JP5650623B2 - Meter device for saddle-ride type vehicles - Google Patents

Description

  The present invention relates to a meter device for saddle-ride type vehicles, and in particular, a meter device that is provided at the front portion of a vehicle body and that is arranged with its center portion in the vehicle width direction aligned with the center portion in the vehicle width direction of an occupant seat. The present invention relates to a straddle-type vehicle meter device suitable for making a driver's reflection on a lens inconspicuous.

  BACKGROUND ART A meter device for a saddle-ride type vehicle such as a motorcycle or a tricycle includes, for example, a meter box and a lens that covers the front surface of the display panel and covers the meter box, as described in Patent Document 1. The display panel is a plate member, that is, a display plate on which characters, numbers, symbols, scales, and the like corresponding to a display target are arranged or printed.

  When the driver looks into a meter arranged in front, the driver himself may be reflected on the lens. In particular, when the lens has a flat shape, the reflection is easily noticeable. Therefore, the reflection is made inconspicuous by using a convex shape in which the lens is curved outward, that is, away from the display plate surface.

JP 2008-196984 A

  By setting the convex shape of the lens to a large curvature, that is, a small radius of curvature, the image of the driver due to the reflection becomes small, so that it becomes inconspicuous. However, as the radius of curvature decreases, the lens projects outward, so the height dimension (dimension from the display surface of the display plate to the outside of the lens) increases and the lens may become larger. It cannot be made too small.

  On the other hand, when the radius of curvature is increased, the lens is almost flat at the top of the curvature. Therefore, if the top is directed toward the driver's line of sight, the driver's eye can be given even if the lens has a curvature. The face will be reflected. As described above, in the related art, there is a problem that even if the curvature of the lens is increased or decreased, it is difficult to make the driver's own reflection inconspicuous.

  The object of the present invention is a saddle riding type that solves the above-described problems and makes the reflection of the driver on the lens of the meter device arranged in front of the driver less noticeable while suppressing an increase in size in the height direction. The object is to provide a vehicle meter device.

  In order to achieve the above object, the present invention provides a display board (51) provided in the meter housing (50) and arranged in front of the driver, and the display board (51) connected to the meter housing (50). 51) A saddle-ride type vehicle meter device that includes a meter lens (53) that covers an upper portion of the vehicle and has a convex curvature upward, and the top portion (53P) of the curvature of the meter lens (53) is The first characteristic is that the vehicle is located on the left or right side of the vehicle width direction center (CL).

  The present invention also provides a pointer-type display part (81) disposed on the center (CL) in the vehicle width direction of the vehicle, and is biased to the same side as the top part (53P) with respect to the pointer-type display part (81). And a light emitting digital display unit (83) arranged in the above manner.

  Further, the present invention provides a vehicle in which the display plate (51) has a plurality of circular display portions corresponding to a plurality of instruments including the pointer type display portion (81) so that adjacent portions partially overlap each other. The meter lens (53) is formed so as to integrally cover at least two of the plurality of circular display portions, and the meter housing (50) is configured to be connected to each other in the width direction. The meter lens (53) includes a cover member (50b) covering the outer periphery of each of the circular display portions, and the top portion (53P) of the meter lens (53) includes the plurality of circular displays. There is a third feature in that it is located in the overlapping part.

  In the present invention, the digital display unit (83) includes a liquid crystal display unit (831) having a rectangular outer shape, and the liquid crystal display unit (831) includes the pointer-type display unit (81) and the pointer type display unit (81). The cover member (50b) is arranged in a circle in which a part of the liquid crystal display means (831) is arranged. There is a fourth feature in that it covers the outer periphery of the display unit.

  Further, according to the present invention, the pointer type display unit (81) is an engine speed display unit that is a drive source of a vehicle provided with the meter device, and the digital display unit (83) is a vehicle speed display unit. In addition, the top portion (53P) of the meter lens (53) is disposed between the vehicle width direction center portion of the rotation speed display portion (81) and the vehicle width direction center portion of the vehicle speed display portion (83). There is a fifth feature.

  In addition, the present invention has a sixth feature in that the top portion (53P) of the meter lens (53) is located substantially at the center in the vehicle width direction of the meter lens (53).

