fingerprint image of a fixed-type device is rubbed against the linear fingerprint image. Friction may cause a stable fingerprint image if the fingerprint image sensor The operation of the 62 series is more stable and reliable through an electrical mechanism, but the device mechanism will change its direction. Although this problem may be solved by manual action, the uncertainty of the finger placement is insufficient. The fingerprint reading becomes difficult. Since the fingerprint image input device of this embodiment has a stable position with respect to the finger pressing surface 14 of the finger, the mechanical operation can make the fingerprint image sensor 62

583594 V. Description of the invention (14) Move by means so that stable fingerprint input can be achieved. As described above, the fingerprint image wheel-in device of the present invention has a housing 16, a recessed portion 15 is located in the housing 16, a hinge 12 is connected to the surrounding portion of the recessed portion 15, and a sensor receiving member 11, 5 1 surface 1 4. It is fixed on the hinge 1 2 so that the finger pressing surface 14 and the plane of the housing 1 6. The user presses his finger 10 into the recessed portion 15 and rotates the finger tracer along the hinge 12 and presses the sensors 11 and 51 to scan the cat. Then with the above configuration, the user enters his natural way When a transparent finger is pressed on the surface 14, all parts, sides, and parts can be made transparent, so that all the characteristic parts of the fingerprint are not limited to this. According to the present embodiment, the linear fingerprint image sensor 62 has a fixed member 61 and a rotation axis. With the rotation of the actuator valley member 61, the finger presses the surface 14 to move. Here, the device can be manufactured and implemented at a low cost. Although the invention is formulated with a preferred implementation, anyone familiar with the technology and scope Inside, when it can be made slightly more transparent on the outer surface with a finger press, it can rotate smoothly, wherein the transparent external surface panel 1 3 is located on the same surface and placed on the transparent finger pressing surface 14 and patterned with image sensors 11, 5 1 The swept recesses 15 are formed so that the fingerprint image item takes a fingerprint. The finger 10 is ergonomic. The user enters a fingerprint and presses his finger 10 tightly. Only the fingertip and the full finger pressing surface 14 of the finger 10 are brought into close contact, and can be read completely. In the fingerprint image input device of the example, since the orientation is parallel to the transparent sensor capacity as the conversion mechanism 63, and responds to the transparent sensor pattern image sensor 62 to make it follow the transparent configuration, the fingerprint image input device sets the fingerprint input. The example is disclosed as above, but it is not intended to limit the artist, without departing from the spirit and embellishment of the present invention.

583594 Brief description of the drawings ~ In order to make the purpose, features and advantages of the present invention described below more obvious and easy to understand, the following drawings are used for detailed explanation. Figures 1A and 1B are side views, which are used to show the basis of The use state of the fingerprint image input device according to the first embodiment of the present invention; FIG. 2 is a front view showing the use state of the fingerprint image input device according to the first embodiment of the present invention; FIGS. 3A and 3B Figure 4 is a perspective view showing the use state of the fingerprint image input device according to the first embodiment of the present invention; Figures 4A and 4B are partial side views showing the fingerprint according to the second embodiment of the present invention Video input device in use state;

Figures 5A and 5B are partial side views showing the use state of a fingerprint image input device according to a third embodiment of the present invention; and X Figures 6A, 6B and 6C are side views showing a table; The fingerprint image input device of the fourth embodiment of the present invention is in use state. Explanation of X symbols: 4, 53 detection switches 11, 5 1 fingerprint image sensor 1 3 external surface panel 15 recess 5 2 light source 6 1 transparent sensor receiving member 6 3 motion conversion mechanism 10 finger 12 hub 14 finger imprint Surface 16 housing 53 detection switch 62 linear fingerprint image sensor 64 connecting member

Claims (1)

1. Patent application scope 1 * Fingerprint image input devices, including: a casing; a recessed portion located on the casing; two 冓: 'connected to the surrounding portion of the recessed portion; Buckle > π 古 此 Support structure # 4 β + Μ β Press the surface of the finger to fix it and then press it to enable the support member to rotate smoothly. On the surface, the surface where the finger is pressed and the outer part of the shell are located in the same ear. 2 Include the fingerprint image input device described in the first item in the range, and f is a rotation pre-measurement device for rotating the support Lidu * α 道 你 4 Detecting f in; The internal rotation of the recess' wherein when the rotation At this time, the H r image sensor has been guided to rotate to a specific pressure surface: the ΐΐΓ image sensor then performs a function to read the fingerprint image of the finger pressed on the surface of the finger & It also includes the fingerprint image input device described in the first item of the profit range, the outer part of the recess-the second, IΦ is used to guide the fingerprint image sensor to move to the B *, ^ L ^ ^, when the finger is pressed to the finger The pressing surface image sensor will rotate in the concave portion in the opposite direction to the order of the restoring force received by the restoring member. 4. The fingerprint according to item 3 of the scope of patent application, wherein the restoration member includes a spring member. · Home input device 5 · Fingerprint image input device as described in item 1 of the scope of patent application: and two, the sensor is an optical sensor for detecting light, and eight; Press the finger on the surface of the finger pressing table 6 and claim the patent scope, in which the light reflected by the fingerprint source from the fingerprint is reflected by the finger; the second and second are from the light 6. · a kind of fingerprint image input device, Package :: Yue Wen. Two ί: the component 'is connected to the shell; and a sensor accommodating component, the external | the support member enables the embroidery duo to be fixed on the pressing surface of the hand to be able to rotate smoothly; the linear fingerprint image The sensor is located parallel to the moving axis; the induction mechanism conversion mechanism is used for burying the erroneous and erroneous accommodating member by rotating the remote sensing device, which can be achieved by rotating the sensor. As the finger pressing surface moves; it is expected that the fingerprint image sensor will take the fingerprint image of the finger pressed on the finger pressing surface when the finger pressing surface? I The fingerprint image input device as described in item 6 of the scope of the patent application, the motion conversion mechanism is composed of an elastic member, and the elastic member is connected to the angle image sensor. One end is connected to the housing + wherein the sexual member changes according to the position, so that the fingerprint image sensor moves along with the finger pressing surface, wherein the elastic member is bent by the force of the sensor receiving member when the receiving member rotates. 8. The fingerprint image input device according to item 6 of the scope of the patent application, wherein 'by pressing a finger on the finger pressing surface, the sensor receiving member will rotate and move toward the recess. 9. The fingerprint image input device according to item 8 of the scope of patent application, further comprising a restoration component for guiding the fingerprint image sensor to move outside one of the recesses, wherein when the finger is pressed onto the finger pressing surface 2153-5145-PF (N) .ptd Page 20 583594 6. When applying for a patent, the sensor receiving member will rotate in the opposite direction to the restoring force received by the restoring member and enter the recess. 10. The fingerprint image input device according to item 9 of the scope of patent application, wherein the restoration member includes a spring member. 1 1. The fingerprint image input device according to item 6 of the scope of patent application, wherein the finger pressing surface of the sensor receiving member is located on the same plane as an outer portion of the housing. ❿ 2153-5145-PF (N) .ptd Page 21