JPH023881Y2 - - Google Patents

Description

[Detailed description of the invention] The present invention relates to a new typewriter toy, and its embodiment will be explained with reference to drawings. A large round hole 4 is opened in the top wall 3 of the front low place 2 in the base plate 1, and a hole 4 of a size extending between the front low place 2 and the central high place 5 is formed in the base plate 1. An intermediate wall plate 6 is provided, and two chain wheel-shaped plates 7, 7' are provided between the intermediate wall plate 6 and the top wall 3 of the front low point 2 with teeth 8,
8' are shifted by half a pitch, and insert the integrated printing selection body 9 so that the center of the printing selection body 9 corresponds to the center point of the above-mentioned round hole 4 in the intermediate wall plate 6. The upper end of the vertical shaft 10 is extended upwardly, and a rotary operation knob 1 is attached to the extended portion and the upper chain wheel-shaped plate 7.
1 is fixed, and on the upper surface of the upper chain wheel-shaped plate 7, on the double circular line along the inside of the incisal edge of the circular hole 4, the same characters 13, 1 as the characters 22, 22' to be described later are printed.
3' is displayed in two rows, inside and outside, at intervals corresponding to the half pitch of the teeth 8, 8', and this display character 1
Display window 14 for selecting one character each inside and outside of 3 and 13'
is provided at the front hem of the central height 5 of the base plate 1, and a horizontally elongated sliding plate 16 whose front end moves up and down is supported on the upper surface of the front part of the intermediate wall board 6.
A pair of driven wheels 17, 17' are rotatably supported on the upper surface of both ends of the wheel 6, and a flexible semi-rigid synthetic resin adjustment band 18 is wrapped around these driven wheels 17, 17'. A large number of frame feed holes 19 in the tuning belt 18,
19' are provided in two rows, upper and lower, and these frame feed holes 19,
The teeth 8, 8' of the above-mentioned printing selection body 9 are engaged with 19', and the upper edge of the adjustment band 18 is extended upward, and a large number of deep cuts are made in the entire upper edge of this extended part. Elastic pieces 21... having the same width as the above-mentioned half-pitch and restoring to the standing state by themselves are formed, and these display characters 13, 13 are arranged on the outer surface of the upper end of the elastic pieces 21... in upper and lower stages. ’ print 22,2
2' is provided in a protruding manner, and furthermore, a tongue-like protrusion 24 facing toward the user is integrally provided on the proximal edge of the above-mentioned sliding plate 16, and the tip of this protrusion 24 can be pressed down by an up/down switching push button. The sliding plate 16 moves upward so that the lower printing 22' comes into the locus of the stamping operation of the head 29 of the stamping bar 28, which will be described later, for striking the upper printing 22, and also slides the up/down switching push button 25. It is made to return by the weight of the plate 16 and the part on which the plate 16 is mounted.

Furthermore, through holes 27 and 27' communicating with the upper and lower surfaces are provided in the center of the area surrounded by the adjustment band 18 in the intermediate wall plate 6 and the sliding plate 16, and the holes 27 and 27' are inserted into these through holes 27 and 27'. The shaft pin 3 is inserted into the incisal edge of the through hole 27 which is made in the intermediate wall plate 6 by inserting the stamping bar 28 in the shape of a shape.
A push-button type key button 33 is provided at the frontmost portion of the top surface of the front low point 2 and is automatically returned to its original position by a spring 32. Stamp bar 28
The lower end of the marking bar 28 is connected to the lower end of the marking bar 28 via a link mechanism 37 composed of two sliding members 34, 35 and a connecting rod 36, and when the key button 33 is pressed, the head 29 of the stamping bar 28 rotates forward. Then, the above-mentioned prints 22, 22' existing in front of the head 29 are struck with moderate pressure on the paper wrapped around the platen 42, the transfer paper 45, and the transfer paper 49, which will be described later, and the key button 33 is no longer pressed. When you do, press the stamp bar 28
etc. return to their original positions.

