JPS6018301B2 - recording device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a recording apparatus that brings a recording multi-needle electrode into contact with a recording paper and records a received signal on the recording paper.

As an example of a recording device, for example, in a conventional facsimile receiver, energized recording paper for recording by energization is pressed against the recording multi-needle electrode by a recording paper pusher plate. When conveying, the pressing force between the recording paper pushing plate and the recording multi-needle electrode is preferably a cloud or a very small value (that is, the pushing plate and the electrodes may be in either a separated state or in tandem). In addition, a pinch roller and a kipstand (
The pressing force between the two rollers is preferably set to a small value (a value greater than zero; both rollers must be in contact with each other) to the extent that the recording paper does not slip between the two rollers. On the other hand, when recording, in order to increase the pressing force acting between the recording paper pushing plate and the recording multi-needle electrode, the pressure acting between the recording paper pushing plate and the recording multi-needle electrode during recording is increased. The pressure is a predetermined value greater than zero (that is, the push plate and electrode must be in contact),
If this pressing force is small, the recorded portion of the recording paper becomes unclear, and if the pressing force is large, the transporting load of the recording paper increases, resulting in instability of the recording paper transport speed. In other words,
When transitioning from a state in which no recording is performed to a state in which recording is performed, it is necessary to increase the pressing force of the recording paper press plate (hereinafter also referred to as pressing force) in order to make the recorded portion of the recording paper clear.

However, this is accompanied by an increase in the transport load of the recording paper, and the conventional apparatus has the disadvantage that the recording paper transport speed becomes unstable during recording because no countermeasures have been taken for this. The present invention provides a recording device that eliminates such drawbacks, and only when a recording signal is applied to the recording multi-needle electrode, the pressing force of the pressing plate is reduced to zero or extremely small as described above. value to a predetermined value greater than zero, and at the same time, the indentation force of the pinch roller against the capstan is also increased from a small value (greater than zero) to an even greater value as described above to enhance the conveyance capacity of the recording paper. This makes it possible to obtain a clear recorded area on the recording paper and to transport the recording paper stably.

The contents will be explained below according to the drawings. FIG. 1 is a side view showing the inside of a facsimile receiver to which the present invention is applied. When the inside of a body 1 forming the outer shape of the facsimile receiver is separated according to function, it can be divided into the following seven parts.

That is, an upper recording paper storage section 2 for loading and storing roll-shaped recording paper for recording, a lower recording paper storage section 3 having the same structure as the upper recording paper storage section 2, and an upper recording paper storage section 3 for loading and storing rolled recording paper for recording, and a lower recording paper storage section 3 for loading and storing rolled recording paper for recording. a recording paper conveyance section 4 for conveying recording paper; recording is performed on the recording paper conveyed from the recording paper conveyance section;
In addition, a recording section 5 for cutting the recording paper, a temporary feeding section 6 for discharging the recording paper recorded by the recording section or unrecorded paper (slip paper), and the upper and lower recording paper. storage sections 2 and 3, the recording paper transport section 4, the recording section 5,
It is composed of a control circuit 7 for sending signals for conveying, stopping, cutting, rewinding, and separating the recording paper to the discharge section 6, and a recording circuit 8 for supplying recording signals to the recording section 5. There is. The transport path of the recording paper will be explained with reference to FIG.

When the recording paper 9 is stored in the upper recording paper storage section 2 and the recording paper 10 is stored in the lower recording paper storage section 3, the recording paper 9 in the upper recording paper storage section 2 is conveyed preferentially, and the recording paper 10 is stored in the upper recording paper storage section 2. If only either 9 or 10 is stored, the stored recording paper is conveyed. Now, recording paper 9
, 10 are both stored in the upper and lower recording paper storage sections 2 and 3, the recording paper 9 in the upper recording paper storage section 2
The tip 9a (not shown) of the guide plate 1 is supported by a grip roller driven by a motor (not shown) and a feed roller 12 which is rotatably arranged.
Pass through the interior of 3. In the recording paper transport section 4, a feed belt 16 is connected to a feed drum 14, pulleys 15, 15a, and 15b.
is suspended, the leading edge 9a of the recording paper 9 that has passed through the inside of the guide plate 13 passes between the feed drum 14 and the feed belt 16, and between the feed pulleys 15 and 17, and between the recording needle 18 and the push plate 19. In this way, the capstan 20 and pinch roller 21 are connected to the recording needle 18 (recording means) and the press plate 19 (pressing plate 19). The recording paper is disposed on the downstream side in the conveyance direction of the recording paper. The cutting member 23
24, 24a (24a is not shown) for detecting the arrival of the recording paper 9 are arranged on the recording paper advancing direction side, and by detecting the arrival of the leading edge ga of the recording paper 9, the upper part, Lower recording paper storage sections 2, 3, recording paper transport section 4, recording section 5
Each of the recording paper feeding mechanisms is brought to a stopped state. With the above steps, the printer enters a reception standby state with recording paper loaded.

