JPH022393Y2 - - Google Patents

Description

[Detailed description of the invention] The invention is based on the following: The stamp, carbon paper, and paper are stacked on a base plate in the listed order, and the base plate is clamped by parallel upper and lower rolls and passed between the parallel upper and lower rolls. This relates to a drawing device toy that transfers the stamp surface onto the above-mentioned paper and automatically separates and collects the paper on which the transfer has been completed from the base plate, where the paper on which the drawing has been drawn is separated from the base plate. The object of the present invention is to provide a device that automatically curls the leading edge of the paper as an initial operation.

In the illustrated embodiment, projecting walls 1 and 1' are provided on both left and right sides of the upper surface of the machine base A, and a base plate 1, which will be described later, is mounted on the upper surface of the machine base A.
A pair of left and right supporting walls 3, 3' are erected on both sides of the forward end of the moving path 2, and the top of the moving path 2 is formed between these supporting walls 3, 3'. The upper and lower rolls 4 and 4' rotating on the bottom are horizontally suspended in parallel.
The right end of the upper roll 4 and the right end of the lower roll 4' are engaged with each other to form upper and lower rolls 4, 4'.
gears 5 on both upper and lower sides that rotate synchronously in opposite directions;
At the same time, a driving gear 7 rotated by a manual handle 6 is meshed with the upper gear 5, and the central shaft 8 of the driving gear 7 is connected to the left and right supporting walls 3,
Further, a horizontal shaft 9 is disposed in parallel above the upper roll 4, and its both ends are rotatably supported on the left and right support walls 3, 3'. A pair of pinch rolls 10 that are in pressure contact with the upper roll 4 are fixed, and these are engaged with the right end of the horizontal shaft 9 and the right end of the upper roll 4 to rotate the upper roll 4 and the pinch roll 10 synchronously in opposite directions. The pinions 11, 11' are fixed, and front and rear guide plates 12, 12' of a drawing paper 28, which will be described later, are arranged in front and behind the pinch roll 10, and both left and right ends of the guide plates 12, 12' are connected to the It is fixed to the left and right supporting walls 3, 3', and the moving path 2 is installed above the machine base A.
A cover body 14 that covers the upper surface of the base plate 19 is fixed, and an outlet 15 for the platform 19 is formed at the front of the moving path 2, and an insertion opening 16 is formed at the rear.

Separately, a base plate 19 having a concave portion 18 on the upper surface is constructed of a hard synthetic resin material,
A sponge sheet 2 is placed inside the concave portion 18 of this base plate 19.
At the same time, a pair of undulating paper clamping plates 23, 23' are installed on the leading edge of the base plate 19, with support shafts 21, 21' and springs 22, 22' arranged inside and outside parallel to the leading edge. , these paper clipping plates 23,
At 23', there are finger hooks 24, 2 for resolving the pinching force.
4', a convex plastic stamp 25 is placed on top of the above sponge sheet 20, and a convex plastic stamp 25 is held on top of the same stamp 25 by the inner paper clamping plate 23, and a carbon paper 26 is further placed on top of the same carbon paper 26. The pre-drawing drawing papers 27 are placed on top of each other by being clamped by the outer paper clamping plate 23', and the base plate 19 is inserted from the insertion opening 16 of the moving path 2. 4 and 4', and send the same plate 19 to the other side by rotating the manual handle 6 to the discharge port 1.
5, the stamp surface (original plate) of the stamp 25 is transferred to the pre-drawing drawing paper 27 via the carbon paper 26, and the leading edge of the base plate 19 is placed between the upper and lower rolls 4, 4'. The fixed guide section 29 and the movable guide section 2 engage with each other at the point where they pass through, thereby setting the outer paper clamping plate 23' in an upright non-clamping state and releasing the clamping on the drawing paper 28.
9' is provided on the moving path 2 and the outer paper clamping plate 23',
In addition, the left and right side walls 30, 3 of the concave portion 18 of the base plate 19
At position 0', the outer paper clamping plate 23' is the drawing paper 2
Recesses 31 and 31' are cut at the locations where the upper roll 4 comes into pressure contact while the upper roll 4 is released from the clamping position 8, and the upper roll 4 is cut on the lower surface of the base plate 19 to allow the upper roll 4 to cave in. A downward protrusion 32 is provided that presses against the lower roll 4' to push up the base plate 19 when the base plate 19 is allowed to cave in.
When the upper roll 4 is pushed up, the upper roll 4 collapses and crushes the sponge sheet 20 into a curved shape, and the above-mentioned clamping is released.
Make it curve upward.

In addition, the tip side 2 of the drawn drawing paper 28 which has the above-mentioned warp inside the tip of the cover body 14
A reversing guide 33 that makes a U-turn on the tip 8', and an orientation guide 34 that works together with the tip side guide plate 12 to insert the tip side 28' between the pinch roll 10 and the upper roll 4. At the same time, a picture frame 36 with a transparent plate 35 stretched thereon is opened at a portion of the cover body 14 located above the moving path 2, and a wall forming a passage 37 for the drawn drawing paper 28 on the lower surface of this picture frame 36 is provided. Attaching the plate 38 to the entrance 3 of the passage 37
9, from the pinch roll 10 to the rear conductor plate 12'
The drawn drawing paper 28 is received through the drawn drawing paper 28, and the drawn drawings 40 on the drawn drawn drawing paper 28 are displayed in a picture frame 36 like a picture-story show and are discharged from an exit 41 of a passage 37.

