TW201212079A - Switch module - Google Patents

Abstract

The disclosed switch module (1), which reduces the load on a user even for large amounts of scroll, is provided with a first switch (30) and a second switch (70). The first switch (30) comprises first contacts (31a-31c) and second contacts (32a-32c), which can contact each other, formed in one or more opposing prescribed regions (F1-F3) on a pair of insulating substrates (31 and 32). The first switch (30) can output a signal that identifies a prescribed region (F1-F3) in which a first contact (31a-31c) and a second contact (32a-31c) contacted each other. The second switch (70), which is layered on top of the first switch (30), comprises a third contact (71a) and a fourth contact (72a), which can contact each other, formed in at least one region corresponding to the aforementioned prescribed regions (F1-F3) on another pair of insulating substrates (71 and 72). The third contact (71a) and/or the fourth contact (72a) contains a pressure-sensitive electrode layer. When an input action occurs, the second switch (70) can output a signal commensurate with the input load.

Description

201212079 IV. Designated representative map: (1) The representative representative figure of this case is: (2) Figure (2) The symbol of the symbol of the representative figure is simple: 1 switch module; 10 11 frame; 20 30 first switch; 31 31a '31b' 31c 1st contact; 32 32a, 32b, 32c 2nd contact; 33 40 spacer; 50 51 2nd switch pressing part; 52 60 3rd switch; 61 62 metal dome; 70 71 4th insulation Substrate; 71a third contact, pressure-sensitive electrode layer> 72 fifth insulating substrate; 72a fourth contact, pressure-sensitive electrode layer $80 base plate; S Sa arm. Opening; key top; operation sheet; first insulating substrate; second insulating substrate; spacer; metal plate; third switch pressing portion; third insulating substrate; second switch; When there is a chemical formula, 〇〇», please reveal the chemical formula of the two (four) bribes. The invention description: [Technical field of invention] 201212079

The present invention relates to an electronic device used in a portable audio device, a PDA (Personal Digital Assistant), a mobile phone, a digital video camera, a digital camera, etc., and includes a so-called scrolling (scro 11) function. group. [Prior Art] With regard to this type of switch, a cover detecting means (c〇ver) covering the flat type switch is arranged with a contact detecting means to make a fingertip; and a hitting ### > ?日大(7) goes to the element The input device for moving the cursor in the face above is already known. In the input device, from the point of view of the wheeling operability when the keyboard is lifted without looking at the keyboard (bllnd Wh), 'the surface of the cover member is provided with the Xp from r _ with the input area being separated. A convex portion or a concave portion (Patent Document 1). (Prior Art Document) (Patent Document) Patent Document 1: JP-A-2006-59709 SUMMARY OF THE INVENTION (Problems to be Solved by the Invention) Moving a cursor or moving a surface with a sharp sliding: Input operation... If scrolling The amount of operation (the cursor or the moving surface of the screen: = (the scrolling operation must make the fingertips go back and forth several times, so the time is large, the problem is caused by the user. The user's operating load is more than > The problem to be solved is to provide a kind of Even in the case where the scrolling operation amount 201212079 is large, the switch module of the user ladder can be reduced. (The means for solving the problem) The present invention provides a switch module that includes: The first switch and the second contact point J are respectively formed in a pair of insulating substrates, and the first contact and the second contact point, respectively. The special (10) tiger of the predetermined area in contact with the contact, and the second switch are laminated in the area corresponding to the aforementioned predetermined area of the other (4) (four) substrate. At least one of the third contacts and the first to form a contact with each other 4 contacts, at least any one of the foregoing 3 &a; s 4 brother 3 contact and the aforementioned 4th contact includes a pressure sensitive electrode layer, and the base can be used to output the input load corresponding to the input operation The above-mentioned problem is solved by the signal. In the above invention, the fourth switch can be configured to include the third switch, which is laminated on the first switch or the second switch 2, and the other insulation. a metal dome is attached to the square main surface of the substrate, and (4) a conductive circuit layer including a pressing contact that contacts the top of the metal dome of the fish when pressed; 2 the third switch pressing portion is provided in the foregoing 3, the input side of the third switch in the input operation, the pressing force is applied to the top of the metal dome. In the above invention, the input side from the input side can be sequentially added to the aforementioned In the above invention, the switch may be configured to include a metal plate on the side of the metal dome. In the above invention, the third switch may be configured as the third switch. The contact and the fourth contact are set in the aforementioned third switch It is an area corresponding to the predetermined area other than the mounting area of the dome. 201212079 In the above invention, it is possible to form a pair of insulating substrates which are described in the first switch and the second switch #甘& The other insulating substrate and the insulating substrate of the third switch are composed of a continuous substrate, the first contact, the second contact, and the third ^^ The J contact, the fourth contact, and the conductive circuit including the above-mentioned ground contact are formed on the same main surface of the substrate. Af In the above invention, the second switch pressing portion may be included. The input side of the second switch in the rounding operation is used to apply a pressing force to the third contact and the fourth contact of the second switch. In the above invention, the third switch includes a metal dome attached to the main surface of the input side at the time of inputting the insulating substrate included in the second switch, and the shape is formed to include a pressing circuit that is in contact with the top of the metal disk when pressed, (4) a conductive circuit layer of the contact; and a third switch. ? Further, in the input side of the input operation of the third switch, a pressing force is applied to the top of the metal dome. In addition, the present invention provides an open ρ ϋ ^ switch 杈 group, which is included in a pair of ', ', 'substrate' or a plurality of predetermined areas of the 砜 # ϋ ϋ 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成 形成The contact point and the second contact point, and the first brother 1 contact point and the second contact point A to >, any of which includes a pressure sensing including an output means, and 1 can transmit an m switch 'the switch module system The predetermined contact between the 1st contact and the 2nd contact is in contact with the specific signal of the pre- & field, and the it.. X of the 盥庳, corresponding to the input load at the time of the operation, to solve the above problem. (Effect of the Invention) In the present invention, since the fifth 201212079 3 contact and/or the fourth technology of the second switch of the i-th switch are connected to each other, the seven aj contacts include the pressure-sensitive electrode layer, so that it is detectable and The amount of operation corresponding to the input load supplied by the user to the predetermined area when the input # is made is also used to control the amount of operation of the apparatus by adding or subtracting the pressing force supplied at the time of the input operation. Therefore, even in the case where the amount of scrolling operation is large, the user does not need to make the fingertips reciprocate several times. As a result, a switch module that reduces the user's operational load can be provided. [Embodiment] Hereinafter, a switch module according to this embodiment of the present invention will be described with reference to the drawings. The switch module of the present embodiment is used as a switch for an input/output operation of an electronic device such as a portable audio device, a PDA (Personal Digi tal + ί tai Assistant), or a mobile phone 'digital video camera two-digit camera. In the present embodiment, an example in which the switch module of the present invention is applied to a switch of a portable audio device will be described. Further, the portable audio device including the switch module of the present embodiment includes at least a so-called scrolling function for moving a cursor or a screen to select a menu or a content, and a so-called scrolling function. The execution function of the start of the selected menu or the output of the content command execution. Fig. 1 is a view showing the input of the user's command by the stereoscopic x, /T' ^ ^ W Λ operating surface F' of the switch module i according to the embodiment of the present invention. On the input operation surface, the operation area corresponding to the command content can be displayed in a graphic or text. In the example of the first circle, the character "UP" indicates when the command to move the cursor toward the upper side (in the figure) of the input plane 201212079 1 (the command for moving the screen downward direction) is input. The operation area is a text table of "Caf": an operation area when a command for moving the cursor in the direction of the lower side (in the drawing) of the input operation surface F is moved to move the screen upward. In the second paragraph, the operation area when the command is input is indicated by the text "1". The switch module i of the present embodiment is used when the operation areas are pressed: Position corresponding signal, 〇Ν/_33, operation; rigging ' and output the obtained signal to the detection hand 9_. After: Ming 'detection means 1 〇 ° system has at least 0N / 0FF circuit and voltage The detection circuit, wherein the position signal, the OFF m number, and the operation amount signal obtained by the operation of the input operation surface F are pre-generated corresponding to the predetermined order of the portable audio device, and the portable audio is executed according to the acquired signal= For example, the switching system can change the operating position or the operation amount of the switch module 1 and the surface F to make the program list S a merge the display of the J table, and each list Scrolling, selected program or: start or stop of:, enlargement/reduction of display screen, and adjustment of volume. Each configuration of the switch module 1 according to the embodiment of the present invention will be described below. Fig. 2 is a first diagram Exploded perspective view of the switch module 1 The figure is a cross-sectional view along the line ιπ-ιπ in Fig. 1. As shown in Fig. 2 and Fig. 3, the switch module 1 of the present embodiment has a flat switch edge along the X γ plane. In the direction of the arrow p, the layered structure of the 201212079 layer is constructed. Specifically, the switch module 1 of the present embodiment is sequentially included from the P1 side of the arrow P toward the P2 side by the uppermost layer: the key top (key t 〇P) 1〇, known as the sheet 20, the first switch 30, the spacer 40, the metal plate 50, the third switch 60, the second switch 7〇, and the base plate 8〇. The top of the top layer of the key 1 The frame 11 includes a support for the sheet 20' and a peripheral edge of the input operation F. In the figure, a switch such as a metal dome can be disposed on the lower side of the frame 11, and other switches are attached. Function - At the top of the key. P 1 0 #The lower side is equipped with an operation thin film > 5 2 0. In Fig. 4, the figure is not an example of the sheet 20. The fourth, the operation sheet 2 is shown. It is formed by a film-forming resin such as a PET, etc. The name of the resin can be coated with erJ E, m 芏裒 / printing, so various types can be used. It is also excellent in the dance, and it is excellent in the upper part. Lieutenant F && Gu Chongjia & and the peripheral department use a pair

