JP2002051863A - Transparent panel - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a transparent panel at a low cost, which has good appearance and transmits light well by preventing aberration between front and rear opaque stripes. SOLUTION: An operation means 8 is provided with an operation part 12 for moving by a prescribed range from one of a first operating position K1 corresponding to a first position A and a second operating position K2 corresponding to a second position B to the other, and provided with a transmission part 13 existing in the middle of a movable transmitting plate 7b and the operation part 12 so as to convert the movement by the prescribed range of the part 12 to the movement of the prescribed strokes of the plate 7b. In order to adjust the corresponding positional relation between the position A and the position K1 and the corresponding positional relation between the position A and the position K2, the transmission part 13 or the operation part 12 can adjust its installing position or its structure.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a see-through panel used for a door of a storage box of a system kitchen.

[0002]

2. Description of the Related Art Conventionally, as a transparent panel used for a door or a partition of a storage box, for example, JP-A-3-12234 is known.
No. 0 has been proposed. This see-through panel is assembled by laminating two front and rear transmission plates having a stripe pattern in which transparent stripes and opaque stripes are alternately formed at the same pitch, one transmission plate as a fixed transmission plate, and the other as a movable transmission plate. The movable transmission plate is slid from one of a position where both stripe patterns of the fixed transmission plate and the movable transmission plate are combined to be in a see-through state and a position where both stripe patterns are combined so as to be in a shielding state. It has an operation mechanism.

[0003]

However, in the conventional see-through panel, if there is an error in the initial setting position of the rear movable transmissive plate with respect to the front fixed transmissive plate, the front opaque stripe is formed in the transparent state. On the other hand, the position of the opaque stripe on the rear side is displaced, and its side protrudes, so that there is a disadvantage that the appearance is deteriorated and the see-through area is narrowed.

[0004] The initial setting position of the movable transmission plate may be set to an intended position by improving the accuracy of assembling the fixed transmission plate and the movable transmission plate and the positional accuracy between the movable transmission plate and the operating mechanism. However, for this purpose, it is required to improve the accuracy of each component and the accuracy of the assembly process.
There was a problem of high cost.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a low-cost transparent panel which can correct the above-mentioned drawbacks of the conventional example and prevent positional displacement between the front and rear opaque stripes and has a good appearance and a good transparent state.

[0006]

According to the present invention, a fixed transmission plate having a stripe pattern and a movable transmission plate having a stripe pattern corresponding to the stripe pattern are superimposed and assembled. The movable transmission plate is provided on one side and the other of a first position where both stripes and a movable transmission plate are combined so as to be in a see-through state, and a second position where both stripes are combined so as to be in a shielding state. In a see-through panel provided with operation means for moving a predetermined stroke in a predetermined direction,
The operation unit includes an operation unit that moves a predetermined range from one of a first operation position corresponding to the first position and a second operation position corresponding to the second position, and a movable transmission plate; A transmission unit that is located in the middle of the operation unit and converts the movement of the operation unit in the predetermined range to the movement of the movable transmission plate in the predetermined stroke, wherein the transmission unit or the operation unit includes the first position and In order to adjust the corresponding positional relationship between the first operating position or the corresponding positional relationship between the second position and the second operating position, the installation position or the structure thereof is configured to be adjustable. I do.

[0007] According to the above configuration, the first operating position (or the second operating position) of the operating unit is adjusted by adjusting the installation position or the structure of the transmission unit of the operating means or the operating unit.
, The initial setting position (the first position or the second position) of the movable transmission plate with respect to the fixed transmission plate can be adjusted. Therefore, in the final assembling step of the fluoroscopic panel, if there is a misalignment between the front and rear opaque stripes in the initial setting position, the misalignment can be easily corrected by the adjustment work, and the appearance is good and the fluoroscopy is good in the see-through state. It can be a panel.

[0008] If the above adjustment work is performed in the final assembly stage, a desired transparent panel can be obtained.
It is not required that the accuracy of each component and the accuracy of the assembling process be high, and the transparent panel can be manufactured at low cost.