  Further, according to the present invention, the rim (81F, 82F, 83F) of the upper case (55b) is set higher than the peripheral portion (SF) of the rim, and the rim (81F, 82F, 83F) Among them, the circular overlapping part (OL2) forming the pointer type display part (81) and the digital display part (83) is cut out so that the surface of the meter lens (53) is exposed. The seventh feature is that the notch surfaces (88, 89) of the rim are chamfered at a wide angle.

  According to the present invention having the first to seventh features, the portion of the meter lens corresponding to the vehicle center is tilted to the left or right (because the top of the meter lens is tilted downward and tilted). When a person looks into the meter, the driver's own image from the meter lens is reflected in either the left or right tilt direction and deviates from the driver's line of sight. Therefore, the driver's reflection on the meter lens can be made inconspicuous, and the top of the meter lens can be shifted to either the left or right, so it is different from reducing the curvature radius to reduce the reflection. Therefore, the increase in the size of the meter device can be suppressed.

  According to the present invention having the second feature, the light emitting type digital display section is arranged on the same side as the side on which the top of the meter lens is biased, so that the meter is located at a position corresponding to the digital display section. The lens faces the digital display unit at an angle that is relatively parallel. Therefore, the transmittance of the meter lens is improved, and as a result, the light source (for example, LED) of the digital display unit can be made to have a small output.

  According to the present invention having the third feature, the top of the meter lens is set between the circular display portions, that is, the portion where the size of the meter lens in the direction orthogonal to the vehicle width direction is reduced. This can make it more difficult to notice. Also, since the top of the meter lens is located between the circular pointer-type display unit and the circular display unit adjacent to the pointer-type display unit, look into either the pointer-type display unit or the adjacent display unit. However, the image of the driver is reflected in a direction deviating from the driver's line of sight, and the reflection of the driver can be made inconspicuous.

  Further, in a horizontally long meter lens in which a plurality of circular display portions are connected in the vehicle width direction, it is difficult to reduce the radius of curvature if the height of the meter lens is suppressed. Therefore, the meter lens whose top is shifted to the left or right is effective in making the reflection less noticeable without reducing the radius of curvature.

  The light-emitting digital display unit including the liquid crystal display means having the rectangular outer shape is difficult to fit in the circular display unit when the size is increased, but according to the present invention having the fourth feature, the circular display units adjacent to each other are overlapped. Since the liquid crystal display means is arranged across the portions, the light emitting digital display portion can be of a relatively large size.

  According to the present invention having the fifth feature, the portion with the highest curvature, that is, the top, where the permeability is most improved, is between the center portion in the vehicle width direction of the rotation speed display portion and the center portion in the vehicle width direction of the vehicle speed display portion. Since they are arranged, the transparency of both the rotation speed display unit and the vehicle speed display unit can be improved with good balance.

  According to the present invention having the sixth feature, the height of the meter lens (the height with respect to the surface of the display plate) is suppressed because the top of the meter lens is located substantially in the center in the vehicle width direction. can do.

  According to the present invention having the seventh feature, the light-emitting digital display unit is made to correspond to the portion of the upper case rim that is set higher than the peripheral portion, and the light-emitting digital display unit is made to correspond. Larger sizes can be achieved without having the parts fit within one circular rim. Further, since the cut-out surface of the cut-out portion is chamfered at a wide angle, a wide-angle visual field is provided on the front surface of the digital display unit, and the visibility of the digital display unit by the driver can be enhanced.