The arm Sa formed is connected to the 'Skoke', which can be positioned — Φ while the central zone is along the thickness side θ. The stacking direction of each switch of the ® ° diagram) is 彳. The shape of the slit S is not limited. The independent weaver is particularly limited, and can be formed as shown in Fig. 2, for example, Fig. 4 or Ze 1J as shown in Fig. 4, if along the long side of the key top 11 When the slit 0.00# is formed, the frame w S can be lengthened by the f connecting the central portion of the slit and the outer peripheral region. When the long side of the U is formed into the slit S, the 7/咐 key top (four) frame is formed.

The width of the short side of the arm Sa connecting the central zone and the outer peripheral zone along the I 8 201212079 shaped by the opening S can be reduced, so that the width of the central zone (input operation face F) can also be reduced. . As a result, miniaturization of a portable audio device or the like can be achieved. Further, as shown in Fig. 4, in the input operation surface F of the operation sheet 2A of the present embodiment, three first predetermined areas F are provided above and below the input operation surface F, and second. The predetermined area F2 is a predetermined area. The predetermined areas F1 to F3 are used to accept the round-in from the user at the time of the input operation. Pre-determination: The number, position, size, and the like of the regions F1 to F3 can be arbitrarily determined. In the present embodiment, in terms of improving the detection accuracy, the vertical or horizontal shape is along the upper, the center, and the lower side. The predetermined areas η 〜 〜 are arranged in a matrix of three predetermined areas Η to F3 instead of in the vertical and horizontal directions. The first switch 3 is disposed below the operation sheet 2A shown in Fig. 2 . The first open -30 includes a pair of insulating base materials 3 and 32 which are formed with first contacts 31a to c and second contacts, 32a to 32c which are in contact with each other. Fig. 5 is a plan view of #f i mesh m and Λ* r β 孖W of the first insulating base material 3 1 on which the first contacts 31 a to 3 ic of the first switch 30 are formed. As shown in Fig. 5, the first contacts 31a to 31c are formed on the one main surface of the second insulating substrate 31 in the predetermined regions fi to f3. In addition, the main surface of the second and second rim substrate 32 is disposed opposite to the first insulating base material 31, and the second surface is formed in the same manner as the first insulating base material 31 shown in FIG. Contacts 32a to 32c. The ith insulating substrate 3 shown in the figure, the predetermined region of the second insulating substrate 32, and the predetermined regions η to F3 described in the operation display surface 21 are laminated with each switch. The gimbal is perpendicular to the χ: ^ plane is a substantially common area, so the common component symbols F1 to F3 are labeled for explanation. Its 201212079 is marked with the first contact in the fifth circle.