The transparent panel according to the present invention is configured such that the fixed transmission plate is fixed to the frame member, the movable transmission plate is disposed in the frame member, and is movable by operating means provided on the frame member. Then, it becomes suitable for application to the door of the storage box of the system kitchen.

Further, in the see-through panel of the present invention, the operation section is attached to the frame member so as to move straight by a predetermined stroke in a direction perpendicular to the moving direction of the movable transmission plate, and the transmission section has an inclined surface fixed to the operation section. A rotating cam having a driven point that slides in contact with the inclined surface and a driving point that slides in contact with the end surface of the movable transmission plate, wherein the rotation lever is rotated When the center axis position is attached to the frame member so that the position can be adjusted with respect to the rectilinear motion cam, the movable transmission plate is moved to one of the first position and the second position by the reciprocating rectilinear motion of the operation unit. Can be easily moved to the other, and the adjustment operation of the initial set position can be easily performed.

In the above configuration, the rotation lever is configured such that a distance from the rotation center axis to the driven point is larger than a distance from the rotation center axis to the drive point. Then, the operation force of the operation unit is reduced, and the movable transmission plate can be smoothly moved.

The operating section is constituted by a lever or a rotating body, and the movable transmission plate can be moved as described above by the rotating movement of the operating section. At this time, the mounting position of the lever or the rotating body can be adjusted. Good to do.

In the see-through panel of the present invention, an elongated hole or a groove-like driven line portion is formed in the movable transmission plate, and the operating means has a driving pin inserted into the driven line portion. It is preferable that the transmission unit is configured so that the movement of the operation unit in a predetermined range can be converted into the movement of a movable stroke of a predetermined stroke by sliding in the driven line unit.

Alternatively, in the see-through panel of the present invention, the driven pin is fixed to the movable transmission plate, and the operating means has an elongated hole or groove-shaped drive line portion, and the drive line portion is inserted into the drive line portion. It is preferable that the transmission unit is configured so that the movement of the operation unit in a predetermined range can be converted into the movement of the movable transmission plate in a predetermined stroke by sliding with respect to the drive pin.

In each of the above two examples, a driven line portion and a driven pin are provided on a movable transmission plate to constitute a part of the transmission portion, which is convenient for simplifying the structure. In addition, there is an advantage that the position of the movable transmission plate can be restricted without relying on gravity, a spring, or the like.

In the see-through panel according to the present invention, the movable transmission plate is provided with a plurality of elongated guide holes in the direction of movement in the direction of movement, and guide means having guide pins inserted into the respective guided line portions are frame members. It is preferable that the movable transmission plate is configured to be guided and supported in the moving direction by the plurality of guide pins.

Alternatively, in the see-through panel of the present invention, a plurality of guide pins are provided on the movable permeable plate, and each of the guide pins is inserted and has a guide line portion formed in an elongated hole or groove shape in the moving direction of the movable permeable plate. It is preferable that the guide means is attached to the frame member so that the movable transmission plate is guided and supported in the moving direction by the guide line portion.

In each of the above two examples, a guided line portion and a guide pin are provided on the movable transmission plate so that the movable transmission plate can be guided in the moving direction. Can be simplified.

In the former example, the mounting position of the guide means with respect to the frame member is configured to be adjustable. In the latter example, a plurality of guide means are provided so as to correspond to each guide pin, and at least one of the guide means is provided. The following problems can be solved if the guide means is configured such that the mounting position with respect to the frame member is adjustable.

That is, when the movable transmission plate is assembled in an inclined state with respect to the fixed transmission plate, both sides of the rear opaque stripe obliquely protrude from the front opaque stripe in the see-through state. Despite the drawback that the appearance and appearance are deteriorated, the above configuration makes it possible to adjust the opaque stripe of the movable transmission plate so as to be parallel (parallel) to that of the fixed transmission plate, and easily correct the above-mentioned disadvantage. You can do it.

In the see-through panel of the present invention, the direction of movement of the movable transmission plate can be determined in various directions such as a horizontal direction. The operation can be performed by utilizing the weight of the plate, and the structure of the operation means can be simplified.