1 is a left side view of a motorcycle including a meter device according to an embodiment of the present invention. 1 is a perspective view of a main part of a motorcycle including a meter device according to an embodiment of the present invention. It is a front view of a meter apparatus. FIG. 4 is a cross-sectional view taken along 4-4 in FIG. 3. FIG. 5 is a sectional view taken along line 5-5 in FIG. 3. FIG. 6 is a sectional view taken along line 6-6 in FIG. 3. It is a model front view of the meter apparatus which shows the shape and positional relationship of a meter lens and an upper case. It is sectional drawing of the meter lens in the 8-8 cross section of FIG.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a left side view of a motorcycle which is a saddle-ride type vehicle equipped with a meter device according to an embodiment of the present invention. In FIG. 1, a motorcycle 1 is equipped with a single-cylinder four-cycle water-cooled engine 2. The body frame 3 of the motorcycle 1 has a main frame 31 that is joined to the upper end portion of the head pipe 30 and extends obliquely downward and rearward, and a front end portion that is joined to the lower end portion of the head pipe 30 and is inclined. A down frame 32 extending downward and rearward, a seat frame 33 extending obliquely upward and rearward from an intermediate portion of the main frame 31, and joined to the seat frame 33 at the rear portion and substantially parallel to the seat frame 33 and slightly A rear frame 34 that is disposed at the front lower side, a bracket 35 that is joined to the rear end portion of the main frame 31 and the front end portion of the rear frame 34 and extends downward, and the upper frame 31 on the extension line of the seat frame 33 and And a subframe 36 to which both ends of the down frame 32 are joined.

  Ribs 37, 38 and 39 are provided between the main frame 31 and the down frame 32, and ribs 40 are provided between the sub frame 36 and the down frame 32. Ribs 41 and 42 are provided between the seat frame 33 and the rear frame 34. The above-described members constituting the vehicle body frame 3 are provided on the left and right sides of the vehicle body to form a pair.

  The engine 2 includes a cylinder part 21, a crank part 22, and a speed reducer part 23. An intake pipe 24 is connected to the engine 2, and an end of the intake pipe 24 is communicated with the inside of the air cleaner 4. An exhaust pipe 25 is connected to the front part of the engine 2, and the exhaust pipe 25 bypasses the lower part of the vehicle body and is connected to the muffler 5 at the rear part of the vehicle body. The engine 2 is coupled to and supported by the lower portion of the bracket 35 and the down frame 32. A radiator 43 through which the cooling water of the engine 2 is circulated is attached to the down frame 32.

  A steering stem (not shown) is disposed in the head pipe 30 so as to be directed in the vertical direction, and a top bridge 26 and a bottom bridge 27 are connected to the top and bottom of the steering stem, respectively. A front fork 28 is supported by the top bridge 26 and the bottom bridge 27. A front wheel shaft 29 is provided at the lower end of the front fork 28, and the front wheel FW is supported by the front wheel shaft 29. A steering handle 6 is attached to the top bridge 26, and a grip 44 and a mirror 45 are attached to the steering handle 6.

  A stay (not shown) extends from the head pipe 30 toward the front of the vehicle body, and the headlight 7 and the meter device 8 are supported by the stay.

  The bracket 35 constituting a part of the body frame 3 is provided with a pivot 9 extending in the vehicle width direction, and the pivot 9 supports the front portion of the swing arm 10 so as to be rotatable. A rear wheel shaft 11 is provided at the rear end of the swing arm 10, and the rear wheel RW is supported by the rear wheel shaft 11. A drive side sprocket and a driven side sprocket (not shown) are coupled to the output shaft 46 and the rear wheel shaft 11 of the speed reducer unit 23, respectively, and the drive chain 12 is spanned between the two sprockets so that the engine output is transmitted to the rear wheel RW. Is done.

  The front end of the swing arm 10 is pivotally supported by the pivot 9, and the intermediate portion is supported by the cushion unit 13. That is, the cushion unit 13 is connected to the swing arm 10 and the vehicle body frame 3 (here, the bracket 35) between the pivot 9 of the swing arm 10 and the rear wheel RW. The upper end of the cushion unit 13 is supported by the bracket 35 below the air cleaner 4 and in front of the storage position of the battery 19, and the lower end is connected to the swing arm 10 via a link mechanism 14 disposed below the swing arm 10. The That is, the stay 15 is joined to the lower surface of the swing arm 10.

  On the main frame 31 and the seat frame 33, the fuel tank 16 is disposed at the front and the occupant seat 17 is disposed at the rear. The air cleaner 4 is positioned in front of and below the passenger seat 17. The passenger seat 17 is disposed on the center CL in the vehicle width direction of the vehicle.

