throbber
(19) dapan Patent
`Offiee (JP)
`
`(12) Published Utility Model
`Publication (LD
`
`Identifieation No.
`
`(60 Int.Ch3
`GO38B
`21/132
`GO2B
`7/198
`27/18
`
`(11) Utility Model
`Appheation No.
`H2-476387
`(43) Publication Date:
`Mareh 36, 1990
`
`Internal File No.
`80042H
`8106-21
`76392H GO2B TIBB
`Request for Examination’ Not yet Requested
`the numberof claims 1 (all pages)
`
`(54 Nameof Invention
`Projection Micrer Supporting Mechanism
`of Folding Overhead Projector Device
`
`(71)Applicant: Fujitsu Limited
`1015 Kamikodanaka, Nakahara-ku,
`Kawasakishi, hanagawa
`
`(74) Representative:
`Patent Attorney, Kou Matsumoto
`
`(20) Appheation No.: S63- 124693
`
`(22) Filing Date: September 26, 1988
`
`(72) Inventor: Shire Tani
`c/o Fujitsu Limited
`1015 Kamikodanaka, Nakahara-ku,
`Kawasakishi, Kanazawa
`
`

`

`i. Name of Invention
`
`Specification
`
`Projection Mirror Supporting Mechanismof Folding Overhead
`
`Projector Device
`
`2. Scope of Claims for Utihty Model Registration
`
`A projection mirror supporting mechanism of a folding overhead
`
`projector device, the folding overhead projector device having an arm (12)
`
`turnably attached to a stage portion (10) in which a condensing Fresnel lens
`
`and a reflective plate are provided, and having attached to a front end
`
`portion of the arm (12) a lamp house (14) provided with a light source lamp
`
`(26), a projection lens (22), and a projection mirror (17), and being
`
`configured to support the arm(12) at a predetermined angle byreleasable
`
`stopper means, wherein
`
`the projection mirror (17) is attached to a frame body (18), a first pin
`
`(80) is fixed in the vicinity of a lower end portion in a side part of the frame
`
`body (18) and a second pin (89) is fixed at a predetermineddistance spaced
`
`apart from thefirst pin (80),
`
`the lamp house (14) is provided with a horizontal first oblong hole
`
`(34) which guides the first pin (80) to slide and a vertical second oblong hole
`
`(86) which guides the second pin (82) to slide, and
`
`means (88) which supports the projection mirror (17) at a desired
`
`angle is provided,
`
`3. Detailed Description of the Invention
`
`

`

`Summary
`
`The present invention relates to a projection mirror supporting
`
`rnechanismof a folding overhead projector device, and an object of the
`
`present invention is to provide a projection mirror supporting mechanism
`
`allowing a projection angle to be wide and enabling projection without
`
`getting projected images dark up to an upper part ofascreen.
`
`Inthe
`
`folding overhead projector device having an arm turnably attached toa
`
`stage portion in which a condensing Fresnel lens and a reflective plate are
`
`provided, and having attachedto a front end portion of the arm a lamp
`
`house provided with a light source lamp, a projection lens, and a projection
`
`mirror, and being configured toe support the arm at a predetermined angle
`
`by releasable stopper means, the projection mirror is attached to a frame
`
`body, a first pin is fixed in the vicinity of a lower endportion in a side part of
`
`the frame body and a second pinis fixed at a predetermined distance spaced
`
`apart from the first pin, the lamp house is provided with a horizontal first
`
`oblong hole which guides the first pin to shde and a vertical second oblong
`
`hole which guides the second pin to slide, and means which supports the
`
`projection mirror at a desired angle is provided.
`
`Industrial Applicability
`
`The present invention relates to a projection mirror supporting
`
`mechanism of an overhead projector device (hereinafter referred to asGHP
`
`device).
`
`An OHP device is a device for magnifying and projecting, on a
`
`screen, display images formed on an OHP sheet or the like. Because the
`
`

