JPH0123823Y2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a new manual tape printing device that can obtain tapes stamped with characters, symbols, etc.

In the illustrated embodiment, a large number of deep notches 3 are cut in the centripetal direction on the entire outer periphery of a disk 2 in which a rubber stamp material 1 is bonded to the bottom surface of an elastic plastic. 3 is an independent elastic piece 4, and a dial 6 is constructed by integrally protruding a predetermined print 5 on the lower surface of the stamp material 1 at the tip of each elastic piece 4. 6 is integrated with the lower surface of the upper plate 7 by fitting the dowel 8 and the dowel hole 9, and on the upper surface of the upper plate 7, display characters 10 corresponding to each of the printed characters 5 are placed at the locations corresponding to the printed characters 5. Along with engraving, the dial 6
The same dial 6 is inserted into the round plate-shaped lower plate 12.
is rotatably and non-removably supported on a shaft portion 13 integrally projecting from the center of the lower plate 2 with a retaining member 14, and furthermore, a recess 15 is formed in the lower surface of the lower plate 12, passing through the center and having one end and the lower surface open. The bottom wall of the recess 15 and the peripheral wall of the lower plate 12 are cut out at a location corresponding to the opening at one end of the recess 15 to form a through hole 16 of the plunger 42, which will be described later, and a pair of engagement members, which will also be described later. An inward floating-preventing engagement protrusion 17 that fits into the groove 31 is formed, and an engaging hole 18 in which a floating-preventing engagement protrusion 32 (to be described later) engages with the other end closing wall of the recess 15 is also formed on one side. Engagement notches 24 are formed in the side walls to be engaged with retractable elastic engagement claws 34 for preventing regression, which will be described later. A pair of recesses 19 are provided that open toward the recesses 19, and the base of a U-shaped plate spring mounting member 21 whose tip end faces the recesses 19 is brought into contact with the upper surface of the lower plate 12, and a through hole opened in the same portion is provided. A pin 1 formed integrally with the lower plate 12 in the hole 21'
2' and crush its head to remove the mounting member 21.
is fixed to the lower plate 12, and a roller-shaped ink pad 20 containing ink is attached to the upward U-shaped portion provided at the tip of the mounting member 21, and the ink pad 20 is located within the recess 19 and this ink pad is attached. 20
The dial unit 23 is constructed by attaching the dial unit 23 with the shaft pin 22 in such a manner that it contacts and rotates all of the above-mentioned printed characters.

Furthermore, separately from this, a hollow frame-like body 25 having a quadrilateral shape is constructed of hard plastic, and a running path 27 of the tape is formed on the upper surface of the upper side 26 of this frame-like body 25. A plunger 42 and a push-cut body 48, which will be described later, are installed at the tip of the bottom.
A through hole 28 and an inlet 29 of the tape are respectively cut at the rear end.
The bottom wall of the running path 27 between 9 and 9 is used as a stamping stand 30, and the above-mentioned engagement protrusions 17 are provided on both sides of this stamping stand 30.
A horizontally opening engagement groove 31 into which the frame body 25 is fitted, and a rearward floating prevention engagement protrusion 32 which engages with the engagement hole 18 at the rear end and one side of the upper side 26 of the frame body 25. and a retreat prevention engagement claw 34 that engages with the engagement notch 24, and a frame-shaped body 25.
A running path 2 is provided on both sides of the penetration hole 28 on the upper side 26.
A torii-shaped protrusion 33 spanning the frame 25 is provided, and a frame-shaped body 25 is provided.
A square-shaped printing handle 36 is inserted into the rear side portion 35 and the upper side portion 26, and the printing handle 36 is inserted into the rear side portion 35 and the upper side portion 26.
The bent portion is rotatably supported on the wall surface of the frame-like body 25 with a shaft pin 37, so that the tip of the horizontal portion 38 swings up and down, and the lower end of the vertical portion 39 swings back and forth. The horizontal portion 3 of the handle 36
A torsion spring 40 that returns the lower end of the vertical part 39 to the front is hung above the tip of the horizontal part 38, and a spring 40 is attached to the tip of the horizontal part 38, which operates only up and down in the penetration hole 28 by the movement of the tip. A letter-shaped plunger 42 is connected via a shaft rod 43, and a letter-shaped cutting handle 45 is inserted into the rear side 35 and upper side 26 of the frame-like body 25 so as to be slidable only in the front-back direction. A coil spring 46 for returning the cut to the front is attached to the cut handle 45, and an inclined surface 47 that slopes downward toward the rear is provided on the upper surface of the tip of the cut handle 45. A push-cutting body 48 that operates only up and down in the through-hole 28 by sliding the cutting handle 45 forward and backward is mounted, and a coil spring 49 for returning downward is hung on this push-cutting body 48. At the same time, the vertical front surface of the printing handle 36 and the cutting handle 4
Finger hook portions 50, 5 arranged vertically with the front surface of the vertical portion of 5
Set to 1.