In the see-through panel of the present invention, if a tape-like member for improving the slipperiness is interposed between the fixed transmission plate and the movable transmission plate, the movement of the movable transmission plate becomes smooth, and the operation of the operation section of the operation means is performed. Becomes lighter.

The see-through panel of the present invention can be applied to various uses such as a partition. In particular, the see-through panel of the present invention is used as a door of a storage box, the transmitting plate on the inner side of the box is a movable transmitting plate, It is suitable to apply to a storage box in which the transmission plate on the side is a fixed transmission plate.

When the present invention is applied to the storage box, if the operation unit can be operated from the lower end surface of the door, it is suitable for use as a storage box installed on a wall surface above a sink in a system kitchen. is there. In addition,
It is also possible to arrange the operation unit on the inner surface (back surface) of the door so that it is not visible from the outside.

[0025]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described with reference to the drawings.

FIG. 1 shows a system kitchen 2, in which a see-through panel 1 of the present invention is used for a door 4 of a storage box 3 fixed to a wall above a sink 50.

As shown in FIGS. 1 and 2, the storage box 3 is attached to a box body 51 via a hinge 53. The door 4 is mainly constituted by the see-through panel 1 of the present invention, and further includes a handle 52 and the like.

As shown in FIG. 3, the see-through panel 1 has a frame member 11, a rectangular fixed transmissive plate 7a fixed to the frame member 11, and a rectangular member disposed in the frame member 11 so as to be vertically movable. And the movable transmission plate 7b is configured to be moved up and down by operating means 8 provided on the frame member 11.

The fixed transmitting plate 7 located on the outer surface side (front side) of the door
a is formed by printing a large number of horizontal opaque stripes 10a on a colorless transparent glass plate at a constant pitch P, for example, 3 mm, at intervals in the vertical direction, using screen printing or the like. Therefore, the fixed transmission plate 7a has a stripe pattern composed of the large number of opaque stripes 10a and the large number of transparent stripes 9a appearing between the opaque stripes 10a.

The movable transmission plate 7 located on the inner surface side (rear side) of the door
b is formed by printing a number of horizontal opaque stripes 10b on a colorless transparent acrylic plate at the same pitch as the pitch P at intervals in the vertical direction using screen printing or the like. Therefore, the movable transmission plate 7b has a stripe pattern composed of the above-mentioned many opaque stripes 10b and the many transparent stripes 9b of the acrylic fabric which appear between them.

The stripes 10a, 10b, 9a and 9b of the fixed transmission plate 7a and the movable transmission plate 7b are all formed to have the same width.
And

The frame member 11 includes an upper side member 11a and a lower side member 11b made of an aluminum mold whose sectional shape is shown in FIG. 3 (c), and a left side member 11c and a right side material 11d made of an aluminum mold having a U-shaped cross section. Are fixedly assembled. The lower and upper sides of the fixed transmission plate 7a are bonded and fixed to the inner surface (rear surface) of the front hanging piece 61 on the upper side material 11a and the rising piece 62 on the front side of the lower side material 11b.
An upper box structure 63 having a rectangular cross section formed so as to hang down on the rear side of the upper sap 11a, and a lower box structure 64 having a rectangular cross section formed so as to rise on the back side of the lower sap 11b. The inner surface (front surface) is a guide surface that contacts the outer surface (rear surface) of the movable transmission plate 7b.

The fixed transmission plate 7a and the movable transmission plate 7b are arranged in the frame member 11 as described above, and are also tape-like members (for improving the slipperiness) attached to both ends of the front surface of the movable transmission plate 7b. (Not shown) so as to be overlapped with each other. The movable transmission plate 7b is configured to be moved up and down by the pitch P by operating means 8 provided on the frame member 11, and as shown in FIG. 3 (b), both transmission plates 7a, 7b
Opaque stripes 10a, 10b overlap each other,
As a result, a see-through position A where the inside of the storage box 3 can be seen from the place where the transparent stripes 9b and 9a overlap each other,
As shown in FIG. 3A, opaque stripes 10a and 10b of one transmission plate and transparent stripes 9 of the other transmission plate.
b, 9a are overlapped, and as a result, the entire surface of the see-through panel 1 is covered with the opaque stripes 10a, 10b so that the inside of the storage box 3 is shielded from one side of the storage position B, and is moved to the other. I have.