`

`OHPdevice enables explanation to a large audience while indicating images
`
`magnified and projected on the screen, the device is often used for
`
`magnifying and projecting images in various presentations for conference,
`
`education, and the like. This OHP device commonly includes a lamp house
`
`attached, by an arm, at a predetermined distance spacedapart from a stage
`
`portion provided with a condensing Fresnel lens and a reflective plate, the
`
`lamp house being provided with a light source lamp, a projection lens, anda
`
`projection mirror, in which the hght source such as a halogen lamp
`
`irradiates an CHPsheet placed on the stage portion, the Fresnel lens and
`
`the reflective plate condense light at a position of the projection lens, and
`
`the projection lens and the projection mirror magnify and project a display
`
`image on a screen.
`
`buch an OHPdevice is commonly provided with a folding
`
`mechanism in an arm for convemence of portability, the mechanism
`
`allowing a lamp house and the arm to be compactly folded inte a stage
`
`portion. Additionally a projection mirror is turnablyattached to the lamp
`
`house, so that adjusting an angle of the projection mirror enables a
`
`projection position on a screen to be changed.
`
`Conventional Technique
`
`FIG. 5 shows a viewof an overall configuration of a conventional
`
`OHP device, in which a stage portion 10 is provided with a condensing
`
`Fresnel lens and areflective plate as is publicly known. Anarm121s
`
`turnably attached to the stage portion 10, and the arm 12 has a front end to
`
`which a lamp house 14 is turnably attached. Although not particularly
`
`

`

`shown, the lamp house 14 is provided with a halogen lamp as alight source,
`
`a mirror which reflects ight from the halogen lamp toward the Fresnel lens
`
`provided in the stage portion 10, and a projection lens, and a projection
`
`mirror portion 16 is turnablyattached to the lamp house 14 so as to be
`
`capable of adjusting a projection position on a screen.
`
`FIG. 61s a view ofa schematic configuration of the OHP device as
`
`folded. As a folding procedure, first, after horizontally bending the
`
`projection mirror 16 forward on the lamp house 14 and then, turning the
`
`lamp house 14 clockwise in FIG. 5 andfolding the lamp house on the arm
`
`12, the arm 12 is turned counterclockwise and folded as shown in FIG. 6.
`
`At this time, a length of the projection mirror 16 is decided and turnably
`
`attached to a predetermined position of the lamp house 14 so that the
`
`projection mirror 16 will not interference with the stage portion10.
`
`Fig. 7 is an explanatory viewof a conventional projection mirror
`
`supporting mechanism, in which the projection mirror 161s attached toa
`
`frame body 18, and the frame body 18 is turnably attached to the lamp
`
`house 14 by a turn supporting mechanism 20.
`
`22 represents a projection
`
`lens.
`
`Problems to Be Solved by the Invention
`
`Thus, a conventional projection mirror supporting mechanismis a
`
`turn supporting mechanism which turnably supports a lower part ofa frame
`
`body of a projection mirror, in which a length of the projection mirroris
`
`limited so as not to interfere with a stage portion when an arm is folded.
`
`Therefore, when the projection mirror 16 is made to have a large angle 8 in
`
`5
`
`

`

`FIG. 7, light having passed through the projection lens 22 goes straight
`
`without reflecting on a front end portion of the projection mirror 16, and
`
`whenthe angle 0 of the projection mirror 16 is not less than a
`
`predetermined angle, there occurs a problem that projected images which
`
`are projected on a screen have an upperpart getting dark.
`
`The present invention has been made in light of the above-described
`
`circumstances, and an object of the present invention is to provide a
`
`projection mirror supporting mechanismof a folding OHP device, the
`
`projection mirror supporting mechanism allowing a projectionangle to be
`
`wide and enabling projection without getting projected images dark up to an
`
`upper part of a screen.
`
`Means for Solving the Problem
`
`
`
`In a folding overhead projector device having an arm turnably
`
`attached to a stage portion in which a condensing Fresnel lens and a
`
`reflective plate are provided, and having attached to a front end portion of
`
`the arm a lamp house provided with a hght source lamp, a projection lens,
`
`and a projection mirror, and being configured to support the arm ata
`
`predetermined angle by releasable stopper means, the projection mirror is
`
`attached to a frame body, a first pin is fixed in the vicinity of a lower end
`
`portion in a side part of the frame body, and a second pin is fixed ata
`
`predetermined distance spacedapart from the first pin. The lamp house is
`
`provided with a horizontal first oblong hole which guides the first pin to
`
`shde anc a vertical second cbhlong hole which guides the second pin to shide,
`
`and means which supports the projection mirror at a desired angle.
`
`Oo
`
`