Further, a rear-open tape magazine 54 is formed in the lower half of the rear side 35 of the frame-shaped body 25 and inside the finger hook 50 of the printing handle 36, and a frame-shaped body is provided at the lower edge of the rear-open opening 55 of the tape magazine 54. A lid body 56 for opening and closing the opening 55 and the rear surface of the upper half of the frame body 25 is pivoted by a stop shaft 57, and a lid body 56 is attached inside the upper half half of the frame body 25 by one squeeze operation of the printing handle 36. A feed roller 60 with a ratchet wheel 59 and a pinch roller 61 are equipped to feed the tape one character at a time through a guide path 58 and an entrance 29 provided on the upper surface of the stamping stand 30. The part protrudes outward through a square hole 62 formed in the lid body 56, and the pinch roller 60 is rotated forward or reverse by placing a finger on the protrusion part (in this case, a push button 70 described later is kept pressed). )
By applying an operation, it is possible to continuously send out and return the tape in a state independent of the feeding by the feed roller 60 with ratchet wheel 59, and furthermore, the vertical part 39 of the printing handle 36 can be
An angular protrusion 67 is integrally provided near the proximal end of the feed pawl 66 of the ratchet wheel 59, which is supported by a shaft pin 64 and a return spring 65 in the middle of the frame body 25. A horizontal pin 68 is erected on the inner side near the location corresponding to the angular protrusion 67, and a push button 70, which returns to its original position by a coil spring 69 wound around the horizontal pin 68, is slidably fitted onto the horizontal pin 68. , the head of the push button 70 is made to be freely retractable to the outside through a through hole 71 formed in the other wall of the rear side portion 35, and a angular protrusion 67 is formed at the inner end of the push button 70 by retracting the push button 70. A tapered part 72 that pushes out the feed claw 66 to remove it, and a flange part 73 that prevents it from being pulled out from the through hole 71 are integrally provided. A protrusion 76 for positioning bulges out of the groove is selectively engaged with the protrusion 76 to prevent the feed roller 60 from freely rolling.

Furthermore, separately from this, there is a cutter case 7 which is made of hard plastic and has the shape of a long and narrow housing with an open bottom.
The cutter case 79 has downward projecting walls 80 at the lower edges of both end walls, and one projecting wall 8.
A gripping part 81 is integrally provided on the outside of the cutter case 79, and an engagement hole 82 is formed at both ends of the top wall of the cutter case 79. A pair of dowels 85 are provided on both sides of the portion 84, engaging claws 87 are provided at both ends of the upper side portion 86, and an oblong quadrilateral portion 89 is integrally provided below the lower side portion 88. A spacer 90 is configured, a pair of cutters 91 are arranged on both sides of the spacer 90, and a dowel hole 92 previously provided in the cutter 91 is fitted into the dowel 85, so that the blade of the cutter 91 is forced by an external force. The spacer 90 is attached to both sides of the spacer 90 so that it protrudes downward from the lower surface of the horizontally long quadrilateral portion 89 only when the spacer 90 is attached to the cutter case 7.
9 from below and insert the engaging claw 87 into the engaging hole 8.
2, and the cutter unit 93
Configure.

Further, an insertion port 95 is opened in one side wall of the torii-shaped protrusion 33, and an inverted U-shaped metal fitting 96 is inserted into the inner surface of the torii-shaped protrusion 33, and both lower ends of this inverted U-shaped metal fitting 96 are inserted. The opposite can be achieved by extending downward along both sides of the press-cutting body 48 and both sides of the tip of the cutting handle 45 and standing on the inner surface of the bottom wall of the upper side 26 of the frame-shaped body 25. A U-shaped metal fitting 96 is fixed, and a pair of square holes 97 are cut in the opposite side walls of the inverted U-shaped metal fitting 96 at positions corresponding to the insertion opening 95, and communicate with the insertion opening 95. The cutter unit 93 described above is inserted into the square hole 97 through the insertion port 95, and both ends of the cutter case 79 are fitted into the square hole 97 so as to be immovable, non-removable, and removable. A gap 98, which is an extension of the running path 27, remains between the blade and the upper surface of the push-off body 48 when it is lowered.

