JPH0751353Y2 - Copy toy with erasable pressure-sensitive writing section - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION The present invention is intended mainly for infants to enjoy, and is a sheet of paper on which a plurality of appropriate characters or figures written on an erasable pressure-sensitive writing section can be set in advance. In addition to making it possible to copy on the top paper,
The present invention relates to a copying toy provided with an erasable pressure-sensitive writing unit that can easily and reliably take out (discharge) a paper sheet after copying.

[0002]

2. Description of the Related Art Heretofore, various toys having an erasable pressure-sensitive writing section have been provided. For example, there is an embossing device for writing, erasable characters, pictures, etc. as described in Japanese Patent Publication No. 56-25396. It is colored and transparent, has the flexibility to locally elastically deform under the pressure applied by the writing tool, and contains an upper sheet that uniformly contains a fluorescent pigment, and is located behind the upper sheet and reflects light. An opaque body that can be a body, and a base sheet that can maintain the close contact state when the upper sheet comes into contact with the base sheet. One end of the base sheet is rotatably supported by the case while the base sheet is At the other end, a long hole into which a pin protruding from a cam rotatably provided in the case can be fitted is formed, and the cam is rotated by a lever that can be operated from above the case. Accordingly, the base sheet is configured to rotate in the up-down direction with the pivotal support portion at one end as a fulcrum.

Further, there is a writing device as described in Japanese Patent Laid-Open No. 3-193496. This is a writing device in which a transparent soft sheet containing a fluorescent agent is provided on the upper surface of an opaque sheet so that the transparent soft sheet can be freely contacted with and separated from the opaque sheet. A frame is opened and closed, and a pair of rollers facing each other on one side of the box-shaped body and the lid frame are provided, and a buzzer is provided, and the opaque sheet is made a soft body and stretched on the lid frame. ,
The roller is connected to a roller rotating device, and the buzzer and the roller rotating device are connected to a power source via a switch.

[0004]

However, in the above-described embossing device for writing, erasable characters, pictures, etc., the characters, figures, etc., which are embossed on the upper sheet can be easily operated by a simple lever operation. Although it can be erased,
There was a problem that children and others could not write down letters, figures, etc.

Further, in the above-mentioned writing device, since the paper is sent out by a pair of rollers (a roller provided in the box-shaped body and a roller provided in the lid frame), one paper is used in the writing device. There was a difficulty that I could only set. That is, the paper had to be set every time a copy was made, which was troublesome.

[0006]

Therefore, the present invention solves the above-mentioned problems and allows a plurality of sheets of paper to be set in advance and can be copied to the topmost paper. The present invention has been devised so that only the finished paper can be easily and reliably taken out (discharged), and specifically, the transparent resin sheet 1 containing a fluorescent pigment.
The transparent sheet frame A on which the transparent resin sheet 1 is stretched is swingably attached to the opaque sheet frame B on which the opaque resin sheet 2 is stretched, so that the transparent resin sheet 1 becomes the opaque resin sheet 2.
A pressure-sensitive writing section is provided so that it can be brought into close contact with the surface and the close state can be released. Then, the opaque sheet frame B of the pressure-sensitive writing section is swingably attached to the toy base C. Then, a transfer paper 4 is formed on the back surface of the opaque resin sheet 2 so that the transfer paper 4 can be mounted appropriately, and a plurality of papers 25 on which the transfer paper 4 can come into contact can be mounted on the paper mounting portion on the upper surface of the toy base C. To be formed. Further, the toy base C is provided with a drive gear 10 which is appropriately decelerated and rotated by a built-in appropriate drive mechanism, and the opaque sheet frame B is provided with a driven gear 5 which can be meshed with the drive gear 10 and the driven gear. And a feed roller 7 which is rotatable by transmitting the rotational force of No. 5, and is configured such that the top sheet 25 of the plurality of sheets 25 can be fed by the feed roller 7 by the operation of the drive mechanism. To do. In addition, a plurality of guide projections 15 are arranged at predetermined positions of the paper placing portion on the top surface of the toy base C so that the guide projections 15 can be retracted and retracted, and the upper end portion of the guide projections 15 is moved by the elastic force of the elastic spring 16. It is formed so as to elastically project above the upper surface. Then, the paper pressing body 20 provided with the paper catching step portion 21 is attached to the elastic spring 2
A paper discharge unit of the paper stacking unit is provided so that it always moves upward due to the elastic force of 2, and the paper 25 is pressed against the feeding roller 7 provided in the opaque sheet frame B. Adopted means.