`

`Functions
`
`Since the first pin is attached so as to horizontally move in the first
`
`oblong hole and the second pin is attached so as to move vertically in the
`
`second oblong hole, when the projection mirror is bent, the projection mirror
`
`moves as a whole toward the center of the lamp house. Since the device is
`
`folded in this state, even when the projection mirroris formed to have an
`
`entire length larger than a conventional projection mirror, the projection
`
`mirror in a folded state escapes toward the center of the lamp house, so that
`
`the device can be folded without the projection mirror interfering with the
`
`stage portion. Additionally, since when the projection mirroris raised, the
`
`projection mirror as a whole moves toward light, the projection mirror is
`
`allowed to have a large angle without a break in ight. This prevents a
`
`projected image on an upper part of a screen from becoming dark.
`
`Eexaronle
`
`An example of the present invention will be described im detail in the
`
`following on the basis of the drawings.
`
`FIG. 1 shows a sectional view of an example of the present
`
`invention, and FIG. 2 shows a perspective view thereof. Alamp house 14 is
`
`configured with an upper mold case 14a and a lower mold case 146 attached
`
`toa sheet metal frame not shown.
`
`Inthe lamp house 14, there are
`
`attached a halogen lamp 26 as a light source, a mirror 28 whichreflects
`
`hight from the halogen lamp 26 toward a Fresnel lens provided in a stage
`
`portion, a projection lens 22, and a projection mirror portion 16 configured
`
`~]
`
`

`

`with a projection mirror 17 and a frame body 18 thereof. The projection
`
`mirror portion 16 of the present example is formed to have a length larger
`
`than a projection mirror portion of a conventional device. The lamp house
`
`144s turnably attached to a front end ofan arm by a shaft 24.
`
`Afirst pin SO is fixed in the vicinity of a lower end portion in a side
`
`part of the projection mirror frame body 18, and a second pin 32 is fixed
`
`similarly to the side part of the frame body 18 at a predetermined distance
`
`spaced apart from the first pin 80. On the other hand, the upper mold case
`
`i4a of the lamp house 14 is provided with a horizontal oblong hole 34 in
`
`which the first pin 20 fits and is guided to shde horizontally and a vertical
`
`oblong hole 86 in which the second pin 32 fits and is guided to slide
`
`vertically, Although the first pin 80 and the second pin 32 are fixed to the
`
`side part of the frame body 18 by, for example, calking, the attaching
`
`method is not lmited thereto.
`
`FIG. 41s an enlarged view of a part Ain FIG. 2 and shows an
`
`enlarged perspective viewof a projection mirror supporting mechanism. A
`
`wavy blade spring 38 is pressed on the first pin 30 by projections 40, 40
`
`providedin the upper mold case 14a, the wavy blade spring being for
`
`maintaining an angle of the projection mirror. This mechanism enables the
`
`projection mirror portion 16 to stop at a desired angle. Even when the
`
`mechanism is configured such that the wavy blade spring 88 1s pressed on
`
`the second pin32 instead of the first pin 80, the same effect can be obtained.
`
`Additionally, the projection mirror portion 16 can be stopped at a desired
`
`angle not only exclusively by the configuration of the wavy blade spring
`
`shown in FIG. 4 but also by other appropriate supporting means attached.
`
`