When a transmission signal is received, the next operation is performed. First, the upper recording paper storage section 2, the recording paper conveyance section 4, the recording paper drive sections 11, 12, 14, 16 in the recording section 5,
15, 17, 20, 21 drive the recording paper, and push plate 1
Recording is performed on the portion of the recording paper that is pressed by the recording needle 18 by the recording needle 9 in accordance with the transmitted signal.

Since the leading edge of the recording paper starts from the positions of the cutting members 22 and 23 and recording starts from the position of the recording needle 18, there is a non-recorded portion corresponding to the distance between the positions of the cutting members 22 and 23 and the recording needle 18. Therefore, when the recording paper is conveyed for a certain period of time, the movable blade 23 is moved by a signal issued from the control circuit 7.
is activated to cut and separate the recorded portion and the non-recorded portion.
On the other hand, in the discharge section 6, the scarlet feed pulleys 25 and 25a
A discharge belt 26 is suspended between the belts 27 and 2.
A delivery belt 28 is suspended between the belts 7a.

The upper part of the 9E transport belt 26 and the lower part of the discharge belt 28 are in contact with each other, so that the recording paper can be pinched and transported.
Therefore, the leading edge of the separated non-recorded portion in the feeding direction is
It is held between the discharge pulleys 25 and 27, passes between the 8E conveyance belts 26 and 28, and between the discharge pulleys IJ-25a and 27a, and the direction of movement is changed by the separation plate 29 so that the upper side of the conveyance belt 28 and , and is held between the pulleys 30 that are in contact with this. Then, it is held between the upper side of the delivery belt 28 and the lower side of the 8E feed belt 32 suspended between the cherry feed pulleys 31 and 31a, and is thrown into the paper storage box 33. On the other hand, the recording portion where the transmission signal is recorded has its end connected to the cutting members 22 and 2.
3, between the beach feed pulleys 25 and 27, between the 9E feed belts 26 and 28, and the discharge pulley 25a,
After being held and conveyed between the chicks 27a, the chicks are passed through the inner surface of the guide plate 34, held between the chick feed rollers 35 and 36, and discharged onto the tray 37. Next, FIG. 2 shows a perspective view of the upper recording paper storage section 2 having the recording paper 9 in FIG. , Figure 3 shows the upper recording paper storage section 2.
This shows a side view of. Loading of the recording paper and automatic paper feeding will be explained with reference to FIGS. 2 and 3. The rail frame 38 in FIG. 2 is located on the roller 39 in FIG.
It can be slid in the 0 direction. An outer frame 41 that supports a bearing 42 is fixed to this rail frame 38 in order to support the recording paper 9 in the upper recording paper storage section 4. A recording paper shaft 44 that is slidable is attached to the recording paper shaft 44. When the lever 46 is moved in the direction of the arrow 43 against the spring 45, the recording paper shaft 44 engaged with the lever 46 moves in the direction of the arrow 43, and the recording paper shaft 44 is attached so as to be rotatable relative to the recording paper shaft 44. The winding core holder 47 is connected to the recording paper 9
Since the recording paper 9 can be removed from the core, the recording paper 9 can be replaced. Here, at the end of the recording paper 9, there is a core support (not shown), a bearing that supports this, the other end of the outer frame 41 constituting the upper recording paper storage section 4, and the other end of the outer frame 41 fixed to it. It has a rail frame and rollers to slide it.
Therefore, when installing the recording paper, 1) pull out the rail frame 38 in the direction of the arrow 40, 2) move the lever 46 in the direction of the arrow 43, and then insert the right end of the recording paper 9 into the core holder at the other end.
(not shown), and then move the lever 46 in the direction of arrow 4.
Hold both ends of the recording paper 9 by moving it in the opposite direction to 3.
(2) Move the rail frame 38 in the direction opposite to the arrow 40. The leading end 9a of the recording paper 9 loaded in the above method is moved to a grip roller 11 whose rotation is transmitted by a belt 49 suspended between pulleys 48 and 48a, as shown in FIG.
The grip roller 11 is configured to be rotatable in the direction of the arrow 50 around the rotation axis of the pulley 48, so that the recording paper 9
The tip 48 can be easily held by moving the grip roller 11 in the direction of the arrow 50. Further, the recording paper remaining amount detection lever 51 has one end rotatably supported on the side surface of the rail frame 38, and has a detection member 53 equipped with a light emitting and light receiving element at the end of the recording paper. It is urged by a spring member (not shown) so as to be in constant contact with the paper 9. As a result of conveyance of the recording paper 9, when the outer diameter of the recording paper 9 changes from the solid line 54 to 54a shown by the dashed-dotted line, the remaining recording paper amount detection lever 51 reaches the position 51a shown by the dashed-dotted line. Near the inner end of the roll of recording paper 9, a portion is provided where the reflectance or transmittance of light changes due to pasting of a mark label, application of ink, notch, etc.
The detection member 53 detects a state in which the remaining amount of recording paper is small. As a result of the detection, the rotational direction of the grip roller 11 is reversed, and the grip roller 11 pulls the recording paper back in a direction opposite to the conveyance direction. Along with this, when the leading edge 9a of the recording paper 9 passes the detector 55, the detector 55
detects the absence of the recording paper 9 and stops the rotation of the grip low-hue 11, and the recording paper 10 in the lower recording paper storage section 3 in FIG. It is supported by the feed drum 14 and the feed belt 16 and conveyed to the recording section 5. The above description has been made regarding the case where the recording paper 9 in the upper recording paper storage section 2 has run out, but the same applies when the recording paper 10 in the lower recording paper storage section 3 has run out. Then, the conveyance of the recording sheets 9 and 10' is automatically alternately conveyed.