In addition, separately from this, support walls 40, 4 are provided on both the left and right sides.
A movable base 41 is constructed, and this movable base 4
A platen 42 is freely rotatably mounted between the supporting walls 40 and 40' of 1, and a paper holding plate 46 that clamps the end of the paper 45 by mutual attraction of a magnet and an iron piece 44 is mounted on the platen 42 in a freely undulating manner. A transfer paper holding plate 50 is provided between the supporting walls 40 and 40' to clamp the end of a transfer paper 49 such as carbon paper by attraction of a magnet 47 and an iron piece 48, and extends freely over the platen 42. A ratchet wheel 52 is fixed coaxially with the platen 42 on the outside of the right end surface of the platen 42, and a U-shaped wire 54 whose back portion 53 has approximately the same length as the platen 42 is placed on the top surface of the moving table 41. Both ends of the shaped wire 54 are rotatably supported on the inner surfaces of the proximal ends of the support walls 40 and 40', and the intermediate point of the claw feed member 55 of the ratchet wheel 52 is connected to the shaft 5 on the right end surface of the platen 42.
It is rotatably supported by 1 and is loosely fitted between the two prongs 55' formed at the right end of the back portion 53 of the U-shaped wire 54 at the lower end of the feed pawl member 55 of the pawl wheel 52, and is movable. A platen device 57 is constructed by attaching the reverse stop pawl member 56 of the ratchet wheel 52 to the upper surface of the platform 41, and the platen device 57 is moved to a horizontal position above the front low point 58 on the platform 1. The board is mounted so as to be able to move laterally by the engagement of the rolling wheel 59 with a jumping protrusion 60 provided at the pitch between the lines and by sliding the guide rails 61 and 62, and the player manually performs the lateral movement.

Furthermore, an actuating plate 65 is arranged below the intermediate wall plate 6, and the right side of the actuating plate 65 is connected to the shaft rod 66 and the shaft bearing part 6.
7 is supported on the intermediate wall plate 6 so as to be able to freely slide up and down, and a traction spring 68 is attached to the actuating plate 65 to return it upward. Spring 6 in line with key button 33 above
9, a vertical feed button 70 is provided that automatically returns to its original position, and when the vertical feed button 70 is pressed, the traction spring 6
The left side of the actuating plate 65 is pushed down against the acting force of the actuating plate 65 to cause the actuating plate 65 to slide downward, and a forked portion 71 is integrally projected at the free end of the front edge of the actuating plate 65. The back part 53 of the U-shaped wire 54 of the upper layer is slidably fitted into the forked part 71, and each time the vertical feed button 70 is pressed once, the platen 42 is moved to a predetermined position. Rotate by the printing pitch.

Furthermore, a sliding member 3 directly connected to the key button 33
A driving pin 73 is attached to the side of the actuating plate 65, and a driven cam 74 is attached to the free end of the rear edge of the actuating plate 65. Set up and press key button 3
After one printing operation by pressing 3, the platen 42
is rotated by a predetermined printing pitch separately from the operation of the vertical feed button 70 described above in preparation for the next printing operation.

In the figure, 80 is a stopper for preventing free rotation of the printing selection body 9, 81 and 81' are slots, 82 is a retreat limiting portion of the printing bar 28, and 83 is an undulating plate supported on the top surface of the central height 5. 84 is a marking position indicator attached through 84, 85 is a viewing window, 86 is a leaf spring that is slidably pressed against the incisal edge of slit 87, 88 is a bar for preventing the paper 45 from lifting up, 89 is the end of the paper 45 In the holding bar, 90 is a connecting shaft, and 91 is a fixed shaft.

Since the present invention is constructed as described above, first, the paper 45 and carbon paper 49 are mounted on the platen 42 using the paper holding plate 46 and the transfer paper holding plate 50, and the platen device 57 is moved to the left or right. 2. Move horizontally in the direction as desired and press the vertical feed button 70 the required number of times to align the starting position of vertical printing on the paper 45 with the marking position indicator 83, and then twist the rotation control knob to display it. Position the display character you want to type among the display characters 13 and 13' within the window 14, and then, if the display character you want to type is the lower print 22', press the upper/lower switching push button 25 with your left finger. Position the lower printing 22' of the elastic piece 21 in front of the head 29 of the stamping bar 28, and press the key button 33 while maintaining this position.
If the desired display character in the display window 14 is the upper print 22, the above-mentioned up/down switching push button 25 is not pressed, so only the key button 33 is pressed. Enter the display characters you want to type on paper 4 above.
5 through the carbon paper 49, that is, by appropriately pressing the key button 33, the vertical feed button 70, and the up/down switching push button 25, the required amount is printed on the paper 45 mounted on the platen 42. It is possible to type text etc. vertically.
In addition, the operation to change the row of vertical printing is performed using the platen device 57.
is manually moved laterally and fed one line at a time or several lines at a time by engagement between a rolling wheel 59 and a jumping protrusion 60.