The operating means 8 is provided with an operating knob (operating section) 12 which is manually and horizontally reciprocated in order to move the movable transmission plate 7b.

The operating means 8 is provided with the operating knob 12.
The rectilinear reciprocation of the predetermined stroke is performed by moving the pitch P from one of the perspective position A and the shielding position B of the movable transmission plate 7b to the other.
A transmission unit 13 is provided for converting the movement into minute movements.

More specifically, the operating means 8 is shown in FIGS.
As shown in the figure, the lower box structure portion 64 is provided inside and includes a linearly moving cam 14, a rotating lever 15, and a support plate 16.

The support plate 16 is a molded plastic product, and is attached to the rear plate of the lower box structure 64 with a pair of left and right screws 17. The screw mounting hole 18 provided in the lower box structure portion 64 through which the screw 17 is inserted is formed in a long hole shape in the horizontal direction.
The mounting position with respect to the lower box structure 64 can be adjusted in the horizontal direction. A long groove 19 for guiding the rectilinear motion cam 14 in the horizontal direction is provided on the lower right side of the front surface of the support plate 16.
Is formed, and a rotating lever 15 is provided on the lower left side of the front surface.
A bearing portion 21 for rotatably supporting the pivot portion 20 is formed.

The rectilinear motion cam 14 is a molded plastic product, has an inclined surface 22 on the upper surface, an operation knob (operation portion) 12 integrally formed on the lower surface, and the support plate 16 on the side surface.
And a projection 23 for guiding the linearly moving cam 14 into the long groove 19 formed at the bottom. The operation knob 12 is guided and supported by a knob guide hole 24 provided in a lower surface plate portion of the lower box structure portion 64 so that the operation knob 12 can reciprocate a predetermined stroke in the left-right direction.

The rotating lever 15 is a plastic molded product and is formed in a substantially triangular shape. The lower left end of the rotating lever 15 is a pivot portion 20 that fits into the bearing portion 21 of the support plate 16. A drive projection 25 that is slidably in contact with the lower side 26 of the movable transmission plate 7b is coupled to the center, and the lower right end is
The driven portion 27 is in sliding contact with the inclined surface 22 of the rectilinear motion cam 14. The distance from the center of the pivot portion 20 to the point where the driven portion 27 contacts the inclined surface 22 (the driven point) is the point where the center of the driven portion 27 contacts the movable transmission plate lower side 26 of the driving projection 25 (the driving position). The length is larger than the distance up to the point, specifically, twice as long. As shown in FIG. 3C, a window 30 is formed in the front plate of the lower box structure 64 so that the drive projection 25 projects forward from the lower box structure 64 through the window 30. It is configured. The window 30 is formed in a size sufficient to ensure the free movement of the driving projection 25.

The lower side 26 of the movable transmission plate 7b abuts on the driving projection 25 in a state of being placed thereon, and the two are always kept in contact by the weight of the movable transmission plate 7b.

Further, as shown in FIG. 3 (a), when the perspective panel 1 is in the closing state, the operating knob 12 is in the second operating position K ₂ in contact with the right end of the knob guide hole 24, the movable transmissive plate 7b this time Is at the shielding position B.

When the operation knob 12 is moved leftward along the knob guide hole 24, the driven portion 27
Lowers along the inclined surface 22, and accordingly, the rotating lever 1
5 rotates clockwise around the pivot 20 and the drive projection 25 also rotates downward, so that the movable transmission plate 7b in contact with the drive projection 25 descends. The operation knob 12 has a knob guide hole 24
Upon reaching of the first operating position K ₁ in contact with the left end, Figure 3
As shown in (b), the movable transmission plate 7b descends by one pitch P to reach the see-through position A.