  The rear fender 18 is supported by the seat frame 33 and the rear frame frame 34. The rear fender 18 extends rearward from the vicinity of the upper portion of the bracket 35 and functions as a mudguard that prevents mud and water from being scattered and is located above the rear wheel RW, and the upper portion is formed in a box shape. It is used as an article storage case (article storage section) including at least the storage section of the battery 19.

  A rear lamp unit 48 is provided behind the occupant seat 17.

  FIG. 2 is a front perspective view of the motorcycle 1 as seen from the direction of the arrow V shown in FIG. The arrow V is the direction of the rotation axis of the display pointer 67 of the tachometer 81 provided in the meter device 8, and is the direction orthogonal to the display board 51 (see FIG. 3). In FIG. 2, the steering handle 6 extends in the vehicle width direction, and is attached to the top bridge 26 by a clamp 49 and four bolts 70 that fix the clamp 49. Switch boxes 71 and 72 are provided on the left and right of the steering handle 6, respectively. A key box 53 that houses a key cylinder is provided in front of the clamp 49, and a key insertion hole 54 is exposed on the upper surface of the key box 53.

  A meter device 8 is disposed in front of the key box 53. The meter device 8 is supported by a stay 55 extending forward from the head pipe 30. The stay 55 can fix the blinker lamps 56 and 57 at the left and right ends.

  The meter device 8 includes an engine speed meter (tachometer) 81 as a first display unit at the center in the vehicle width direction. On the left side of the tachometer 81 is a headlight state, a transmission neutral, and an engine fuel injection control state. A second display unit (for simplicity, referred to as “indicator”) 82 including a plurality of indicators is provided. Further, on the right side of the tachometer 81, a third display unit (generally referred to as “vehicle speed meter”) 83 including a vehicle speed meter, a remaining fuel meter, a cooling water temperature meter, an od trip meter, and a clock is provided. The tachometer 81 is a pointer-type display unit, the indicator 82 is an LED indicator, and the vehicle speedometer 83 is a light-emitting digital display device. Direction indication display sections 84 and 85 are provided on the upper and left sides of the tachometer 81, and on the lower and right sides of the tachometer 81, a display setting switch (mode select switch) 86 of the speedometer 83 and a trip meter included in the speedometer 83 are reset. And a switch 87. The vehicle speedometer, which is a light-emitting digital display device, is a backlight type in which a light emitting body such as an LED is disposed on the back side of the digital display unit and light is emitted from the back side if the digital display unit appears to emit light. It may be of a type that emits light from the digital display unit itself.

  3 is an enlarged front view of the meter device, FIG. 4 is a sectional view taken along the line 4-4 in FIG. 3, FIG. 5 is a sectional view taken along the line 5-5 in FIG. In these drawings, the meter device 8 includes a meter housing 50, a display plate 51 provided in the meter housing 50, and meter lenses 52, 53 and 58, 59 covering the display plate 51. The meter housing 50 includes a lower case 50a and an upper case 50b assembled to the lower case 50a with a seal member 54 interposed.

  Bolts 60 for attaching the meter housing 50 to stays 55 extending from the head pipe 30 of the vehicle body frame 3 are arranged in a plurality of locations (for example, 3 locations) in the lower case 50a. The bolt 60 can be provided integrally with the lower case 50a by insert molding. The meter device 8 is fixed to the vehicle body by inserting the bolt 60 into a hole (not shown) provided in the stay 55 and screwing the nut.

  A circuit board 61 is fixed to the lower case 50 a, and the display board 51 is fixed to the circuit board 61 via an inner case 62. On the circuit board 61, LEDs 63, 64, 65 and 66 for illuminating the display board 51 from the back surface, a movement 68 for driving the display pointer 67 of the tachometer 81, and contact portions of the mode select switch 86 and the reset switch 87. (A contact portion of the reset switch 87 is shown in FIG. 6) 87a. The movement 68 is attached to the circuit board 61 from below so that the output shaft faces upward. The circuit board 61 is provided with a connector 89 for receiving power and signals from the outside.