Next, FIG. 4 is a perspective view showing a part of the recording paper conveying section 4 and most of the recording section 5 in FIG.
The force control of the push plate 19 on the recording needle 18 and the control of the pressure force of the pinch roller 21 on the capstan 20 will be explained. The leading edge 9a of the recording paper 9, which is conveyed by the feed drum 14, the feed belt 16, the pulley 15, and the pulley 17, passes between the recording needle 18 and the push plate 19, and is pinched by the capstan 20 and the pinch roller 21 to be cut by the cutting member. It passes between the fixed blade 22 and the movable blade 23. The movable blade 23 of the cutting member is provided with a total of two paper detectors 24, 24 at a portion approximately 5 mm inside from both ends of the recording paper width in the blade direction.
a to check the shape of the leading edge of the recording paper 9 (explained in FIG. 5).
It stops at part 4, 24a. This completes loading the recording paper.
Although it is in a reception standby state, when a recording signal is received, a signal from the control circuit 7 causes the push plate 19 to move the recording paper 9 to the recording needle 1.
8, and almost at the same time, the pinch loaf 21 presses against the recording paper 9.
The capstan 2 rotated by the step motor 59 comes into pressure contact with the recording paper 9, so that the recording paper 9 starts to be conveyed. On the other hand, the recording signal is applied to the recording paper 9 from the green circuit 8 through the recording needle 18, so that the recording signal is recorded on the recording paper 9. Here, the tip of the recording stylus 18 has a flat tip due to manufacturing irregularities, wear, etc., both at the microscopic tip of each recording stylus and at the macroscopic tip of a large number of aligned recording styli. Moreover, the surface of the recording paper grain is often not flat.

If a hard press plate is used to bring the recording paper 9 into contact with the misaligned recording needles 18 as described above, good recording will not be obtained.

Therefore, in the present invention, a push plate 18 having high electrical insulation and elasticity is used so that the recording portion of the recording paper 9 follows the tips of the irregularly aligned recording needles 18 as described above. FIG. 4 shows a resilient push plate 19 fixed to the cam plate 56, and a cam roller 57 is engaged with the cam plate 56a, and a pull rod 57a connected to the cam roller 57 is shown in FIG. When the cam plate 56 is moved in the direction of the arrow 58, the cam plate 56
A press plate 19 fixed to presses the recording paper 9 against the recording needle 18, applying a contact pressure of about 3 grams. On the other hand, the capstan 20' and the step motor 59 advance the recording paper 9 by 0.2 steps per step, but the pinch roller 21 which is in pressure contact with the capstan 2 is
9 pinches and conveys the recording paper 9 which is in pressure contact with the recording stylus 18 and has a relatively large conveyance load, so the capstan 20
It is necessary to increase the contact pressure on the recording medium during recording.