Further, the dial unit 23 is moved forward so as to fit the upper side 26 of the frame-like body 25 into the recess 15 of the dial unit 23, thereby engaging with the engagement protrusion 17. The groove 31, the engagement hole 18, the engagement protrusion 32, the engagement notch 24, and the engagement claw 34 are engaged with each other, and by these engagements, the printing 5 is
one of them is positioned directly above the stamping stand 30 leaving a running space for the tape, and the upper side 100 of the plunger 42 is positioned directly above the one printing 5 mentioned above. do.

Furthermore, a large number of recesses 101 are formed on the entire outer periphery of the upper plate 7 at locations corresponding to the respective prints 5, and a positioning protrusion 102 that selectively engages with the recesses 101 is provided on the torii-shaped protrusion 33. The plate springs 103 having the same structure are respectively provided.

As described above, the present invention provides a tape running path on a frame-like body, a stamping stand in the middle of the tape running path, and a large number of elastic pieces each having a print on the lower surface of the tip above the tape running path. A dial facing in the centrifugal direction is arranged, and the dial is rotatably attached to the frame-shaped body so that each print moves in a state floating directly above the printing stand, and the dial is mounted on the frame-shaped body so that it can be freely rotated. Equipped with a printing handle for the grip diaphragm, and connected to the tip of the printing handle to a plunger that presses down from above the tip of the elastic piece that is located directly above the printing stand during the grip diaphragm. Therefore, when in use, by rotating the dial to position the desired print above the tape running path, and squeezing the printing handle, the desired print can be stamped onto the tape on the tape running path. Of course, once the dial has been stamped in this way, it can immediately return to its original state by the action of the elastic piece and be ready for the next stamping. Since there is no need to attach a special spring to the dial to restore the original state, there is an advantage that the configuration of the relevant part can be simplified.In addition, in this invention, a pair of A recess is provided, and a U-shaped plate spring mounting member whose tip faces the recess is fixed to the upper surface of the lower plate, and a roller-shaped ink pad containing ink is attached to the tip of the mounting member. Since the ink pad is located in the recess of the ink pad and is supported by a shaft pin so that it rotates in contact with all of the above-mentioned prints, ink is evenly supplied to each print by the ink pad. Zuko's ink supply mechanism is located in the recess formed in the lower plate from the above-mentioned ink pad, so it does not interfere with efforts such as reducing the overall thickness, and the dial can be adjusted as needed. The unit can be made thin and compact in shape.Furthermore, in the present invention, a recess is provided on the lower surface of the lower plate with one end and the lower surface open through the center, and the bottom wall of this recess is In the peripheral wall of the lower plate, one open end of the recess is cut out to form a through hole, and an inward floating prevention engagement protrusion is formed on both sides of the through hole, and the other end of the recess is closed. An engagement hole is formed in the bottom plate of the dial, and an engagement notch is formed in one side wall of the recess, and on both sides of the stamping stand provided in the frame, there are engagement holes provided on the lower plate of the dial. Further, a horizontally opening engagement groove into which the protrusion is inserted, and a rearward floating prevention engagement protrusion that engages with the engagement hole provided in the lower plate at the rear end of the upper side of the frame-like body. On one side of the upper side of the frame body, there are provided engagement claws for preventing backward movement that engage the engagement notches provided in the lower plate. While pressing the recess onto the frame-shaped body and moving it forward, the levitation prevention engagement protrusion on the lower plate is inserted into the engagement groove of the frame-shaped body, and the engagement hole on the lower plate is also inserted into the levitation-preventing engagement groove of the frame-shaped body. It is only necessary to fit the blocking engagement protrusion and the engagement notch on the lower plate into the retreating blocking engagement claw of the frame-like body, respectively.
Therefore, the installation work can be done extremely easily and reliably, and by removing the engagement claw for preventing the frame from moving backward from the engagement notch in the lower plate, and moving the lower plate backward. The dial can be easily removed from the frame, and this has the effect of making it extremely easy to replace a large number of dial units of the same standard.