The second component St 〇〇L 2a to 3 2c of the corresponding relationship is a component symbol. However, in the actual second insulating base material 32, each of the first contacts 31a, 31b, and 31c and the second type of the mirror pattern are formed. Points 32a, 32b, 32c. If you make the above, make the first! When the insulating base material 31 and the second insulating base material 32 are disposed to face each other, the i-th contact points 31a, 31b, and 31c of the first insulating base material and the second contact points 32a and 32b 32c of the second insulating base material 32. A plurality of switches can be formed in opposite directions. The aspect of the first contact 31 of the first switch 30 and the aspect of the second contact 32 are not particularly limited. Any one of the contact or the second contact 32 is formed in each of the three predetermined areas as described above, and any other of the first contact 31 or the second contact 32 is formed in the predetermined area F1. A continuous area of F3. Even if it is configured as described above, since any of the first contact 31 or the second contact 32 is provided for each of the silent areas η to ρ3, it is possible to form a pair including each predetermined predetermined area. Switch to the contact. If one or more of the j-contacts 31 &~Wc are in contact with each other, the second junctions 32a to 32c are in contact with the Japanese temple, including the i-th contact ... ~ 仏 and the second contacts 32a - 32c The predetermined circuit is turned on, and a specific signal in which the predetermined areas fb and F3 of the first contacts 31a to 31c and the second contacts are provided can be output. Wherein 'in this example, the i-th contacts 31a to 31c and the second contacts 仏~he's example are set in all areas corresponding to the predetermined area "~" but may also be in the predetermined area F1~F3 Among them, the i-th contact 31 and the P3- are set only in the predetermined areas η 10 201212079 and F3. The contact 32 设置 sets the i-th contact 31 and the second contact 32 above the predetermined area F1 〜. When the i-th contact 31a, 3^iD dlc and the second contact 32a, c and each contact are respectively provided with a predetermined height, the first step is to go to the qiQ 〇1 ^ contact 31a, 31b, 31c. The second contact 32a'32b, 32c can be kept in a non-contact state. The insulating portion 33 (four) (four) is not hidden: the insulating portion 33 can be formed at the boundary between the predetermined regions F1 to F3, or the contact portion is not provided. In the region, the insulating portion 33 may be formed by an insulating sheet having an opening portion. The user then presses each of the predetermined regions Η to 匕3 of the input operation surface F along the respective insulating substrates. The pressing force in the stacking direction (the arrow ρ direction in Fig. 2) is transmitted to the first insulating substrate 31 and the second insulating weeping substrate 32, and the first contact 31a 31b, 31c and the second contacts 32a, 32b, 32 are in contact with each other. Thus, the first contacts 31a to 31c and the second contacts 32a are provided in any of the predetermined areas FI F3. The specific circuit connected to the 32c is turned on (10). Thereby, the Kailong group i can obtain a specific signal for the predetermined areas F1 to F3 that the user has pressed, and can recognize the input items of the user. The second insulating substrate 31 and the second insulating substrate 32 of the illustrated third switch 3 have a flexible polyimide film having a thickness of about 5 // m to 200 vm. The first contacts 31a, 31b, and 31c and the second contacts 32a' 32b and 32c can be formed on each main surface of each of the insulating base materials 31 and 32 by screen printing using a conductive paste. For the insulating substrates 31 and 32, it is also possible to use polyethylene terephthalate (pET) or poly 11 201212079 naphthalene dimethyl k; (PEN) or poly _ (p.) formed between the joints of the resin Or epoxy tree helium technology. The 卩33 series can be formed by screen printing using polyimine. Of course, it can also be used to form the insulating portion 33 by covering: ...k)' GGVe rlayfUm) Insulation Qiu" - 疋 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉 藉The middle portion and the outer peripheral portion are formed with a slit St Ί帛1 switch 30 in the same manner as the operation sheet 20, and is also configured such that the positioning central region of the χγ plane can be independently moved in the thickness direction. Further, if the stem 9 is solid 6C**, the spacer 4°, the metal plate 5°, and the third switch 60 are disposed in the lower side of the first switch 3 依. The third switch 6 is specifically omitted in the figure. A metal Hi 62 is attached to one main surface of the third insulating base material (four), and a conductive circuit layer including a pressing contact that is connected to the metal dome H # at the time of pressing is formed (see FIGS. 13 and 14 to be described later). Similarly to the first insulating base material 32 of the first insulating base material 1 and the second insulating base material 61 of the first insulating base material 1 , the third insulating base material 61 of the third switch 6 G can be made of a thin film, a pet film, a PEN thin film or a pE thin film. Composition. Further, the metal dome 62 is made of a material having conductivity and flexibility such as stainless steel or copper-based metal. The shape of the metal dome 62 is not limited, but may be, for example, a diameter of about 3 to 6 mm, and 0. 1~〇. The shape of the dome is about 4mm. When the top of the metal dome 62 itself is available as a 12 201212079 'the shape of the dome is slowly pressed, the function of the movable contact is activated. If the top of the head is pressed, the deformation is reversed. On the other hand, if the head is reversed, the head is turned toward the head. The top of the dome is restored to its original dome shape by self-elasticity, in the switch module of the present embodiment,

A' is provided with a gamma and a metal dome 62 at a substantially central portion of a region corresponding to the input operation surface F. Therefore, the switch module 1 of the present embodiment is provided with only one metal dome 62 at the center of the wheel that connects you to the face F, thereby making it possible to use a single click to make a single click. The input operation of the user and the response from the device are unified. However, the metal dome 62 may be provided in all areas corresponding to the respective predetermined areas F1 to F3. However, if a plurality of metal domes 62 are provided on the common input operation surface, the plurality of metal domes may be accidentally pressed. The situation. Of course, even in the case where the user operates the plurality of metal domes 62, the program can be prevented from malfunctioning. However, "there is no one click operation on the user during the input operation", and it is impossible to prevent a response like a double click operation. When the user returns a different response to the operation performed by the division, the user tends to feel uncomfortable. If the operational feeling as described above occurs several times, the operability of the device may be impaired. In contrast, in the switch module of the present embodiment, since one metal dome 62 is provided on the input operation surface F, the click operation can be used to unify the input operation of the user and the response from the device. In recent years, the portable audio device is required to be miniaturized, and the device is more and more compact, and the problem is more likely to occur. However, with the switch module 1 of the present embodiment, even if the operation area F is pressed, the click is returned. The response of the action, therefore, 13 201212079 can make the user's wheeling operation and the prevention of the user from feeling uncomfortable from the device'. Therefore, the metal dome 62 can be covered with the metal dome. The insulating base material 61 is placed on the top (inside) of the head by means of the opposite side of the pressing contact. The fixing sheet includes a sheet member which is fixed to the third portion by PET or the like, and a side of the enamel which is applied to the underside of the male resin material acid-based adhesive or the yoke oxygen-based adhesive. The dome 62 is adhered to the third insulating substrate by the adhesive layer of the blade of the metal dome 62, and the metal dome is fixed to the third insulating substrate 61.

Further, 'the upper side of the third switch 60 is provided with a spacer*, the input operation surface F of the μ-picture spacer 40, the left side view of the main surface side, and the sixth block is the other square of the spacer 4 A perspective view of the main side of the 丄^ square. The spacer 40 may be composed of a flexible resin, a grease or the like. The tree having the predetermined rigidity is as shown in Fig. 6A, and the surface of the i-th switch 30 side (upper side) of the spacer 4 is flat, but the third switch of the spacer 4 is not shown. A base portion 43 formed at a predetermined height along the stacking direction 各 of each switch is provided in the vicinity of each vertex on the other side of the other side of the other side of the 60 side (lower side). The upper surface of the base portion 43 is slatted. The third insulating base material 61 of the qe / the third switch 60 is in contact with each other, and a space corresponding to the height of the base portion 43 is formed on the other main surface side of the spacer 4°. The metal dome of the third switch 6 is then moved by the third switch 60 during the wheeling operation, and the third switch 60 including the metal dome can be moved in a space 14 201212079 corresponding to the height of the base portion 43. 'When the second switch 70 performs an input operation, the first switch 30, the spacer 40, and the metal plate 50 may be in contact with or separated from the second switch 70 in a space corresponding to the height of the base portion 43. When the second predetermined switch 70 and the third predetermined area 趵 are pressed to operate the second switch 70, the base portion 43 is formed. In the space, the j-th switch 3〇, the spacer 40, and the metal plate 50 are oscillated in an oblique state with the contact area with the metal dome 62 as a center of movement, and the second switch pressing 51 of the metal plate 5〇 can be pressed. a predetermined pressing portion of the switch 2 0. As shown in Fig. 6B, 'the other main surface of the spacer 40 is provided with protrusions 42a and 42 for fixing the metal plate 50 to be described later, although not shown, A convex portion 3 switch pressing portion 41 for applying a pressing force to the top portion (outer side) of the first metal dome 62 may be provided on the other main surface of the spacer 4. The factory...", γ of the Ding magazine A slit S is formed between the zones. That is, the spacer 4. It is also configured as follows: The positioning of the face is such that the central zone moves independently in the thickness direction. = indicates that the sheet 2〇, the first switch 3〇, and the spacer 4 are operated. The middle and the middle (the input of the arm S corresponding to the opening S corresponding to the face F is connected, so the middle two is used to move up and down. A metal plate 50 such as a right stainless steel is disposed on the lower side of the spacer STKTQ+ · 1 U. The metal has a metal dome 62 in which the third switch R η & a 'sub-plate 50 is disposed with the metal switch 62 of the third switch 60. The head is covered and there is a box, it’s just called, 〇丨]. The metal plate 50 can also