The present invention provides a cam roller 63 that contacts the cam 62 and rollers 63a, 63 that contact the support frame 60 between the support frame 60 of the pinch roller 21 and the cam 62 provided on the leaf spring 61.
A roller bearing 64 having a diameter of 1.b is constructed.

The pull rod 64a provided at one end of the roller bearing 64 is indicated by the arrow 58.
When moved in the direction, the cam roller 63 moves via the cam 62 in a direction that increases the biasing force of the leaf spring 61. The increased biasing force of the leaf spring 61 acts on the pinch roller 21 via the cam 62, cam roller 63, roller bearing 64, rollers 63a, 63b, and support frame 60, increasing the pressing force of the pinch loaf 21 against the capstan 201. It happens. Pull rod 6
4a is connected to a pull rod 57a for controlling the pressure of the push plate 19, and the compression force of the pinch roller 21 and the bushing force of the push plate 19 are increased almost simultaneously. Next, the fixed blade 22 and the movable blade 23 of the cutting member are connected to the pinch roller 21.
The grain is distributed almost directly above the capstan 20.

When not cutting, there is a gap of about 7 to 8 willows between the cutting edges of the fixed blade 22 and the movable blade 23, and the recording paper 9 can pass through the gap. Both ends of the fixed blade 22 and the movable blade 23 are rotatably fixed by a pair of mutually parallel links, and the fixed blade 22 and the movable blade 23 form two opposing sides of a parallelogram. A link 65 is provided at one end of the movable blade 23.
Electromagnetic plungers 66 connected by
2 and the movable blade 23 and cut. Figure 5 B1
, B2 indicate the initial stop position when the recording paper 9 is loaded.

Since the recording paper 9 is wound into a roll, curls remain at the leading edge of the recording paper. In this way, the leading edge of the recording paper with the curl remains is moved between the recording needle 18 in the recording section 5 and the push plate 1.
9, the recording paper is inserted into a narrow gap between the capstan 20, the pin 4, and the roller 21, so the leading edge of the recording paper is not flat, but rather slanted as shown in Figure 5 AI and A2. Problems such as jams are less likely to occur.

However, when one paper detector is used, recording is started by detecting the leading edge of the recording paper 9, and there is a possibility that recording will be performed in the cutout portion of the recording paper 9. Therefore, two paper detectors 24, 24a are arranged on the movable blade 23, and as shown in FIG.
As shown in B2, the paper detectors 24 and 24a both detect recording paper (
If recording is started after the time (indicated by diagonal lines), recording will not be performed on the cutout portion of the recording paper 9 as described above. The paper shape of the recording portion can always be kept rectangular or square. 6A to 6E are side views showing the main part of the recording paper conveying section 5 and a part of the discharging section 6 in FIG. 1, and the operating states of the cutting members 22 and 23 will be explained.

In FIG. 6A, the recording paper 9 is in contact with the recording needle 18, passes between the capstan 20 and the pinch roller 21, and between the fixed blade 22 and the movable blade 23.
7 is not currently in use and is in a standby state for receiving a recording signal.

When the recording signal is received, the recording paper 9 is moved to the capstan 20
The recording paper 9 is pinched and conveyed by the pinch roller 21, and recording is started by the recording needle 18, and the leading edge 9a of the recording paper 9 reaches B.
It is held between the temporary feed pulleys 25 and 26 as shown in FIG.