[Brief explanation of drawings]

The figure shows an embodiment of the present invention.
The figure is a perspective view showing the whole, Figure 2 is a partially cutaway plan view, Figure 3 is a perspective view showing the dial unit removed, and Figure 4 is a cross section taken along line A-A in Figure 1. Figure 5 is an enlarged sectional view of the part passing through the center of the push button, Figure 6 is an enlarged sectional view of the part passing through the center of the cutter unit, and Figure 7 is a partially cut away perspective view showing the cutter/cartridge loading section. Figure 8 is Figure 2B
- It is a sectional view along the B line. A...Tape, 1...Stamp material, 2...Disc, 3...
...Notch, 4...Elastic piece, 5...Printing, 6...Dial, 7...Top plate, 8...Dowel, 9...Dowel hole, 1
0...display character, 12...bottom plate, 12'...pin,
13... Shaft portion, 14... Retention portion, 15... Recess,
16... Port, 17... Engaging protrusion, 18... Engaging hole, 19... Recess, 20... Ink pad, 21
...Mounting member, 21'...Through hole, 22...Axis pin,
23...Dial unit, 24...Engagement notch, 2
5... Frame-shaped body, 26... Upper side part, 27... Running path, 28... Penetration hole, 29... Entrance, 30... Stamping stand, 31... Engagement groove, 32... Engagement protrusion, 33
... Torii-like projection, 34 ... Engagement claw, 35 ... Rear side part, 36 ... Printing handle, 37 ... Axis pin,
38... Horizontal part, 39... Vertical part, 40... Torsion spring, 42... Plunger, 43... Axial rod, 45... Cutting handle, 46... Coil spring, 47... Inclined surface, 48... Push cut Body, 49...
...Coil spring, 50, 51...Finger rest, 54...
Tape magazine, 55...Rear opening, 56...
Lid body, 57... Stop shaft, 58... Guide path, 59...
Ratchet wheel, 60...Feed roller, 61...Pinch roller, 62...Square hole, 64...Axle pin, 65...
... Return spring, 66 ... Feed claw, 67 ... Angular protrusion, 68 ... Horizontal pin, 69 ... Coil spring, 70
...Push button, 71...Through hole, 72...Tapered part,
73...flange part, 75...plate spring, 76...
Protrusion, 77... Jagged, 79... Cutter case, 80... Projection wall, 81... Gripping portion, 82... Engagement hole, 85... Dowel, 86... Top side, 87...
Engagement claw, 88...Lower side part, 89...Horizontal quadrilateral part, 90...Spacer, 91...Cutter, 92
...Dowel hole, 93...Cutter unit, 95...
...Insertion port, 96...Inverted U-shaped metal fitting, 97...Square hole, 98...Gap, 100...Top side, 101...
...notch, 102...protrusion, 103...plate spring.

Claims (1)

[Scope of utility model registration request] A tape running path is provided in the frame-like body, a stamping stand is provided in the middle of the tape running path, and a dial is provided above the tape running path, with a large number of elastic pieces each having a print on the lower surface of the tip disposed in the centrifugal direction. The dial is rotatably attached to the frame so that each print floats directly above the printing stand, and the frame is equipped with a grip-type printing handle. A plunger is connected to the tip of this printing handle, which presses down the tip of the elastic piece located directly above the stamping base from above when the printing handle is squeezed. The lower plate is rotatably and non-removably supported on the shaft at the center of the lower plate, and a pair of recesses are provided on the upper surface of the lower plate. A mounting member made of a leaf spring is fixed, and a roller-shaped ink pad containing ink is placed at the tip of this mounting member, and the ink pad is positioned in the above-mentioned recess and rotates in contact with all of the above-mentioned printed characters. The recess is supported by a shaft pin in the lower plate, and is provided in a recess that passes through the center of the lower plate and has one end and the lower surface open, and the open end of the recess is cut out on the bottom wall of the recess and the peripheral wall of the lower plate. A through hole is formed, and inward floating prevention engaging protrusions are formed on both sides of the through hole, and an engaging hole is formed on the other end closing wall of the recess, and an engaging notch is formed on one side wall of the recess. On both sides of the stamp stand provided on the frame-like body, horizontally opening engaging grooves into which the floating-preventing engaging protrusions provided on the lower plate of the dial are fitted are provided. At the rear end of the upper side, there is a rearward levitation engagement protrusion that engages with the engagement hole provided on the lower plate, and on one side of the upper side of the frame, there is an engagement protrusion provided on the lower plate. A manual tape printing device, which is provided with engagement claws for preventing backward movement that engage in matching notches.