  The display board 51 is provided with a tachometer 81 scale and an indicator 82 mark. The marks of the indicator 82 are a mark 821 indicating the state of the headlight, a mark 822 indicating the neutral state of the transmission, and a mark 823 indicating the state of fuel injection control.

  The light of the LED 63 is guided to the back surface of the tachometer 81 through a light guide formed by the inner case 62. The LED 64 irradiates the mark 822 of the indicator 82 from the back surface of the display plate 51. The LEDs that respectively irradiate the marks 821 and 823 are also provided in the same manner as the LEDs 64. The LED 65 irradiates the lens 59 of the direction indication display unit 85 with light. An LED (not shown) that irradiates light to the lens 58 of the direction indication display unit 84 is provided on the circuit board 61 at a symmetrical position with the LED 65 in the same manner as the LED 65. LED66 is arrange | positioned at the back surface of LCD (liquid crystal display means) 831 which comprises the vehicle speedometer 83, and irradiates LCD831 with light from the back surface through the diffusion plate 90 extended to the front of LED66.

  The meter lens 52 covers a corresponding portion of the indicator 82 of the display board 51, and the meter lens 53 integrally covers a corresponding portion of the tachometer 81 and the vehicle speed meter 83 of the display board 51. Each of the meter lenses 52 and 53 has a partially spherical outer surface that is curved away from the display surface side of the display plate 51. That is, the lenses 52 and 53 have an upward convex curvature in FIGS.

  The upper case 50b covering the meter lenses 52 and 53 is adjacent to the left side of the first rim 81F and a circular thick portion (first rim) 81F that surrounds the tachometer 81 and forms the outline of the tachometer 81. A circular thick portion (second rim) 82F that surrounds the indicator 82 and forms the outline of the indicator 82, and a circular thick portion that surrounds at least the right side portion of the vehicle speedometer 83 adjacent to the right side of the first rim 81F. And a portion (third rim) 83F.

  The second rim 82F and the third rim 83F partially overlap each other in the left-right direction (vehicle width direction) with respect to the first rim 81F. The first rim 81F is utilized in the overlapping portion OL1 between the first rim 81F and the second rim 82F, and the second rim 82F is deleted in the overlapping portion OL1. On the other hand, in the overlapping portion OL2 between the first rim 81F and the third rim 82F, both the first rim 81F and the second rim 82F are deleted by chamfering, and the meter lens 53 corresponding to the overlapping portion OL2 is removed. The surface is exposed.

  The first rim 81F, the second rim 82F, and the third rim 83F have outer surfaces (peripheral portions) that are stepped down from the outer periphery to form a flat surface SF.

  The vehicle speed meter 83 is disposed across the overlapping portion OL2 from the region surrounded by the third rim 83F to the region surrounded by the first rim 81F. That is, in the overlapping portion OL2, the first rim 81F and the third rim 83F are notched and the surface of the meter lens 53 is exposed, so the light emission for the vehicle speedometer 83 attached to the display board 51 is achieved. The display by the formula LCD 831 can be seen through the meter lens 53. As described above, since the first rim 81F and the third rim 83F are notched between the overlapping portion OL2, that is, between the cut surfaces 88 and 89, it is sufficient to straddle two regions in order to arrange the vehicle speedometer 83. A large space can be secured. Further, the notch surfaces 88 and 89 are chamfered at a wide angle in a direction in which the distance between the notch surface 88 and the notch surface 89 increases as the distance from the surface of the meter lens 53 increases. In addition, a wider field of view can be provided, and the visibility of the vehicle speedometer 83 by the driver can be enhanced. In particular, when the meter device 8 is viewed from the rear oblique direction, the portion where the driver's eye line DE is blocked by the first rim 81F can be minimized, and the range in which the vehicle speedometer 83 can be viewed can be maximized.

  The meter lens 53 covering the two regions provided with the tachometer 83 and the vehicle speedometer 83 has a partially spherical outer surface (that is, the cross section is an arc), and its top 53P (from the display surface of the display plate 51). Since the rotation center TC of the tachometer 81 is located at the center CL in the vehicle width direction of the vehicle, the farthest position or the position that is the uppermost position in the rotation axis direction of the pointer is the center of the tachometer 81 (the rotation of the pointer 67). The center TC) and the vehicle width direction center CL of the vehicle are biased to the right by a distance D (see FIG. 5).