`

`Next, with reference to FIG. 8, the drawing is an explanatoryview
`
`for operation of the example of the present invention described above.
`
`Since in the drawing, the first pin 30 and the second pim 82 are attached so
`
`as to be guided mthe horizontal oblong hole 34 and the vertical oblong hole
`
`36, respectively, when the projection mirror portion 16 is raised, the first
`
`pin 30 moves to a left end portion of the horizontal oblong hole 34 and the
`
`second pin 32 moves to an upper end portion of the vertical oblong hole 36
`
`as indicated by a solid hne, so that the projection mirror portion 16 as a
`
`whole moves toward hght having passed through the projection lens 22.
`
`Therefore, even when the projection mirror portion 16 is made to have a
`
`large angle, projection can be performed without a break in hght and
`
`without getting projected images dark up to an upper part of a screen.
`
`Additionally, since in a case where the projection mirror portion 16 is
`
`bent forward, the first pin 80 moves rightward in the horizontal oblong
`
`hole 34 and the second pin 82 moves downward in the vertical cblong hole
`
`36 as indicated by an imaginary line, the projection mirror portion 16 asa
`
`whole moves toward a center part of the lamp house 14. Therefore, by
`
`regulating, in a convention a manner, a protruding length of the projection
`
`murror portion 16 as bent, the lamp house and the arm can be folded onto
`
`the stage portion without the projection mirror portion 16 interring with
`
`the stage portion.
`
`Effects of the Invention
`
`The projection mirror supporting mechanism of the present
`
`invention thus configured as detailed in the foregoing produces an effect of
`
`

`

`allowing a projection angle to be wide and enabling projection to be
`
`performed without getting projected images dark up to an upperpart ofa
`
`screen.
`
`4. Brief Description of the Drawings
`
`FIG. 1 is a sectional view of an example of the present invention,
`
`FIG, 2 is a perspective viewof a lamp house having a supporting
`
`mechanism in the example of the present invention,
`
`FIG. 3 is an explanatory view for operation of the example of the
`
`present invention,
`
`FIG. 4 is a perspective view of the supporting mechanism in the
`
`example of the present invention, the view being an enlarged viewof a part
`
`Ain FIG. 2,
`
`FIG. 5 is a view of an overall configuration of a conventional folding
`
`OHP device,
`
`FIG. 6 is a side view of the conventional OHP device as folded, and
`
`FIG, 718 an explanatory view ofa conventional projection mirror
`
`portion supporting mechanism.
`
`ig
`
`

`

`Stage portion,
`
`APM,
`
`Lamp house,
`
`16
`
`Projection mirror portion,
`
`Projection mirror,
`
`Frame body,
`
`Projection lens,
`
`Laght source lamp,
`
`First pin,
`
`Secondpin,
`
`Horizontal oblong hole,
`
`Vertical oblong hole,
`
`Wavyblade spring
`
`Applicant: Fujitsu Limited
`
`Representative: Patent Attorney, Kou Matsumoto
`
`

`

`[FIG. i
`
`Sectional view of example
`
`
`
`14: Lamp house
`
`16: Projection mirror portion
`
`17: Projection mirror
`
`22: Projection lens
`
`26: Halogen lamp
`
`30: First pin
`
`82: Second pin
`
`84: Horizontal oblong hole
`
`36: Vertical oblong hole
`
`

`

`[FEG. 2]
`
`Perspective view of lamp house having supporting mechanism of example
`
`
`
`14: Lamp house
`
`16: Projection mirror portion
`
`is
`
`

`

`[FIG. 3]
`
`Explanatory viewfor operation of example
`
`
`
`j/ Light\
`j-
`\
`
`f
`
`Projection mirror portion
`
`Projection lens
`
`First pin
`
`second pin
`
`[FIG. 4]
`
`Enlarged perspective viewof supporting mechanism of example
`
` 16:
`
`30:
`
`82:
`
`B4:
`
`36:
`
`38:
`
`Projection mirror portion
`
`First pin
`
`Second pin
`
`Horizontal oblong hole
`
`Vertical oblong hole
`
`Wavyblade spring
`
`

`

`[FIG. 5]
`
`Viewof overall configuration of folding OHP device
`
`_JAS : Projection mirror portion
`f
`
`On
`
`fo: Arm
`
`{4 - Lamp house
`
`
`
`-- {QO : Stage portion
`
`OHP device as folded
`
` {& > Projection mirror portion
`
`

`

`[FIG. 7]
`
`Explanatory view of conventional supporting mechanism
`
`
`
`is
`
`

`

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