The present invention is as described above, and by operating as described above, it is possible to play with printing, and it is not only extremely interesting, but also suitable as a toy for children.

[Brief explanation of the drawing]

The figures show an embodiment of the typewriter toy of the present invention, and Figure 1 is an overall perspective view;
The figure is an overall perspective view, Figure 2 is a partially cutaway side view, Figure 3 is a partially cutaway bottom view, Figure 4 is a sectional view taken along line A-A in Figure 1, and Figure 5. is shown in Figure 4 B-
5 is a sectional view taken along line B-B in FIG. 4, FIG. 6 is a sectional view taken along line C-C in FIG. 5, and FIG. 7 is a sectional view taken along line D-D in FIG. 5. Sectional view along No. 8
The figure is a sectional view taken along line E-E in FIG. 1... Base plate, 2... Low place in front, 3... Top wall, 4
... Round hole, 5 ... Central high point, 6 ... Intermediate wall plate,
7, 7'... Chain wheel plate, 8, 8'... Teeth, 9...
Print selection body, 10... Vertical axis, 11... Rotation operation knob, 13, 13'... Display characters, 14... Display window, 16... Sliding plate, 17, 17'... Driven vehicle,
18... Toning band, 19,19'... Frame feed hole, 2
1...Elastic piece, 22, 22'...Printing, 24...
Tongue-shaped piece, 25...Push button for switching up and down, 27, 2
7'...Through hole, 28...Stamp bar, 29...Head,
30... Axis pin, 32... Spring, 33... Key button, 34, 35... Sliding plate, 36... Linking rod, 37
...Link mechanism, 40, 40'...Support wall, 41...
...Moving table, 42...Platen, 43...Magnet, 4
4... Iron piece, 45... Paper, 46... Paper holding plate, 47... Magnet, 48... Iron piece, 49... Carbon paper, 50... Transfer paper holding plate, 51... Rolling body,
52... Rattle wheel, 53... Back portion, 54... U-shaped wire, 55... Pawl feed member, 55'... Fork part, 5
6... Reverse stopper claw member, 57... Platen device, 5
8... Front low point, 59... Turning wheel, 60... Jumping projection, 61, 62... Guide rail, 65... Operating plate, 66... Shaft rod, 67... Bearing member, 68...
Traction spring, 69... Spring, 70... Vertical feed button, 7
1...Two prongs, 73...Driving pin, 74...Followed cam, 80...Stopper, 81, 81'...Slot, 82...Backward limiting portion, 83...Mark position indicator, 84... undulating board, 85... viewing window, 8
6...Plate spring, 87...Slit, 88...Lifting prevention bar, 89...Terminal pressing bar, 90
...Connection shaft, 91...Fixed shaft.

Claims (1)

[Scope of utility model registration request] A flexible semi-rigid synthetic resin adjustable band equipped with a number of elastic pieces that can return to an upright state by itself is wrapped around the driven wheel to make it rotatable, and markings are provided on the outer surface of the tips of the elastic pieces. A typesetting device, a printing selection device that positions the desired printing in front of the head of a printing bar (to be described later) by applying a rotational operation to a rotary operation knob and rotating the above-mentioned adjustment belt, and A display device that displays the selection, a platen device that attaches the paper and transfer paper such as carbon paper, and a transfer paper such as carbon paper that is attached to the platen device and prints the selected information later on the paper. A stamping lever device for hitting the mark with the head, a key button device for moving the platen vertically by one character via a driving operation link mechanism with respect to the stamping lever, and a ratchet mechanism in the key button device to move the platen. A typewriter toy consisting of a vertical feed button device that skips one character at a time, and a vertical feed button device that is set on a base plate in appropriate combinations.