In the figure, 43 and 43' are notches that prevent the outer paper clamping plate 23' from getting caught on the reversing guide during movement, and 44 and 44' are platform plates provided on both sides of the bottom of the moving path 2. 19 and a guide rail for smoothing the warping of the leading edge 28' of the drawing paper 28, and 45 is a lid for opening and closing the insertion opening 16 of the base plate 19.

Since the above embodiment is as described above, when using it, first place the stamp 25 on the sponge sheet 20 of the base plate 19, and place the inner paper sandwiching plate 2 on the stamp 25.
3, the carbon paper 26 is further clamped on top of the carbon paper 26 by the outer paper clamping plate 23', and the pre-drawing drawing papers 27 are placed on top of each other, and then the base plate 19 is inserted into the moving path 2. The plate 19 is inserted through the opening 16 and the leading edge of the plate 19 is inserted between the rolls 4 and 4' on both upper and lower sides, and then the manual handle 6 is rotated to start transferring the stamp surface of the stamp 25 onto the pre-drawing drawing paper 27. , Immediately after this start, the movable guide section 29' collides with the fixed guide section 29, and the drawing paper 28 is released from being held by the outer paper clamping plate 23', and the upper roll 4 moves into the notches 31, 31. ', the leading edge 28' of the drawing paper 28 is bent upward, and the curved leading edge 28' is made a U-turn by the reversing guide 33 and the orientation guide 34, and the leading edge 28' is bent upward. is inserted between the pinch roll 10 and the upper roll 4, and the drawing 40 on the drawing paper 28, which has been inverted and inserted, is moved to the drawing frame 36 by feeding the pinch roll 10.
At the same time, the base plate 19, which had lost the drawing paper 28 in the above process, is loaded with the stamp 25 and is discharged from the exit 41 of the passage 37.
6 is held in a state of being clamped, it advances along the movement path 2 and is sent out from the discharge port 15.

In this invention, a stamp, carbon paper, and paper are stacked on a base plate in the listed order, and this base plate is clamped with parallel rolls on both upper and lower sides and passed between the parallel rolls on both upper and lower sides. In a drawing device toy that transfers the image and automatically separates and collects the transferred paper from the base plate, a cushion sheet such as a sponge sheet is laid on the top surface of the base plate, and The upper roll rolls over the protruding side wall without crushing the cushion sheet, and at the time of release when the leading edge of the paper on the base plate passes between the parallel upper and lower rolls on this side wall. The gist of this invention is that the upper roll is provided with recesses that allow the upper roll to cave in and crush the cushion sheet in a curved shape at the locations where the upper roll comes into pressure contact with the upper roll. When the plate, etc. is transferred, the leading edge of the paper on which the drawing has been drawn is automatically raised, so that the paper is automatically separated from the base plate, reversed, and collected, as in the above embodiment, for example. It has the effect of greatly contributing to the realization of automation of separation and recovery of the paper from the base plate.

[Brief explanation of drawings]

The figure shows an embodiment of the device for curling the leading edge of paper in the drawing device toy of the present invention.
Fig. 1 is a partially cutaway plan view showing the whole, Fig. 2 is a sectional view taken along line A-A in Fig. 1, and Figs. Figure A-A
It is a sectional view of a part corresponding to a line. A...Machine base, 1,1'...Protrusion wall, 2...Movement path,
3, 3'... Support wall, 4, 4'... Rolls on both upper and lower sides,
5, 5'...Gears on both upper and lower sides, 6...Manual handle,
7... Drive gear, 8... Central axis, 9... Horizontal axis, 1
0...pinch roll, 11,11'...pinion,
12, 12'... Front and rear conductive plates, 14... Cover,
15... Discharge port, 16... Insertion port, 18... Concave portion, 19... Table plate, 20... Sponge sheet, 2
1, 21'... Support shaft, 22, 22'... Spring, 2
3, 23'... Paper clamp plate, 24, 24'... Finger hook, 25... Stamp, 26... Carbon paper, 27...
... Drawing paper before drawing, 28 ... Drawing paper with drawing, 2
8'...Tip side part, 29...Fixed guide part, 29'...
...Movable guide part, 30, 30'...Side wall, 31, 3
1'...Concave notch, 32...Downward protrusion, 33...Reversal guide, 34...Orientation guide, 35...
Transparent plate, 36... picture frame, 37... passage, 38...
Wall plate, 39... Entrance, 40... Drawing, 41... Exit, 43, 43'... Notch, 44, 44'... Guide roll, 45... Lid body.

Claims (1)

[Scope of utility model registration request] The stamp, carbon paper, and paper are stacked on a base plate in the listed order, and the base plate is clamped with parallel upper and lower rolls and passed between the parallel upper and lower rolls to transfer the stamp face onto the paper. In a drawing device that automatically separates and collects the transferred paper from the base plate, a cushion sheet such as a sponge sheet is laid on the top surface of the base plate, and an upper roll is placed on the top surface of the base plate. At the time when the leading edge of the paper on the base plate passes between the parallel upper and lower rolls on this side wall, the upper roll is moved. A device for curling up the leading edge of paper in a drawing device toy, characterized in that the upper roll is provided with recesses at the pressure-contact locations to allow the upper roll to cave in and crush the cushion sheet into a curved shape. .