It should be noted that the driven portion 27 is moved from the center of the pivot portion 20 to the driven portion 27.
The distance from the center to the point of contact with the inclined surface 22 is larger than the distance from the center to the point of contact with the lower side 26 of the movable transmission plate of the driving projection 25, whereby the leverage principle operates and the operation of the operation knob 12 is performed. Power can be reduced.

The movable transmission plate 7b is formed with vertically elongated guided holes (guided line portions) 40a and 40b at the upper center and the lower center, respectively. A lower guide pin 41 inserted into the lower guided hole 40b is fixed to the lower box structure 64, and an upper guide pin 42 inserted into the upper guided hole 40a is fixed to the upper box structure 63. Are arranged. The movable transmission plate 7b is guided and supported by the frame member 11 so as to be vertically movable by the guide means configured as described above.

As shown in FIGS. 3 and 5, the upper guide pin 42 is configured so that its position with respect to the upper guided hole 40a can be adjusted. That is, concentric circular holes 45a, 45b are provided in the rear plate portion and the front plate portion of the upper box structure 63, respectively, and these circular holes 45a, 45b are provided.
A cylindrical body 46 is fitted into the cylindrical body. The cylindrical body 46 has an upper guide pin 42 integrally formed at an eccentric position of a front end surface 46b, a slit 47 on a side surface 46c, and a tapping hole 48 (see FIG. 3C) on a rear end surface 46a. are doing. The cylindrical body 46 is rotatably connected to the circular hole 45.
The position of the upper guide pin 42 can be adjusted by rotating the cylindrical body 46, which is held at the peripheral edges of a and 45 b. Then, after rotating the cylindrical body 46 to a desired rotation position, a tapping screw 49 is screwed into the tapping hole 48 so as to be in an expanded state. It can be fixed to the rear plate.

The movable transmission plate 7b is guided in a vertical direction by a simple configuration including a pair of upper and lower guided holes 40a and 40b provided in the movable transmission plate 7b and a pair of upper and lower guide pins 41 and 42 provided in the frame member 11. it can. By providing the guide means with a position adjusting function, the following problems can be solved.

That is, when the movable transmission plate 7b is mounted in an inclined state with respect to the fixed transmission plate 7a, the opaque stripes 1 of the fixed transmission plate 7a in the see-through state.
However, the opaque stripe 10b of the movable transmission plate 7b has a disadvantage in that the two sides of the opaque stripe 10b of the movable transmission plate 7b protrude obliquely and have a poor appearance. Adjustment can be made so as to be parallel (parallel), and the above-mentioned disadvantage can be easily corrected.

According to the present embodiment, the first operating position K ₁ or the second operating position K ₂ of the operating knob 12 is adjusted by adjusting the horizontal mounting position of the support plate 16 of the operating means 8.
, The see-through position A (first position) or the shielding position B (second position) of the movable transmission plate 7b can be set to an accurate corresponding position. For example, the operation knob 12 is
Front and rear opaque stripes 10a in a state in which such a first set the operating position K ₁ (b), the case where there is a positional shift between 10b, to move the support plate 16 in the horizontal direction, the front and rear of the opaque stripes 10a, At the position where 10b matches,
By fastening the screws 17, 17, the initial setting position can be adjusted. The operation of the transmission 13 at this time will be described. Operation knob 12 and, consequently, linear motion cam 1
4 from being held in the first operating position K _1, when moving the support plate 16 in a horizontal direction, rotating the lever 15 the support plate 16
Moves in the horizontal direction. At this time, the driven portion 27 of the rotating lever 15 moves up and down along the inclined surface 22, and accordingly, the rotating lever 15 rotates around the pivot portion 20 and the driving projection 25 also moves up and down. , Movable transmission plate 7 in contact with this
b also moves up and down. And the front and back opaque stripes 10
By fixing the support plate 16 by fastening the screws 17 at the positions where a and 10b coincide with each other, it is possible to easily adjust the initial set position. On the other hand, when the operation knob 12 wishes to adjust the initial setting position of the movable transmissive plate 7b when that had positioned in the second operating position K ₂ as shown in FIG. 4 (a), the support plate 16 in the horizontal direction right It can be done by moving it. As described above, the positional shift can be easily corrected by the adjustment operation, and a transparent panel having a good appearance and a good transparent state can be obtained.