[0007]

In the copying toy of the present invention, the transparent sheet frame A is overlaid with the transparent resin sheet 1 containing a fluorescent pigment, and the opaque sheet frame B is covered with the opaque resin. The sheet 2 is stretched, and the transparent sheet frame A is shaken on the opaque sheet frame B so that the transparent resin sheet 1 can come into close contact with the surface of the opaque resin sheet 2 and the close state can be released. It is mounted so that it can move freely. Then, the opaque sheet frame B is swingably mounted on the toy base C, and the transfer paper 4 is appropriately mounted on the back surface of the opaque resin sheet 2. Further, a plurality of sheets 25 are placed on the sheet placing section on the upper surface of the toy base C, and the transfer sheet 4 is brought into contact with the uppermost sheet 25. That is, when characters or pictures are appropriately drawn (pressed) on the transparent resin sheet 1, the drawn (pressed) portion of the transparent resin sheet 1 comes into close contact with the opaque resin sheet 2, The fluorescent pigment in this portion becomes visible in a light emitting state and is displayed in the pressure-sensitive writing section, and the transparent paper is transparent on the topmost sheet 25 placed on the sheet placing section on the upper surface of the toy base C. Appropriate characters and pictures drawn (pressed) on the resin sheet 1 are copied via the transfer paper 4. Then, when the copied paper 25 is swung so that the drive gear 10 which is appropriately decelerated and rotated by an appropriate drive mechanism incorporated in the toy base C and the opaque sheet frame B are superposed on the toy base C. It is fed (discharged) by the feeding roller 7 provided on the opaque sheet frame B which is rotated via the driven gear 5 meshed with the drive gear 10. In addition, a plurality of guide protrusions 15 are arranged at predetermined positions on the upper surface of the toy base C so that the guide protrusions 15 can be retracted and retracted.
Elastic force is applied to the upper end portion of the guide protrusion 15 to elastically protrude above the upper surface of the toy base C, and the plurality of sheets 25
Is guided so that it does not shift from the predetermined position. Then, the paper catching step portion 21
The paper pressing body 20 including the
With 0, the elastic force of the elastic spring 22 is applied so that it always moves upward, and the paper 25 is forcibly pressed against the feeding roller 7 provided in the opaque sheet frame B. There is.

[0008]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to the illustrated examples. In the copying toy of the present invention, a transparent sheet frame A on which a transparent resin sheet 1 containing a fluorescent pigment is stretched is superposed on an opaque sheet frame B on which an opaque resin sheet 2 is stretched. An erasable pressure-sensitive writing part is formed so that it can be rockably mounted so that the transparent resin sheet 1 can come into close contact with the surface of the opaque resin sheet 2 and the close state can be released. The opaque sheet frame B of the pressure-sensitive writing section is swingably mounted on the toy base C so as to be superposed. That is, the toy base C, the opaque sheet frame B, and the transparent sheet frame A can be polymerized in this order from the bottom. Then, a pressure-sensitive transfer paper 4 (for example, carbon paper or the like) is formed on the back surface of the opaque resin sheet 2 so that the transfer paper 4 can be mounted appropriately, and the paper is placed on the upper surface of the toy base C with which the transfer paper 4 can come into contact. A stacking part is formed, and a plurality of sheets 2 are placed on this stacking part.
5 is configured so that it can be placed in a superposed state. Moreover, the toy base C has a built-in appropriate drive mechanism that is appropriately driven by a battery, and the drive gear 10 arranged so that a part thereof is exposed on the upper surface of the toy base C is appropriately decelerated and rotated by the drive mechanism. Is formed in. On the other hand, the driven gear 5 is arranged on the lower surface of the opaque sheet frame B so that a part of the driven gear 5 is exposed.
It is formed so that when the opaque sheet frame B is swung so as to be superimposed on the toy base C, the drive gear 10 is meshed with and the rotational force of the drive gear 10 is transmitted. Furthermore,
The rotational force of the driven gear 5 is transmitted to the plurality of feeding rollers 7 arranged on the lower surface of the opaque sheet frame B, and the feeding rollers 7 are rotated so that the uppermost sheet 25 of the plurality of sheets 25 is conveyed.
Is configured to be able to be fed (discharged) by the feeding roller 7.