When the recording starts, a counter (not shown) installed inside the control circuit 2 shown in FIG. 1 starts counting the number of steps of the capstan 20. Since the recording paper 9 is conveyed by the preset number of steps between the recording needle 18 and the cutting surface of the cutting members 22 and 23 by two capstans, the number of steps of the capstan 20 is the same as the preset number of steps. When it reaches C, the movable blade 23 is moved by the electromagnetic plunger 66 to cut the recording paper 9.
The unrecorded portion 9b is separated as shown in FIG. The recording paper 9 is then conveyed, and the non-recorded portion 9b of D is sandwiched between the 9E conveying belts 26 and 28 in the conveying section 6 in FIG. When the recording signal stops, the counter (not shown) installed inside the control circuit 7 in FIG. 1 starts counting from the time when the last recording signal is received.
When the number of steps of the capstan 20 reaches the preset number of steps, that is, when the final recorded portion of the recording paper 9 reaches the cutting surface of the cutting sections 22 and 23, the movable blade 23 is moved to cut the recording paper 9. The recorded portion 9c is separated as shown in E. The recorded portion 9c is then sandwiched between the ejection belts 26 and 28 in the ejection section 6 of FIG. 1 and ejected onto the tray 37. The above description of FIGS. 6A to 6E is based on the case where one sheet of paper is recorded for one reception, but when multiple sheets of paper are recorded for one reception, the cutting signal to the movable blade 23 is sent to the counter. It can also be controlled by the received signal. FIG. 7 shows a perspective view of the cutting members 22, 23 and the discharge section 6 in FIG.
The discharge state of the recording paper 9 will be explained. The leading edge of the recording paper (not shown) that is held between the 9E feed pulleys 25 and 27 and cut by the cutting members 22 and 23 is placed between the upper side of the delivery belt 26 which is stretched over the delivery pulleys 25 and 25a, and the several feed pulleys. 9E feed belt 28 suspended on 27, 27a
After being held and conveyed under the discharge pulleys 25a and 27
It is discharged from a.

The mechanical feed pulleys 25, 25a, 27, 27a are driven by the rotational force of the ejection motor 67, and the rotational force of the ejection motor 67 is transferred to the auto slipper by a belt 68.
The pulley 69a (input section) of 69 is rotated, and the pulley 27a connected to the drive shaft 69b via the drive shaft 69b (output shaft) is rotated.

Further, at least one pulley connected to the drive shaft 69b is connected to the discharge roller 35 by the belt 35a.
transmits rotational force to. The auto slipper-69 is the first
This arrangement was made in order to absorb the difference in conveyance speed of the recording paper 9 between the recording section 5 and the discharging section 6 shown in the figure. That is, in the recording section 5, the recording paper 9 is moved by a step motor (Fig. 4, 59).
) The recording paper 9 is conveyed at an undefined speed by the capstan (FIG. 4, 20), and at the discharge section 6, the recording paper 9
It receives driving force from a feed motor 67 to be conveyed at a constant speed. However, it is not preferable to feed the recording paper 9, which is a single unit, at two conveying speeds because it causes the recording paper 9 to become loose or to have a tensile force. Therefore, when the leading edge of the recording paper 9 is held by the recording section 5 and the discharging section 6 at the same time, an auto slipper 69 having a slipping mechanism is used to adjust the conveyance speed of the recording section 5 so that the cutting member 22, As a result of being cut by 23, if the paper is held only by the discharging section 6, it is rapidly transported at the original 8E feeding speed of the discharging section. FIG. 8 is a sectional view showing the internal structure of the auto slipper river 69. Discharge motor 6 in Fig. 7
The rotational force transmitted from the rotor 7 through the belt 68 drives a pulley 69a (input section) shown in FIG. pulley 69a
is rotatably attached to the drive shaft 69b, one side of the pulley 69a contacts the end of the drive shaft 69b, and the other side has a friction material between it and a fixed member 70 fixed to the drive shaft 69b with a key. 71 and washer 72 are sandwiched between them. The washer 72 is pressed by a spring 73 and presses the friction material 71 against the pulley 69a. In this way, the chick feeding mechanism of the discharging section 6 has a slip mechanism to follow the recording speed of the recording section 5, and the discharging speed of the discharging section 6 is the maximum conveyance speed of the recording section 5. It's set up faster.

In other words, if the recording paper 9 is conveyed simultaneously by the recording section 5 and the discharging section 6, the pulley 6 in FIG.
Since the load on the drive shaft 69b is greater than the frictional force between the friction material 9a and the friction material 71, the pulley 69a and the fixing member 70 slip via the friction material 71 and the washer 72, and the ejection speed of the pulley 27a is adjusted to match the conveyance speed of the recording unit 5. slow down to speed.
Therefore, the discharge speed of the discharge section 6 follows the conveyance speed of the recording section 5. Further, the leading edge of the recording paper 9 is connected to the cutting members 22, 2.
3, and when only the leading edge of the cut recording paper is temporarily fed by the scarlet feeding section 6, the drive shaft 69 is cut by the frictional force between the pulley 69a and the friction material 71 in FIG.
Since the load b becomes smaller, the pulley 69a and the fixing member 70, together with the friction material 71 and the washer 72, work together to fix the drive shaft 69b. For this reason, the leading edge of the cut recording paper is quickly fed at the ejection speed of the scarlet feeding section 6. Next, FIG. 9 shows the operating state of the separation plate 29. In the discharge section 6 of FIG. 1, the recording paper sandwiched between the pulleys 25a and 27a is separated by the separation plate 29, and the non-recorded portion is moved by the separation plate 29 as indicated by the arrow 7.
The recording portion is bent in the direction 5a and held between the discharge roller 30 and the discharge belt 28, and the recorded portion advances directly toward the guide plate 34 along the arrow 76a. Therefore, the non-recorded portion and the recorded portion are separated. The separation plate 29 in FIG. 9 is rotatable in the direction of an arrow 75A or 76B with a plunger (not shown) about a rotation shaft 74,
A shows a state in which the unrecorded portion is held between the discharge pulley 30 and the rock transport belt 28, and B shows a state in which the recorded portion is sent toward the guide plate 34.