/, a resin plate with pre-rigid rigidity. J 15 201212079 Figures 7A and 7B show a view of the metal plate 5〇, Figure 7A shows a perspective view of one of the main faces of the metal plate 50, and Figure 7B shows the VI IB-VI IB along the 7A figure. A cross-sectional view of the line. As shown in FIGS. 7A and 7B, a third switch pressing portion 52 for pressing the metal dome 62 (see FIG. 2) of the third switch 60 is provided substantially at the center of the metal plate 50, and is similarly formed on the metal plate 5〇. The end portion (short side) is provided with a second switch pressing portion 51 for pressing the second switch 7A. Though not particularly limited, the surface of the third switch pressing portion 52 may be covered with an insulating resin layer from the viewpoint of preventing the occurrence of a short circuit. Further, from the viewpoint of protecting the pressed portion of the second switch 7A, the surface of the second switch pressing portion 51 that is in contact with the resin can be covered with a resin layer. Further, as shown in the figure, the projections 42a and 4 of the spacer 4 are inserted into the through holes 52a and 52b, and the metal plate 5 is fixed to the spacer 4'. In the example of the present invention, the third switch pressing portion 52 and the second switch pressing portion 51 are provided on the metal plate 5, but the third switch pressing portion 52 and the second closing pressing portion 51 may be used. Any one of the above is provided in the interval of the cow, and if the convex portion for pressing the top of the metal dome 6 2 is provided in the spacer 40, it is opposite to the convex portion of the metal plate 5 〇 & A through hole is provided at a position (corresponding to the position of the second switch pressing portion 52), and the top portion of the metal dome 62 can be pressed by the convex portion provided in the spacer 4 through the through hole. In the present embodiment, the second switch pressing portion 51 and the third switch pressing portion 52 are provided on the metal plate 50. However, as described above, the pressing force at the time of inputting the second switch 70 can be transmitted through the rigidity. The high metal plate 16 201212079 is directly transmitted to the metal dome 62 of the third switch 60, so that the reverse of the metal dome 62 corresponding to the input operation of the second switch 70 can be suppressed. Turn the action (click the response action of the action) to stabilize. In the present embodiment, the metal plate 5° is disposed on the lower side of the first switch 30. Therefore, it is possible to face the input operation surface of the first switch 3G. Therefore, the pressing force supplied to the input operation surface F can be efficiently transmitted to the first connection fj of the first switch 30; q ·| 〇. The phantom 1 contacts 31a to 31c and the second contact 32a~ 32c. As a result, the accuracy of the output signal of the first switch 30 can be improved. Further, in the present embodiment, it is preferable that the metal plate 50 is disposed on the upper side of the third switch 6A. The third switch 6 is as in the present embodiment. The upper side is provided with a rigid metal plate 5, whereby the pressing force supplied to any region of the input operation surface F can be efficiently supplied to the top of the metal dome 62 of the third switch 6A. Further, by providing a plate body having rigidity as a metal plate 5 on the top side of the metal dome 62 of the third switch 60, even if the user presses on the input operation surface F, it is possible to return to the click. The response of the action, so that the user's input operation is consistent with the response from the device, can enhance the user's trust in operability. As shown in the seventh and seventh embodiments, the second switch pressing portion 5 and the third switch pressing portion 52 are provided on the main surface of the metal plate 5 that faces the second switch 70 to be described later. The second switch pressing portion 51 is formed by bending the metal plate 1 or the switch 60 or the third switch 70 side by using a mold to form a convex shape, but it is also possible to borrow It is formed by the following other resin. The action of pressing the second switch 〗1 with respect to the second switch will be described together with the operation of the second switch 70. 17 201212079 Receiver, in Fig. 2, for the third The second switch 70 on the lower side of the switch 6A will be described. The second switch 7() is laminated on the above-described third switch 30 and in a predetermined area with the fourth and fifth insulating substrates 71'72. Each of the regions corresponding to F3 is formed with a third contact 7U and a fourth contact 72a which are in contact with each other. Further, at least any of the third contact 7u and the fourth contact 72a includes a money electrode layer. The signal corresponding to the input load at the time of the input operation can be output. The area in which the pressure sensitive electrode layer is formed is not particularly limited and can be formed in In any of a part or all of the third contact point na and/or the fourth contact point. In the present embodiment, as shown in FIG. 2, the second switch 7 is disposed in the first switch 30. Specifically, in this example, the input side of the input operation, that is, the g μ J, that is, the input operation surface F side, sequentially follows the ith switch 30, the third switch 60, and the second switch 7 In the case of the second switch 70, the second switch 70 is placed on the lower side of the input operation surface F, and the pressure unevenness due to the supply of the supplier to the input operation surface F can be suppressed. The influence of 诰成. J π & In the case of being driven to the input operation area (4), the force is uneven, for example, in the case of touch 簦, 佳~, 社 ( (4) In the case of the input operation of the finger, the result is that the pressure is relatively large, and the pressure is relatively large. 5 ' If the second switch 70 is placed in the proximity input operation