The transparent sheet frame A is formed in a substantially rectangular frame shape with a synthetic resin material or the like as appropriate, and a substantially rectangular transparent resin sheet 1 containing a fluorescent pigment in a rectangular hole provided at the center is appropriately used. It is stretched in. The central portion of one long side edge of the transparent sheet frame A is swingably attached to the central portion of one long side edge of the opaque sheet frame B. In addition, a specific configuration, shape, size, material of the transparent sheet frame A, a specific mounting means to the opaque sheet frame B,
The mounting position, the specific shape, size, material of the transparent resin sheet 1, the specific mounting means for the transparent sheet frame A, etc. are not limited to those shown in the drawings, but can be set freely as appropriate.

The opaque sheet frame B is formed in a substantially rectangular frame shape slightly larger than the transparent sheet frame A by an appropriate synthetic resin material, and the substantially rectangular opaque resin sheet 2 is formed in the central rectangular hole portion. It is stretched by appropriate means. And
On the back surface of the opaque resin sheet 2, a transfer paper pressing frame 3 having a substantially rectangular sheet frame shape is attached. The transfer paper pressing frame 3 has an opaque sheet frame B at one end edge portion thereof. The opaque resin sheet 2 is fixed and attached so that the other edge portions thereof can be locked to the opaque sheet frame body B.
The back surface is formed so that a substantially rectangular pressure-sensitive transfer paper 4 (for example, carbon paper or the like) can be held.

A driven gear 5 is arranged on the lower surface of the opaque sheet frame B, and the driven gear 5 is fixed to one end of a shaft 6 mounted on the opaque sheet frame B.
A plurality of feeding rollers 7 are fixed to the shaft 6 at predetermined intervals. Moreover, the feeding roller 7 has an elastic material (appropriately rubber material, sponge or the like) wound around the surface thereof so as not to slip with the paper 25. Further, on the lower surface of the opaque sheet frame B, a plurality of elastic pieces 8 are formed so as to be juxtaposed with the plurality of feeding rollers 7, and the elastic pieces 8 will be described later on the paper 25. The elastic force is applied so as to elastically press the sheet pressing body 20. That is, the sheet pressing member 20 and the elastic piece 8 elastically sandwich the sheet 25, and the lower sheet 25 is reliably fed (discharged) together with the uppermost sheet 25. It is possible to prevent it. By the way, the resilient piece 8 may be provided so as to resiliently press the plurality of sheets 25 set in the sheet placing portion on the upper surface of the toy base C downward. In addition, the opaque sheet frame B
Specific configuration, shape, size, material, specific mounting means for the toy base C, mounting position, specific shape, size, material of the opaque resin sheet 2, specific mounting means for the opaque sheet frame B, Specific shape, size, material of the transfer paper pressing frame 3, specific mounting means for the opaque sheet frame B, specific shape, size, material of the transfer paper 4, specific shape for the lower surface of the opaque sheet frame B. Specific mounting means, driven gear 5, shaft 6, feeding roller 7, and elastic piece 8 in specific configuration, shape, size, material, number, arrangement position, and specific mounting state on the lower surface of the opaque sheet frame B Etc. are not limited to those in the illustrated example and can be set freely as appropriate.

The toy base C is formed of a synthetic resin material or the like into a substantially rectangular box shape as a whole, and a paper stacking portion on which a plurality of papers 25 are placed is provided in the central portion of the upper surface thereof. Then, a part of the drive gear 10 that is appropriately decelerated and rotated by a built-in appropriate drive mechanism is disposed on the side of the discharge base of the paper 25 on the upper surface of the toy base C so as to be exposed upward. Reference numeral 11 in the drawing denotes a battery storage portion in which an appropriate battery such as a dry battery is stored, and reference numeral 12 in the drawing denotes a drive mechanism incorporated in the toy base C for a predetermined time (one sheet of paper 25 by rotation of the feeding roller 7). Is a start button for driving, and a reference numeral 13 in the drawing denotes a pen storage portion capable of storing a pressure pen 14 for writing on the pressure-sensitive writing portion.

Further, a plurality of (for example, four) guide projections 15 are provided on both sides of the paper placing portion on the upper surface of the toy base C.
The upper end portion of the guide protrusion 15 is arranged so that it can be retracted and retracted, and the elastic force of the elastic spring 16 is constantly applied to each of the guide protrusions 15. It is formed so as to always project elastically. That is, the plurality of guide protrusions 15 are configured to come into contact with both side edge portions of the plurality of sheets of paper 25 so that the sheet of paper 25 is fed straight, and the upper end portion thereof has the sheet of paper 25.
Depending on the number of sheets (thickness), the toy base C is immersed.