The see-through panel of the present invention can be constructed in various forms other than those shown in the above embodiment.

For example, the movable transmission plate 7b of the above embodiment
Is formed of an acrylic plate, but may be formed of a glass plate.

In the guide means of the above embodiment,
A plurality of guide pins (not shown) are provided on the movable transmission plate 7b,
A guide line portion (not shown) in which each of the guide pins is inserted and which is formed in an elongated groove shape in the moving direction of the movable transmission plate 7b is provided on the frame member 11 so as to be adjustable in position. You may comprise so that it may be guided and supported by the line part in the moving direction. Further, the guide means or the guided hole 40 formed in the movable transmission plate 7b.
a, 40b and guide means 41 and 42 provided on the frame member,
A guide mechanism or the like may be provided at c and 11d to guide and support the movable transmission plate 7b.

Further, the fixed transmission plate 7a and the movable transmission plate 7
The stripes formed in b may be vertical stripes, inclined stripes, wavy stripes, or lattice stripes as shown in FIGS. 6 (a) to 6 (d). The arrow shown in the figure indicates the moving direction of the movable transmission plate 7b.

In the above-described embodiment, the initial position is adjusted by adjusting the setting position of the transmission unit 13 of the operating means 8, but the initial position is adjusted by adjusting the setting position of the operating unit 12. You can also. For example, the operating knob 12 may be formed separately from the rectilinear cam 14 so that the mounting position of the operating knob 12 with respect to the rectilinear cam 14 in the horizontal direction can be adjusted.

Further, as shown in FIG. 8, the structure of the transmission portion 13 may be adjusted so that the initial set position can be adjusted. That is, as shown in FIG. 8, the driving projection 100 provided at the center of the rotating lever 15 has an eccentric cam structure, and the position of the driving point of the driving projection 100 with respect to the lower side 26 of the movable transmission plate 7b is adjusted. Can be done. Specifically, the cylindrical main body 10 of the driving projection 100
An eccentric shaft 100b is provided integrally with the eccentric shaft 100a.
After the rotational position of b is freely set and the position of the driving point is adjusted in the vertical direction, the nut 1 screwed to the eccentric shaft 100b
It is sufficient that the driving projection 100 can be fixed to the rotating lever 15 by fastening 02. In addition, 1
Reference numeral 01 denotes a cutout provided in the support plate 16, and reference numeral 103 denotes a window opened in the rear plate of the lower box structure 64.
It is provided to facilitate the operation of adjusting the driving point position of the driving projection 100.

Further, instead of the operating means 8 used in the above embodiment, an operating means as shown in FIG. 7 may be used.

Operation means 71 shown in FIGS. 7 (a) to 7 (c)
Is for moving the movable transmission plate 7b in the vertical direction by a constant pitch P similarly to the present embodiment, and is provided in the lower box structure 64 of the frame member 11. This operating means 71
Is a slider 72 that moves straight in a direction perpendicular to the moving direction of the movable transmission plate 7b, a driving pin 73 and an operation knob (operation unit) 74 provided on the slider 72, and a lower box that guides and supports the slider 72. A slider guide 75 attached to the structure portion 64 so that the attachment position in the vertical direction can be adjusted; a driven line portion 76 formed in the movable transmission plate 7b and having an elongated hole in a direction slightly inclined with respect to a direction perpendicular to the moving direction; It has. The operation knob 74 protrudes outside on the inner surface side (rear side) of the lower box structure portion 64, and the drive pin 73 is inserted into the driven line portion 76 to support the movable transmission plate 7b. The slider guide 75 is mounted on the lower box structure 64 with a pair of left and right screws 77. The screw mounting holes 78 provided in the lower box structure 64 through which the screws 77 are inserted are provided.
Since it is formed in the shape of a long hole in the vertical direction, the mounting position of the slider guide 75 with respect to the lower box structure 64 can be adjusted in the vertical direction. Reference numeral 99 denotes an operation slot provided on the rear plate of the lower box structure 64.
The width in the vertical direction is larger than the diameter of the operation knob 74 so as to enable the position adjustment.