The position is, for example, the first switch 3. In the upper layer, by the surface F (input by finger or by the stylus 1 such as the method of wheel-in), the voltage generated by the pressing force is large and is not as above. If the 18 201212079 electric dust that is being rotated is affected by the degree of pressing force at the time of input operation, there is a difference in the actual action (control amount), so that the user feels uncomfortable during operation. Feelings. On the other hand, in the present embodiment, since the second switch 70 is provided at the lowermost layer which is isolated from the input operation surface F, it is possible to suppress the influence of the difference in the pressing force on the output of the battery. That is, the situation in which the stylus is used for the input operation and the case where the input operation is performed by the finger are not different. As a result, the detection accuracy and operability of the second switch 7〇 can be improved. In this example, the second switch 70 is shown in the lowermost layer. However, the second switch 70 can also be equipped with the force flute. J is disposed on the upper side of the third switch 60. In other words, the first switch 30, the second switch 70, and the third switch 6 〇 may be sequentially stacked from the wheel operating surface F by the flute] 1 j in sequence. In this case, you can also get the above two fruits. In addition, the second switch 7 〇 ^ ^ Λ ^ can also be used. Straight to the upper level. In other words, the third switch 60 may be layered from the input insertion surface F side in the order of the second switch 70, the first switch 30, the third switch 60, or the third switch. The first! The switch is on the uppermost screen, and the second switch 70 is disposed on the upper side, that is, the pressing force of the input operation surface f, which is recognized by the pressure-receiving wall, is applied to the wall, and is applied to the input operation. The second switch 70, or the third open μβη1丄“Prisoner 1 switch 30 is given to the second open μ%, and the temple is more accurate to detect the pressing force of the supplied *B switch 70. Fig. 8 is a view showing the fourth insulating substrate 7 of the second switch 7?. As shown in Fig. 8, on the lower side of the base material 71 (the surface on the opposite side of the surface where the pressure-sensitive snow surface is formed), the third layer of the electrode layer is 7; the contact point 7la' Fifth Insulation 19 201212079 The upper side surface (the surface on the input operation surface F side) of the base material 72 is formed with a fourth contact 72a including a pressure sensitive electrode layer. The third contact 71a and the fourth contact 72a constitute the opposite contact. When the input operation surface F is supplied with a pressing force, the conduction is changed, and the resistance of the opposing contact changes in accordance with the magnitude of the pressing force. Further, a voltage detecting circuit 10b is provided between the third contact 71a and the fourth contact 72a. The formation position or formation pattern of the third contact point 71a and the fourth contact point 72a is not particularly limited. The example shown in FIG. 8 can form the third contact point (1) on the fourth insulating substrate 71. In a region corresponding to the predetermined regions M to F3, the fourth contact 72a is formed in a region corresponding to the predetermined regions F1 to F3 of the fifth insulating base material. Although not specifically illustrated, the third contact 71a and the third The four-contact point can be set in the predetermined areas F1 and F3e other than the mounting area (predetermined area F2) of the metal dome 62 of the third switch 60. If the third contact point 71a and the fourth contact point m are provided in the metal dome When the mounting area (predetermined area F2) of 62 is present, the force applied to the metal dome 62 may affect the third contact 71a and the fourth contact 72& in contrast, by the third The contact point ?la and the fourth contact point % are provided in the 敎 region" and F3, and can be prevented from being subjected to the pressing force of the force supplied to the metal dome 62, so that the accuracy of the voltage detection can be improved. Unlike the configuration of the third switch 60 described above, the metal dome 62 can be attached to the main surface on the input operation surface side of the fourth insulating substrate 71 on the upper layer side of the second switch 7A, and the metal round can be formed including the pressing. The conductive circuit layer 63 of the point of attack is joined to the top of the cover 62. In other words, the third contact 71a of the second opening m can be formed on the back side of the third insulating substrate 61 of the third switch (the surface having the side opposite to the side 20 201212079 of the input operation surface f). As a result, the fourth insulating substrate 1 for the insulating substrate 61 and the third 71 and the switch 70 for forming the insulating layer 60 is formed by using the insulating substrate, so that the switch module 1 can be realized. Thin. In addition, the main surface w on the input operation surface side of the fifth insulating substrate 72 on the lower layer side of the second opening 7? λλ ^ λ may be the same as the metal dome 62 when pressed. The cover 62 is formed and a conductive circuit layer 63 comprising a press contact of the top contact is formed. Thereby, the third base material 61 of the third switch 60 can be formed by the fifth insulating base material 72 of the ninth exhaust 70, so that the third, the "bar," and the soil material 6 can be omitted, so that the switch mode can be achieved. Group 1 is thinned. _ = Γ提' is set on the 4th insulating substrate? ! The top of the metal dome 62 is pressed by a convex portion (third switch pressing portion) 41 of the spacer 40 described in "Yu, +. + ββ". The pressure sensitive electrode layer 71a of the present embodiment, ? 2a can be screen printed by a pressure sensitive ink whose resistance value changes according to the input load during conduction: although it is not particularly limited, 'the pressure sensitive ink contains: metal particles, semiconductor particles, graphite or carbon black. A conductive paste of a conductive agent such as a conductive particle or a polyester resin. The pressure-sensitive electrode layers 7U and 72a formed of the pressure sensitive ink have a characteristic in which the on-resistance is lowered as the applied negative wear is increased, and the characteristics are as shown in Fig. 9. That is, the first switch 70 of the present embodiment can output a different voltage signal in accordance with the load change that is applied when the wheel is applied. In the present embodiment, instead of installing a pressure sensor or strain gauge, the flute 9 ρθ βα 7n i of the 21 201212079 pressure sensitive electrode layers 71a, 72a composed of the printing pressure sensitive ink is used. The second switch 7 turns and rotates with a voltage signal: it is applied to the input operation ... pressing pressure, so the cost of installing the pressure sensor or the strain gauge does not occur, and it can be manufactured inexpensively using a general printing process. By the way, it is necessary to have a stroke direction in the thickness direction and a hard base. The sense (4) test (4) must have