In addition, the paper discharge member of the paper placing portion on the upper surface of the toy base C is provided with a paper pressing body 2 provided with a paper catching step portion 21.
0 is arranged, and the elastic force of the elastic spring 22 is constantly urged to the paper pressing body 20, so that the paper pressing body 20 always moves upward.
That is, the sheet pressing body 20 presses the sheet 25 against the feeding roller 7 provided on the opaque sheet frame body B, so that the feeding roller 7 can more reliably feed (discharge) the sheet 25. It is considered. Moreover, the uppermost sheet 2 is fed by the sheet hooking step portion 21 provided on the upper surface of the sheet pressing body 20 and inclined at an obliquely upward direction, which is provided at the edge portion.
It is formed so as to prevent the lower sheet 25 from being fed (discharged) together with the sheet 5. The specific configuration, shape, size, and material of the toy base C, the specific configuration of the drive mechanism incorporated in the toy base C, the specific disposition means of the drive gear 10, the disposition position, and the specific configuration of the guide protrusions 15. Configuration, shape, size, material, number, specific mounting means on toy base C, placement position, specific configuration, shape, size, material of paper pressing body 20, specific mounting means on toy base C, paper The specific configuration, shape, dimensions, disposition position on the paper pressing body 20, and the like of the latching step portion 21 are not limited to those shown in the drawings and can be set freely as appropriate.

The present invention is configured as described above. Next, an example of its use will be described. First, a plurality of sheets of paper 25 are set on the paper placing portion on the upper surface of the toy base C, and the frame for the opaque sheet is set. The transfer paper 4 is set on the back surface of the opaque resin sheet 2 of the body B via the transfer paper holding frame 3. Then, the opaque sheet frame B is swung so as to be placed on the toy base C, and the transparent sheet frame A is swung so as to be placed on the opaque sheet frame B. Then, the pressure pen 14 draws (presses) characters or a drawing on the transparent resin sheet 1 of the transparent sheet frame A as appropriate. Then, the pressed portion of the transparent resin sheet 1 comes into close contact with the opaque resin sheet 2 and a state in which it emits light and characters and drawings are visually recognized as appropriate. Moreover, the characters, drawings and the like are transferred onto the uppermost paper 25 by the transfer paper 4. After that, when you press the start button 12,
The drive mechanism operates to rotate the drive gear 10, and the feed roller 7 rotates via the driven gear 5 and the shaft 6 to feed the uppermost sheet 25 on which characters and figures are transferred. (Discharged). The drive mechanism employs an appropriate means that automatically stops when the feeding (discharging) of the uppermost sheet 25 is completed.

[0016]

Therefore, according to the present invention, the transparent sheet frame A on which the transparent resin sheet 1 containing the fluorescent pigment is stretched is replaced by the opaque sheet frame on which the opaque resin sheet 2 is stretched. Since the transparent resin sheet 1 can be swingably attached to the body B and the transparent resin sheet 1 can be brought into close contact with the surface of the opaque resin sheet 2 and the close state can be released, characters and figures are appropriately added. In addition to being able to write easily, by simply swinging the transparent sheet frame A, the close contact state between the transparent resin sheet 1 and the opaque resin sheet 2 can be easily released, and the pressure sensitive writing portion is written. It becomes possible to surely erase characters and figures as appropriate. Further, the opaque sheet frame B of the pressure-sensitive writing part is swingably mounted on the toy base C, and the transfer paper 4 is formed on the back surface of the opaque resin sheet 2 so that the transfer paper 4 can be mounted appropriately. Since a plurality of sheets of the contactable sheet 25 can be placed on the sheet placing section on the upper surface of the toy base C, appropriate characters and figures to be written on the pressure-sensitive writing section are preset. It becomes possible to make a copy on the uppermost sheet 25 of the plurality of sheets 25, and it becomes possible to leave letters, figures, etc. written by an infant on the sheet 25. Moreover, the toy base C is provided with a drive gear 10 that is appropriately decelerated and rotated by a built-in appropriate drive mechanism, and the opaque sheet frame body B is provided with a driven gear 5 that can be meshed with the drive gear 10 and the driven gear 5. A feeding roller 7 is provided which is rotatable by transmitting the rotational force of the gear 5 so that the top sheet 25 of the plurality of sheets 25 can be fed by the feeding roller 7 by the operation of the drive mechanism. Since it is configured as described above, only the sheet 25 (the uppermost sheet 25 of the plurality of sheets 25) after the copying can be easily and surely taken out (discharged) by the feeding roller 7, and It is not necessary to set a new sheet of paper 25 until the copying is finished on each of the plurality of sheets of paper 25 that have been set. Thus, the copying toy of the present invention is very easy to operate, easy to handle, easy for anyone to operate, and enjoys the atmosphere of a real copying machine for infants and the like. .