In the above configuration, by operating the operation knob 74 in the horizontal direction, the drive pin 73 pushes down or pushes up the inclined driven line 76 to move the movable transmission plate 7b up and down. Can be.
By operating the operation knob 74, the slider 72 is operated.
The by positioning the first operating position K ₁ in contact with the guide recess left end surface 75a of the slider guide 75, shows what the movable transparent plate 7b was perspectives A (first position) in FIG. 7 (b), the slider 72 by positioning the second operating position K ₂ in contact with the guiding recess the right end surface 75b of the slider guide 75,
FIG. 7A shows the movable transmission plate 7b in the shielding position B (second position).

According to the embodiment, the movable transmission plate with respect to the first operation position K ₁ or the second operation position K ₂ of the operation knob 74 is adjusted by adjusting the vertical mounting position of the slider guide 75 of the operation means 71. 7b perspective position A
The (first position) or the shielding position B (second position) can be set to an accurate corresponding position. For example, the operation knob 74 in a state set in the first operating position K ₁ as shown in FIG. 7 (b), moving the slider guide 75 in the vertical direction, at a position where the front and rear of the opaque stripes 10a, 10b are matched By fastening the screws 77, 77, the initial set position can be adjusted.

Further, similarly to the above-described embodiment, a driven pin is fixed to the movable transmission plate 7b, an operation knob is provided on the slider, and a groove elongated in a direction slightly inclined with respect to the direction perpendicular to the moving direction of the movable transmission plate 7b. And a drive line unit may be provided, and the slider may be provided in a slider guide so that the position of the slider guide can be adjusted.

The see-through panel of the present invention can be used as a partition panel 55 as shown in FIG.

[0061]

According to the present invention, it is possible to provide a low-cost transparent panel which can prevent positional deviation between the front and rear opaque stripes and has a good appearance and a good transparent state.

[Brief description of the drawings]

FIG. 1 is a schematic perspective view showing a system kitchen.

FIG. 2 is a perspective view using the see-through panel according to the embodiment of the present invention as a door of a storage box.

3A and 3B show the see-through panel, wherein FIG. 3A is a partially cutaway front view in a shielded state, FIG. 3B is a partially cutaway front view in a see-through state, and FIG.

4A and 4B show operating means of the see-through panel, wherein FIG. 4A is an enlarged front view of a partially cut-out state in a shielding state, and FIG. 4B is an enlarged front view of a partially cut-out state in a see-through state.

FIG. 5 is an enlarged perspective view showing a guide means of the see-through panel, partially cut away.

FIG. 6 shows another embodiment of the stripe pattern of the see-through panel of the present invention,
(A) is a vertical stripe, (b) is an inclined stripe, (c) is a wavy stripe,
(D) is a conceptual diagram showing a lattice pattern.

FIG. 7 shows a see-through panel according to another embodiment of the present invention, wherein (a) is a partially cutaway front view of the shielded state,
(B) is a partially cutaway front view of the see-through state, and (c) is a cross-sectional view thereof.

8A and 8B show operation means for a see-through panel according to yet another embodiment of the present invention, wherein FIG. 8A is a partially cutaway enlarged front view, and FIG.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Transparent panel 3 Storage box 4 Door 7a Fixed transmissive plate 7b Movable transmissive plate 8 Operating means 11 Frame member 12 Operating part 13 Transmission part 14 Linear motion cam 15 Rotating lever 22 Inclined surface 40a Guided line part 40b Guided line part 41 Lower guide pin 42 Upper guide pin 73 Drive pin 76 Driven line portion A First position (perspective position) B Second position (shielding position) K ₁ First operation position K ₂ Second operation position

Claims (14)