Not suitable for devices that are required to be miniaturized. On the other hand, in the second IS system, it is possible to obtain a signal corresponding to the pressing force by using the counter electrode, thereby contributing to downsizing of the product. Fig. 10 is a view showing an example of the voltage detecting circuit 1 〇〇b of the present embodiment. As shown in FIG. 10, the voltage detecting circuit i〇〇b of this example has: a variable electric resistance R2 in which the resistance value of the parallel connection is known to be a constant value R2 from the infinity to the predetermined value R3, and the material The other fixed electrical varistor known as the string, 2 corresponds to the second switch: the voltage (9) is obtained as the output value in the voltage detecting circuit 1 〇〇b of the present example. The values of the fixed resistors IU and R2 can be arbitrarily set so that the output values of the arbitrary range can be obtained. The voltage detecting circuit 1b sends a signal corresponding to the input load at the time of the input operation to the portable audio device side. In the present embodiment, the pressing force applied by the input operation surface F is transmitted to the pressure sensitive electrode layers 71a and 72a with high precision, so that the third contact 71a and the fourth connection, the point 72a can be provided. 2 The pressing portion 5 is provided. The second switch pressing portion 51 may be provided on the input plate F side of the second switch 7A. The metal plate 50' may be provided on the base plate 8A on the opposite side of the input operation surface F. As described above, the second switch pressing portion 51 in the present embodiment is provided on the main surface on the side opposite to the second switch 70 of the metal plate 50. When the pressing force is applied from the input operation surface F side at the time of the input 22 201212079, the pressing force is transmitted to the entire metal plate 50, and the second switch pressing portion 5 is pressed together with the metal plate 5〇. The convex second switch pressing portion 51 presses the third contact 71a of the second switch 70 toward the fourth contact 72a in the stacking direction. In the voltage detecting circuit 1 〇〇b including the 帛3 contact 71a and the fourth contact 72a pressed against each other, a voltage corresponding to the applied pressing force is output. As described above, by providing the second switch pressing portion 51 that applies a pressing force to the third contact 71a and the fourth contact 72a, the pressing force applied by the input operation surface F can be in a predetermined area. Since the inside is transmitted to the third contact 71a and the fourth contact 72a, the unevenness of the pressing force supplied to the third contact 71& and the fourth contact point 72a can be suppressed. For example, it is possible to suppress the unevenness of the pressing force supplied to the third contact 71a and the fourth contact 72a when the wide range of the input operation surface is pressed and when the narrow range is pressed. As a result, the detection accuracy of the second switch 70 can be improved. In addition, the second switch pressing portion 5 having a convex second switch pressing portion 5 is provided on the main surface of the second switch 7 〇 side of the metal plate 50 to be in contact with the end portion of the metal plate 5G. Since the μ is turned off, it is possible to prevent the third contact 71a and the fourth contact point from being brought into contact with the third contact 71& and the fourth contact at the end of the metal plate 50. As a result, the life of the second switch 70 can be extended. The base plate 80 will be described. In the second and final configuration, the 80 ° base plate 80 supports the switch module 1 of the switch module 1 The lowermost layer is provided with a base plate made of SUS or resin having a predetermined rigidity, 23 201212079. Next, the operation during the input operation will be described. Fig. 11 is the first pre-turn area of the input operation surface F. F1 or (the map when the pressing force is applied to the predetermined area F3, the enlarged view of the Q area of the 31 圃 圃 圃 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 When the pressing force FA is applied to the input operation surface F, the first predetermined area F1 or the third predetermined area of the rim substrate 31 is provided. The first contact region 31a of the second insulating substrate 31 and the second contact 32a (the first contact 31c) of the second insulating substrate 31 are provided. And the second pile ▲ 久久 z contact 32c) will be in contact with each other, thereby including a predetermined area of the contact contact 31a and the second contact 仏 (the ι contact ... and the second contact 32c) The specific signal of F1 or ρ3 is output to the ΟΝ/OFF circuit l〇〇a. At this time, since the whistle is placed on the lower layer of the first switch 30, the input of the thin first switch 30 is performed. The operation surface F is branched by the metal plate 50. Therefore, even if the user touches the input operation surface F of the first switch 30, the ?! switch (10) is not deformed, and the input operation surface F can be output with high precision. In addition, when the user strongly presses the input operation surface F and applies the pressing force FB (> FA), the pressing force is transmitted to the metal plate 50 on the lower side of the i-th switch 3 (), and is additionally provided on the metal plate 5 The second switch pressing portion 51 of the cymbal transmits the pressing force to the pressure sensitive electrode layer of the third contact 7ia and the fourth contact 72a of the second switch 7A through the third insulating base material 61. The third contact point is transmitted. 7ia The voltage detecting circuit 1b connected to the fourth contact 72a can output a voltage corresponding to the applied pressing force, that is, a signal corresponding to the input load at the time of input operation. 24 201212079 It is shown that if a predetermined area in contact with the second contacts 32a to 32c and the second contacts 32a to 32c is output together with a specific signal of ～: the signal corresponding to the input load at the time of the wheel-in operation, the device side is The amount of content and commands of the command that is rotated by the user can be obtained. That is, if the user touches the predetermined area F1, the signal of the specific predetermined area Η is output by the 0N/〇FF circuit (10)a, and if the user presses the predetermined area F1 along the stacking direction, 'corresponds to the magnitude of the pressing force. The voltage is outputted by the voltage detecting circuit 100b. The specific information of the predetermined area corresponds to the content of the command in advance. In the present example, the predetermined area F1 is associated with a command such as "moving the cursor upward (moving the face downward) amount" and "enlarging the screen display" belonging to the "scare" raising command, and the predetermined area is selected. (5) Correspond to commands such as "moving the cursor downward (moving upwards)", "pure volume", and "reducing the face display" belonging to the "coffee" command. In the actual eight states, the pressing force or the pressing force applied during the input operation is the pre-production line with the (four) amount command. For example, the larger the pressing force, the larger the moving amount of the cursor (or the picture, the same below) can be defined; the pressing pressure is more: the faster the moving speed of the cursor is, the more the control corresponding to the pressing force is as above. The user who controls the operation of the portable audio device can slowly move the cursor by gently pressing any area of the predetermined areas F1 to F3, and if the user presses the predetermined area strongly, the target can be quickly moved. That is, the user can control the amount of movement or the speed of movement of the cursor by the degree of ink force. Further, in the present embodiment, the movement of the cursor can be controlled in accordance with the change pattern of the time-dependent pressing force 25 201212079. For example, it may be defined in advance: when the time-dependent increase rate of the pressing force does not reach the predetermined value range, when the movement amount or the moving speed of the cursor is increased by the predetermined increase amount, the increase rate of the pressing force at the time is at the pre-depreciation value. When it is outside the domain, even if the cursor is stopped, the control content corresponding to the change pattern according to the temporal pressure is used. ^ By the control as shown above, the user operating the portable audio device can gradually speed up the movement of the cursor if it gradually presses any area of the predetermined areas F1 to F3, and then, if the area is pressed more strongly or suddenly loses power Then, the cursor can be stopped. As shown above, the user can control the motion of the cursor by the supplied pressure change pattern. The portable audio device including the switching module 1 of the present embodiment can be used together with the specific information of the pre-turning area of the first contact 31a to 31c and the second contact 32a to 32c. The signal of the load relative to f is input. Therefore, the control content can be executed by the user's pressing operation to obtain the inner valley and the execution amount of the command. As shown above, by the slamming audio device including the switch module i of the present embodiment, the user can control the scrolling speed by the degree of pressing force from 1 to the predetermined area with almost no moving fingers. Or move, etc. 'So even in the case of a large amount of movement of the cursor or the screen, the moon does not need to make the fingertips shuttle back several times. As a result, a switch module that reduces the user's operating load can be provided. The operation of the switch module 1 of the present embodiment including the third switch 6A will be described with reference to Fig. 4 and Fig. 12B. Is the mth figure in the first predetermined area ^ or the third predetermined area of the wheel operating surface F? 3 When the pressing force is applied, the figure of 201212079 is the top of the figure, the second 疋2β system is the second 疋 成 成 中心 中心 之 之 之 之 之 之 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加 施加10. The pattern of the sheet 2〇 and the __ switch 30. Further, in the example of the figure, the spacer 4 is used to press the convex portion 1 at the top of the metal cover 62 of the third switch 60 (the third switch pressing portion 41). . The projections 41 of the spacers are passed through the through holes of the metal *50 and the top of the metal dome, and the top of the top of the metal dome 62 is pressed by the pressing force applied during the wheeling operation. As shown in Fig. 12A, when the pressing force Fa is applied to the pressing portion of the first predetermined region F1 of the operation sheet 20 (not shown), the pressing force is transmitted to the spacer. A metal plate 50 that is made up of people. At this time, the rigid metal plate 50 is not deformed, but is pressed to the lower layer side in accordance with the pressing force Fa. Therefore, the gold eyebrow metal plate 50 is pressed by the second switch pressing portion 51 to press the third piled-up d contact 71a and the fourth contact point 72a of the second switch 70, and transmits a few ars provided in the spacer 4n. t Dry the 4U tenon 41 to press the top of the metal dome 62 of the third switch 6〇. The metal dome 62 that is pressed and pressed by the face & p is inverted by the top of the head, so that the user can feel the knocking feeling. In addition, as shown in FIG. 12B, when the pressing portion of the second predetermined region F2 corresponding to the operation thin film 2 (not shown) is supplied with the pressing force (7), the pressing force is transmitted to the spacer 4Q and is arranged. The metal plate 50 on the back surface passes through the convex portion 41 of the spacer 40 to press the third switch 6. The top of the metal dome 62 is at the top of the head. The pressed metal dome 62. Because the top of the head is reversed, the user can feel the knocking sensation. In addition, since the metal plate 5 has rigidity, it is not deformed by pressing force, and the metal plate 50 and the third contact 71 a of the second 27 201212079 2 switch 70 a are not in contact with the first and second contacts 71 a. The fourth contact 72a. In the present embodiment, 'only one metal round Μ 62 is provided in the second predetermined region F2 at the center, and a metal plate 5 〇 (or a rigid spacer 彳4Q) is provided on the top side of the metal dome 62, so that even Pressing the position of the input operation surface F of the operation sheet 2〇 can reverse the metal dome 62 and feel the click action. Thereby, the response to the user's input operation can be made in accordance with the click action... so the user can easily confirm his or her own operation. Next, a method of manufacturing the switching wedge group 1 of the present embodiment will be described based on Fig. 13 and Fig. 14'. Fig. 13 is a plan view showing an example in which the i-th switch and the second P·7〇 and the third switch 6() are formed, and Fig. 14 is a plan view showing another example. As shown in FIGS. 13 and 14, the pair of second and second insulating substrates 31 and 32 of the third switch 3 and the other pair of fourth and fifth insulating substrates 71 of the second switch 70 are shown. The third insulating substrate 61 of the 72, and the third switch 60 may be formed of one continuous substrate. Further, the first contacts 31a to 31c, the second contacts 32a to 32c of the second switch 30, the third contacts 71a of the second switch 70, the fourth contacts 72a, and the pressing contacts of the third switch 6G are included. The conductive circuit layer 63 of 62a is formed on the same main surface as the substrate. Each contact or circuit can be formed by conventional screen printing or etching. As shown in Figs. 13 and 14, the first insulating base material 31 is adjacent to the second insulating base material 32, and the fourth insulating base material 71 is adjacent to the fifth insulating base material 72. Next, the third insulating base material 61 is formed between the first insulating base material 31 and the second insulating material 28 201212079, the base material 32, and the fourth insulating base material 71 and the fifth insulating base material. When assembling the switch module i of the present embodiment, first, the broken line " is folded and folded, and the i-th insulating substrate 31 and the second insulating substrate (1) are folded. Thereby, the first contacts 31a to 31c are opposed to the second contacts 32a to 32c. Next, the broken line U is concavely folded, and the first insulating base material 31 and the second insulating wire 32 are folded toward the third insulating base material (four). 71. The wide dotted line L2 is formed into a concave fold to fold the fourth insulating base material 1 and the fifth insulating base material 72. Thereby, the third contact 71a and the fourth contact 72a can be opposed to each other. The fourth insulating substrate 71 and the 苐=edge of the Lu 磕fj π′′ are folded and the folded base material 61 side is folded. The insulating base material 72 is in the third insulating property to the third insulating property. The main surface of the substrate 61 on the side where the conductive f-layer Μ is formed is laminated to form the ith insulating second insulating material 9 and the substrate 32, and the third insulating substrate is formed on the third insulating substrate. The other layer of 61 constitutes the fourth surface substrate 7 of the second switch 70, and the fifth substrate 71 and the fifth insulation = the connector, each layer is extended by the extension from the top of the key. Fixed. The fixing method of each layer is not limited. The surface is fixed with adhesive tape or the like. The base material of the third joint 71a and the fourth layer which are not used in Fig. 14 are formed outside the 3n contact 72a. The predetermined area is the base of the switch module i with the metal dome and the predetermined area F1 described above. The third corresponding area) 13 The X: material can also be utilized in the first brother Substrate phase 29 201212079 As described above, in the present embodiment, the first switch 30, the second switch 70, and the third switch 60 can be produced by using one continuous substrate, so that the material cost can be reduced. Compared with the case where each switch is separately produced, the manufacturing process can be made simpler and the manufacturing cost can be reduced. Further, the first insulating substrate 31, the second insulating substrate 32, and the third insulating substrate are used. Since the fourth insulating base material 71 and the fifth insulating base material 72 are connected to each other, the alignment can be performed with high precision at the time of lamination assembly. As a result, the yield can be improved. Finally, according to Fig. 15A In the first 15C, the screen display operation during the input operation will be described. The left side of the figure shown in Fig. 15A to Fig. 15C shows the picture on the right side of the stomach display, and the display on the right side of the stomach map. The screen is displayed. The "AAAAAAAAAA" of the display example is the menu or content. The menu or content is displayed in the form of a list, which can be scrolled along the downward direction of the face. In the menu, the list of the menus displayed in the list or the content is displayed by the cursor. Fig. 15A shows the kneading surface display when the minimum pressing force Fx is not applied, Fig. 15B shows the kneading surface display when the pressing force 大于 larger than Fx is applied, and Fig. 15C shows the screen display when the maximum pressing force Fz is applied. The specific signal of the predetermined area fi to f3 in which the first contact 3U of the J A w just ό U is in contact with the second contact 32a is output to the 0N/0FF circuit 1〇〇a. If the specific area of the predetermined area: No. is displayed as 1 on the input operation surface F, the list of options or time is displayed. ° Then 'If a small pressing force Fx is applied for a predetermined time (for example, ! seconds), as shown in circle 15A' At the beginning of the operation, the cursor is moved from "AMAAAAAAAj on 30 201212079 歹J table - the adjacent Γββββ_ large pressing force Fy is selected, and the right garter is relatively more than the y pre-time (for example, i seconds), as in the first At the beginning of the operation, the cursor selects the next two lines of "___" from "AAAAAAAAAAj in the long-term". Moves in each list.