In the recording section 5 of FIG. 1, the recording paper 9 is cut by a cutting member 22,
23, the cut recording paper 9
As described in the explanation of FIG. 6, whether the tip end is a non-recorded portion or a recorded portion can be determined by the actuation signal of the movable blade 23. In other words,
The non-recorded part is cut and separated by the control circuit timer signal activated by the transmission start signal, and the recording part is activated by the control circuit timer signal activated by the transmission end signal or the transmission signal to operate the movable blade 23 to cut and separate the recording paper. Therefore, the timer signal of the control circuit activated by the transmission start signal causes the separation plate 29 to be in the state shown in FIG.
8, and the separation plate 29 is placed in the state shown in FIG. 9B by the timer signal of the control circuit activated by the transmission end signal or the transmission signal, and the recorded portion is sent in the direction of the guide plate 34. can. The recording paper sandwiched and conveyed by the 8E conveying belt 26 and the 8E conveying belt 28 in this manner is scaled in a predetermined direction by the separating plate 29.

[Brief explanation of drawings]

FIG. 1 is a side view showing the inside of a facsimile receiver which is one embodiment of the recording apparatus of the present invention, and FIG. 3 is an enlarged side view showing the recording paper storage section 2 in FIG. 1 in detail, and FIG. 4 shows the entire recording section 5 and the recording paper transport section 4 in FIG. A perspective view showing a portion;
FIG. 5 is a front view showing the positional relationship between the paper detectors 24, 24a disposed on the movable blade 23 of the recording paper cutting member in FIG. 4 and the leading edge 9a of the recording paper, and FIG. 7th side view showing the operating state of the recording paper cutting members 22 and 23;
The figure is a perspective view showing the inside of the discharge section 6 and the cutting members 22, 23 of the recording section 5 in FIG. 1, FIG. 8 is a sectional view showing the internal structure of the auto slipper 69 in FIG. 9
This figure is a side view showing the operating state of the separation plate 29 disposed in the discharge section 6 of FIG. 1. Incidentally, the relationship between the names of each member and the numbers written in the drawings is as follows. 1... Airframe, 2... Upper recording paper storage section, 3... Lower recording paper storage section, 4...
... Recording paper transport section, 5... Recording section, 6...
...Conveyance section, 7... Control circuit, 8...
Recording circuit, 9...Recording paper (top), 9a...
・Recording paper leading edge, 9b...No recording area, 9c...
... Recording part, 1 0 ... Recording paper (lower part), 1 8 ... Recording needle, 19 ... Recording paper push plate, 20 ...・Capstan, 21...
Pinch low-fu, 22...Fixed blade, 23...
...Moving blade, 24, 24a...Paper detector, 2
9...Separation plate, 33...Slip paper storage box, 37
...Tray, 53...Detection member, 66
...Electromagnetic plunger, 67...Discharge motor, 69...Auto slipper. Figure 2 Figure Z Figure 5 Figure 6 Younger brother ヮ Grandchild 8 Younger brother q

Claims (1)

[Claims] 1. A recording device for recording information on a recording medium, a pressing device for pressing the recording medium against the recording device, and a pair of rollers that press the recording medium downstream from the recording device and the pressing device in the conveying direction of the recording medium. a conveying means for holding the recording medium between them and conveying it in a predetermined direction; a pressing force for pressing and clamping the recording medium between the recording means and the pressing means; and a pressing force for pressing and clamping the recording medium with a roller of the conveying means. A recording device characterized by having a press applying means that increases the pressure substantially simultaneously.