  Further, the apex portion 53P of the meter lens 53 in the front-rear direction of the meter device 8, that is, in the up-down direction in FIG.

  FIG. 7 is a schematic front view of the meter device 8 showing the shapes and positional relationships of the meter lens 53 and the upper case 50b, and FIG. 8 is a cross-sectional view of the meter lens 53 in the 8-8 cross section of FIG. In FIG. 8, for easy understanding, the curvature of the meter lens 53 is smaller than that performed, and therefore the curvature radius is drawn greatly exaggerated.

  As shown in FIG. 7, the meter lens 53 includes a first portion 53 a that mainly covers the tachometer 81 and a second portion 53 b that mainly covers the vehicle speed meter 83. The first portion 53a and the second portion 53b partially overlap each other, and the overlapping portion OL3 corresponds to the position of the overlapping portion OL2 of the first rim 81F and the third rim 83F.

  The position at which the distance LD from the top 53P of the curved meter lens 53, that is, the surface of the display plate 51, is the most distant is set in the middle of the dimension LL of the meter lens 53 in the vehicle width direction and substantially at the center of the overlapping portion OL3. Is done. The meter lens 53 is formed in a circular arc shape having a curvature from the top 53P toward the periphery, as depicted by a plurality of contour lines in the drawing around the top 53P.

  The center CC of the first portion 53 a of the meter lens 53 is matched with the rotation center TC of the pointer 67 of the tachometer 81. Further, the rotation center TC of the tachometer 81 and the center CC of the meter lens 53 are located on a line indicating the center CL in the vehicle width direction of the vehicle. Further, the rotation center TC of the tachometer 81 is set to coincide with the center CL in the vehicle width direction of the vehicle, and the position is set so that the driver seated on the occupant seat 17 in the driving posture faces the tachometer 81. That is, the top 53P of the meter lens 53 is set so as to be shifted to the vehicle speedometer 83 side from the directly facing position of the driver.

  As described above, according to the meter device 8 of the present embodiment, the top 53P of the meter lens 53 that covers the pointer type display unit 81 at a position deviated in the vehicle width direction with respect to the pointer type display unit 81 facing the occupant. Therefore, the reflection of the driver on the meter lens 53 can be made inconspicuous. In this embodiment, the top 53P is offset backward with respect to the rotation center TC of the pointer of the tachometer 8 so as to bring the top 53P closer to the digital display device 83 in order to improve the light transmittance of the light emitting digital display device 83. Yes.

  It should be noted that those skilled in the art can modify the present invention without departing from the spirit of the present invention described in the claims. For example, the top 53P is offset to the left and right in order to make the reflection on the lens inconspicuous, but the reflection is made by offsetting the top 53P in the front-rear direction with respect to the rotation center TC of the pointer of the tachometer 8. It can also be adjusted so as not to stand out. Further, in the present embodiment, the vehicle speed meter 83 which is a light-emitting digital display device is provided so as to delete the overlapping portion between the rims 81F and 83F and straddle the overlapping portion. be able to. However, the vehicle speed meter 83 is not limited to be disposed across the overlapping portion between the rims 81F and 83F, and may be disposed within a range surrounded by the rim 83F. In that case, the cutout of the overlapping portion between the rims 81F and 83F may not be provided. When the vehicle speedometer 83 is disposed within the range surrounded by the rim 83F, a pointer-type vehicle speedometer may be used instead of the digital display device.

  The meter lens 53 is configured to integrally cover the tachometer 81 and the vehicle speed meter 83, but the meter lens 53 and the meter lens 52 that covers the indicator 82 may be integrally formed. In this case, the meter lens is enlarged as a whole, but the top of the meter lens is set so as to be deviated from the center of the display plate 51. However, the direction of bias is not limited to the right side of the vehicle body, that is, the vehicle speedometer 83 side, but may be set to the indicator 82 side.

  Further, the meter lens is not limited to integrally covering the tachometer 81 and the display unit adjacent to the right side of the tachometer 81, but the display unit adjacent to the tachometer 81 and the left side of the tachometer 81 (in the embodiment, the indicator 82). ) May be integrally covered.