^ ^ B* pa . , , & When adding a larger pressing force FZ preview time (for example, 1 second), if the 15th cursor is moved from the ""_Α" in the list, m "~ Μ Select "GGGGGGGGG" which is listed in the next 5 lines in order to move. As shown above, in the input operation, F ^ ^ , 怼 increase % by the amount of force applied to the input operation surface, the more you can move the second position of the early time (early operation). It can also speed up the movement of the cursor. In this way, if the menu or content that the user is searching for is located at the bottom of the list, the cursor can be quickly moved by pressing the input face to force the cursor to increase the cursor, so that it can be quickly moved. Close to the order or content to start. Moreover, the user does not need to move the finger in order to move the cursor or the screen. _ Again, if a large pressing force Fq is applied for a predetermined time (for example, 1#,), it is not acceptable to enter the written F of the face F, the face of the 被 is rolled up, and the list is displayed in order. In the menu below the GGGGGG (GG), if the user continues to press the predetermined area F1~F3 of the operation surface F until the cursor is aligned (4), the configuration is as shown above. The user can control the operation amount of the device by adding or subtracting the pressing force when the input operation is performed. Therefore, even if the cursor or the screen (4) has large momentum and the amount of scrolling In many cases, the user does not need to make the fingertips shuttle back and forth several times. As a result, it is possible to provide a device for reducing the operational load of the user. 201212079 Switch module 1 and Monroe... various devices for loading the switch module 1. The description of the embodiments is not intended to limit the scope of the present invention. The elements described in the present invention are modified by the domain embodiment or the equivalents are classified as All the examples of the technical scope of the invention For example, τ is: set other switches in the switch mode group 1 of the local knowledge. For example, 'the wheel function can be added to the top of the key 1 〇. The metal cover 62 is set on the side of the layer. The first switch 3 and the second switch 70 are configured as a pair of switches. Specifically, the first switch is formed so that the first contact can be brought into contact with each other in each of the pre-turn regions of the pair of insulating substrates. The point 31 and the second contact point, at least one of the first contact 31 and the second contact 32 includes a pressure sensitive electrode layer. The switch module 1 is provided with an output means 100, and the output can be output: first The specific signal of the predetermined regions η to F3 in contact with the second contact 32 and the signal corresponding to the wheel load during the input operation. The hunting is configured as described above to reduce the insulating substrate. Since the number of layers is small, a thin switch module 1 can be obtained. [Simplified description of the drawings] The 1X series and the violent staff show a perspective view of the switch group of the present invention. Fig. 2 is a view of Fig. 1 An exploded perspective view of the switch module. Fig. 3 is a cross-sectional view taken along line ΠΙ-ΠΙ of Fig. 1. Fig. 4 shows Fig. 5 is a plan view showing a second insulating substrate and a second contact of the first switch of the embodiment. Fig. 6A is a view showing one of the spacers of the embodiment. Fig. 6B is a perspective view showing the other side of the spacer of the embodiment, which is a king's surface. Fig. 7A is a view showing a 7B diagram of one of the metal plates of the present embodiment. Fig. 8 is a perspective view showing a second switch of the present embodiment, and Fig. 8 is a perspective view showing a second switch of the present embodiment. Fig. 9 is a view showing a load f in the pressure sensitive electrode layer. An example of an electric system is shown in Fig. 10, which shows an example of a voltage detecting circuit. Fig. 11 is an enlarged view of the Q region of Fig. 3. The first circle, "Music" [Fig. 12B is a plan view showing an example of the substrate in which the first switch fish, the second switch, and the qth are formed, in order to explain the operation of the input operation. . Fig. 14 is a plan view showing another example of the substrate on which the first switch flute 9', the second switch, and the qth are formed. The first 15A shows the display example at the time of the input operation. The 15B system shows the display example of the input operation. The $15C system displays the display example of the input operation. $33 201212079 [Main component symbol description] 1 Switch module; 10 key top; 11 frame; 20 operation sheet; F input Operating surface; F1 first predetermined area; F2 second predetermined area; F3 third predetermined area; 21 operation display surface; 30 first switch; 31 first insulating substrate; 31a, 31b, 31c first contact; 2nd insulating substrate; 32a, 32a, 32a 2nd contact; 33 spacer; 40 spacer; 41 convex part (third switch pressing part); 42a, 42b protrusion; 50 metal plate; 51 second switch pressing 52; 3rd switch pressing portion; 52a, 52b through hole; 60 3rd switch; 61 3rd insulating substrate; 62 metal dome; 63 conductive circuit layer; 70 2nd switch; 71 4th insulating substrate ; 71a third contact, pressure-sensitive electrode layer; 72 fifth Insulating substrate; 72a 4th contact, pressure sensitive electrode layer; 80 base plate; 100 detection means; 1 00a ON/OFF circuit; 100b voltage detection circuit; S slit; Sa arm.