In particular, a plurality of guide projections 15 are arranged at predetermined positions on the paper mounting portion on the upper surface of the toy base C so that the guide projections 15 can be retracted and retracted, and the elastic force of the elastic spring 16 causes the upper end portion of the guide projection 15 to move. The paper pressing body 20 formed so as to elastically project above the upper surface of the toy base C and provided with the paper catching step portion 21 is placed so that the paper pressing body 20 is always moved upward by the elastic force of the elastic spring 22. Since the sheet discharge unit is provided on the crocodile and the sheet 25 is pressed against the feeding roller 7 provided on the opaque sheet frame B, the guide protrusion 15 prevents the plurality of sheets 25 from being displaced from the predetermined positions.
By doing so, it is possible to reliably guide the sheets, and it becomes easy to set the plurality of sheets 25. Further, the paper pressing body 20
As a result, the uppermost sheet 25 can be forcibly pressed against the feeding roller 7 provided on the opaque sheet frame B, so that the rotational force of the uppermost sheet 25 can be reliably ensured. By being transmitted, the uppermost sheet 25 is more reliably fed (discharged). Moreover, since the paper pressing body 20 is provided with the paper catching step portion 21, except the topmost paper 25 of the plurality of papers 25 that is fed (discharged) by the rotation of the feeding roller 7. , Paper catching step 21
Thus, the discharge is reliably prevented from moving to the side, and the lower sheet 25 is not fed (discharged) together with the uppermost sheet 25.

[Brief description of drawings]

FIG. 1 is a perspective view of a transparent sheet frame of a copying toy having an erasable pressure-sensitive writing section in a state of being swung (opened).

FIG. 2 is a perspective view of an opaque sheet frame of a copying toy including an erasable pressure-sensitive writing unit in a state of being swung (opened).

FIG. 3 is a partially omitted sectional view of a copying toy having an erasable pressure-sensitive writing unit.

FIG. 4 is a sectional view of a copying toy including an erasable pressure-sensitive writing unit.

[Explanation of symbols]

A transparent sheet frame 1 transparent resin sheet B opaque sheet frame 2 opaque resin sheet 3 transfer paper holding frame 4 transfer paper 5 driven gear 6 shaft 7 feed roller 8 bullet piece C toy base 10 drive gear 11 battery Storage part 12 Start button 13 Pen storage part 14 Pressure pen 15 Guide protrusion 16 Repulsion spring 20 Paper pressing body 21 Paper catch step 22 Repulsion spring 25 Paper

Claims (1)

[Scope of utility model registration request] 1. A transparent sheet frame, on which a transparent resin sheet containing a fluorescent pigment is stretched, is swingably mounted on an opaque sheet frame on which an opaque resin sheet is stretched, so as to be transparent. The pressure sensitive writing part is formed so that the resin sheet can be in close contact with the surface of the opaque resin sheet and the close state can be released, and the opaque sheet frame of this pressure sensitive writing part can be swung freely on the toy base. The transfer paper is mounted on the back surface of the opaque resin sheet so that the transfer paper can be mounted on the back surface of the opaque resin sheet. The toy base is provided with a drive gear that is appropriately decelerated and rotated by a built-in appropriate drive mechanism, and the opaque sheet frame body is provided with a driven gear that can be meshed with the drive gear and the driven gear. The rotational force of the Rolling can become a feed roller is provided, by the operation of the drive mechanism, configured to the top sheet of a plurality of sheets can be feed by feed rollers, toys
Place a plurality of guide protrusions at the predetermined positions on the
It is arranged so that the up and down can be freely appearing and disappearing,
The upper end of the guide protrusion is on the toy base due to the elastic force of
It is formed so as to elastically project above the surface, and the paper catching step is formed.
The paper pressing body equipped with the elastic force of the elastic spring
The paper is ejected from the paper tray so that it always moves upward.
A paper feeding roller installed on the crocodile and the paper on the opaque sheet frame.
A copying toy having an erasable pressure-sensitive writing section, which is configured to be pressed against a roller.