  The present invention is a straddle-type vehicle meter device having a configuration in which the driver is in a driving posture straddling the occupant seat and the occupant seat is aligned with the meter device so that the driver faces the display board 51. I just need it. Accordingly, such a meter device is not limited to a motorcycle meter device, but includes a tricycle and a four-wheel vehicle meter device within the scope of the present invention.

  DESCRIPTION OF SYMBOLS 1 ... Motorcycle, 2 ... Engine, 3 ... Body frame, 4 ... Air cleaner, 6 ... Steering handle, 8 ... Meter apparatus, 9 ... Axis, 10 ... Swing arm, 13 ... Cushion unit, 14 ... Link mechanism, 16 ... Fuel Tank, 17 ... Crew seat, 18 ... Rear fender, 19 ... Battery, 24 ... Intake pipe, 25 ... Exhaust pipe, 28 ... Front fork, 50 ... Meter housing, 50b ... Upper case, 51 ... Display board, 52, 53 ... Meter Lens, 53P ... Lens top, 81 ... Tachometer (pointer type display unit), 81F, 82F, 83F ... Rim, 82 ... Indicator, 83 ... Vehicle speedometer (light emitting digital display unit), 831 ... LCD (liquid crystal display means)

Claims (7)

A display board (51) provided in the meter housing (50) and disposed in front of the driver, and connected to the meter housing (50) to cover the upper side of the display board (51) and project upward. A straddle-type vehicle meter device comprising a meter lens (53) having a curvature of
The top portion (53P) of the curvature of the meter lens (53) is located on either side of the vehicle width direction center (CL) of the vehicle ,
A meter device for a saddle-ride type vehicle, wherein the display plate (51) is provided on a meter disposed on the center (CL) in the vehicle width direction . A pointer-type display unit (81) disposed on the vehicle width direction center (CL) of the vehicle;
The eaves-type digital display section (83) arranged so as to be biased to the same side as the top section (53P) with respect to the pointer-type display section (81). Ride type vehicle meter device. The display board (51) connects a plurality of circular display portions corresponding to a plurality of instruments including the pointer type display portion (81) to each other in the vehicle width direction so that adjacent portions partially overlap each other. Configuration
The meter lens (53) is formed so as to integrally cover at least two of the plurality of circular display portions,
The meter housing (50) includes a cover member (50b) covering the outer circumference of the circular display portion on the meter lens (53).
The meter device of the saddle-ride type vehicle according to claim 2, wherein the top portion (53P) of the meter lens (53) is located in an overlapping portion of the plurality of circular display portions. The digital display unit (83) includes a liquid crystal display unit (831) having a rectangular outer shape, and the liquid crystal display unit (831) includes the pointer type display unit (81) and the pointer type display unit (81 ) And the overlapping part with the circular display part adjacent to
The meter of the saddle riding type vehicle according to claim 3, wherein the cover member (50b) covers an outer periphery of a circular display portion on which a part of the liquid crystal display means (831) is arranged. apparatus.   The pointer type display unit (81) is an engine speed display unit that is a drive source of a vehicle in which the meter device is provided, the digital display unit (83) is a vehicle speed display unit, and the meter lens. The top part (53P) of (53) is arranged between the center part in the vehicle width direction of the rotation speed display part (81) and the center part in the vehicle width direction of the vehicle speed display part (83). The meter device for a saddle-ride type vehicle according to any one of claims 2 to 4.   The straddle-type vehicle meter device according to claim 1, wherein a top portion (53P) of the meter lens (53) is located at a substantially center of the meter lens (53) in the vehicle width direction. The rim (81F, 82F, 83F) of the upper case (55b) is set higher than the peripheral portion (SF) of the rim;
Of the rim (81F, 82F, 83F), the circular overlapping portion (OL2) forming the pointer type display portion (81) and the digital display portion (83) exposes the surface of the meter lens (53). Is cut out to
5. The straddle-type vehicle meter device according to claim 3, wherein the cut-out surfaces (88, 89) of the rim are chamfered at a wide angle.