Claims (1)

201212079 VII. The scope of the patent application: 1. A switch module, comprising: a first switch, especially dkl Λ 73, in the first or second pair of insulating substrates, forming a second contact and a second connection Point == 21 == the specific signal of the predetermined area in contact with the second contact; and the edge A material: ~ is laminated on the first switch, in the area corresponding to the other - opposite, predetermined area At least one of the third blades that are in contact with each other, ... before the third contact and the fourth contact, at least one of the third contact and the contact includes the pressure-sensitive electrode in operation Enter the signal corresponding to the negative cut. The switch module of the patent application scope ,1, in which the r switch is additionally laminated on the front side of the ith switch or the above-mentioned other insulating substrate The metal dome is formed with a conductive circuit layer including a pressing arrow π A s# Μ γ π; the third switch of the pressed pressing contact is provided on the input side of the input operation of the third switch, A pressing force is applied to the top of the metal dome of the foregoing metal dome. 3. The switch module of claim 2, wherein the 帛i switch, the third switch, and the second switch are stacked in sequence from the input side of the fine-grained operation. The switch module of claim 2, wherein the front side of the aforementioned dome is additionally provided with a metal plate. 5. The switch module of claim 2, wherein the third contact and the fourth technology a and the upper contact ir' of the 35th 201212079 2 switch are provided in the metal cover of the third switch The front part of the installation area is different from the front area of the installation area. 6. For example, the switch module of the second application is a 4 inch switch module, in which a pair of insulating substrates of the first switch are connected to the front, The other pair of insulating base materials of the second switch and the insulating base material of the third switch are composed of one continuous base material, and the P contact, the second contact, and the third contact The fourth contact point and the conductive circuit layer including the pressing contact are formed on the same main surface of the substrate. 7. The switch module of claim ii, wherein the second switch pressing portion is included It is provided on the input side of the aforementioned input operation of the first door M^ into the j & 笫z switch, and is used for the third pile of the second switch to go to the B> The contact points are given a pressing force. 8. As in the patent application scope, the switch module, wherein The outer cover includes: a third switch that mounts a metal dome on the main surface of the input side of the insulating substrate included in the second switch, and is formed to include the pressing and the aforementioned a conductive circuit layer of the pressing contact that is in contact with the top of the metal dome; and a third switch pressing portion is provided on the input side of the input operation of the third switch, and the top of the metal dome is pressed a pressure switch, a 9"-type switch module, comprising: a first contact point and a second turn point which are in contact with each other in a predetermined area of the insulative base material, and the first contact point And at least one of the second contacts and the switch including the pressure sensitive electrode layer, 36 201212079 ' includes an output means for outputting a specific signal of a predetermined area in contact with the first contact and the second contact And the signal corresponding to the input load at the time of input operation. 37