[Claims] 1. A fixed transmission plate having a stripe pattern and a movable transmission plate having a stripe pattern corresponding to the stripe pattern are superposed and assembled, and both the stripe pattern of the fixed transmission plate and the movable transmission plate are in a see-through state. A see-through panel comprising operating means for moving the movable transmission plate in a predetermined direction by a predetermined stroke from one side to the other of a first position to be combined and a second position to be combined so that both of the stripes are in a shielding state. In the above, the operation unit includes an operation unit that moves a predetermined range from one of the first operation position corresponding to the first position and the second operation position corresponding to the second position to the other, and includes a movable transmission unit. A transmission unit that is located between the plate and the operation unit and converts the movement of the operation unit in the predetermined range to the movement of the movable transmission plate in the predetermined stroke, wherein the transmission unit or the operation unit includes the first transmission unit; position In order to adjust the corresponding positional relationship between the first operating position or the corresponding positional relationship between the second position and the second operating position, the installation position or the structure thereof is configured to be adjustable. Transparent panel. 2. The see-through panel according to claim 1, wherein the fixed transmission plate is fixed to the frame member, and the movable transmission plate is disposed in the frame member and is configured to be moved by operating means provided on the frame member. . An operating portion mounted on the frame member so as to move linearly by a predetermined stroke in a direction perpendicular to a moving direction of the movable transmission plate, and a transmission portion having a linearly moving cam having an inclined surface fixed to the operating portion; A rotary lever having a driven point that abuts and slides on an inclined surface and a drive point that abuts and slides on an end face of the movable transmission plate, wherein the rotary lever has a center axis position of the linear movement. 3. The see-through panel according to claim 2, wherein the see-through panel is mounted on the frame member so as to be adjustable in position with respect to the moving cam. 4. The rotating lever according to claim 3, wherein a distance from the rotation center axis to the driven point is larger than a distance from the rotation center axis to the driving point. Perspective panel. 5. An elongated hole or groove-shaped driven line portion is formed in the movable transmission plate, and the operating means has a driving pin inserted into the driven line portion, and the driving pin is located inside the driven line portion. 3. The see-through panel according to claim 1, wherein the transmission unit is configured to convert the movement of the operation unit in a predetermined range into a movement of a predetermined stroke of the movable transmission plate by sliding. 6. A driven pin is fixed to a movable transmission plate, and the operating means has an elongated hole or groove-shaped drive line portion, and the drive line portion slides on the driven pin inserted therein. The see-through panel according to claim 1, wherein the transmission unit is configured to convert the movement of the operation unit within a predetermined range into the movement of a movable stroke of the movable transmission plate by a predetermined stroke. 7. A movable transmission plate is provided with a plurality of elongated line or groove-shaped guided line portions in the moving direction, and a guide means having a guide pin inserted into each of the guided line portions is attached to a frame member, and a movable transmission plate is provided. 3. The see-through panel according to claim 2, wherein the plate is configured to be guided and supported in the moving direction by the plurality of guide pins. 8. The see-through panel according to claim 7, wherein the mounting position of the guide means with respect to the frame member is adjustable. 9. A frame member comprising: a plurality of guide pins provided on a movable transmission plate; and guide means having a guide line portion into which each of the guide pins is inserted and which is formed in an elongated hole or groove shape in the moving direction of the movable transmission plate. 3. The see-through panel according to claim 2, wherein the movable transmission plate is mounted and guided in the moving direction by the guide line portion. 10. The see-through panel according to claim 9, wherein a plurality of guide means are provided so as to correspond to the respective guide pins, and at least one of the guide means is configured such that a mounting position with respect to the frame member is adjustable. 11. The transparent panel according to claim 1, wherein the movable transmission plate is configured to move in a vertical direction. 12. The see-through panel according to claim 1, wherein a tape-like member for improving the sliding property is interposed between the fixed transmitting plate and the movable transmitting plate. 13. A storage in which the see-through panel according to any one of claims 1 to 12 is used as a door of a storage box, the transmission plate on the inner surface side of the box is a movable transmission plate, and the transmission plate on the outer surface side is a fixed transmission plate. box. 14. The storage box according to claim 13, wherein the operation unit can be operated from a lower end surface of the door.