CN1550435A - Recording material feeding device - Google Patents
Recording material feeding device Download PDFInfo
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- CN1550435A CN1550435A CNA2004100431583A CN200410043158A CN1550435A CN 1550435 A CN1550435 A CN 1550435A CN A2004100431583 A CNA2004100431583 A CN A2004100431583A CN 200410043158 A CN200410043158 A CN 200410043158A CN 1550435 A CN1550435 A CN 1550435A
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Abstract
A suction conveyance device 200 provided in the recording material supply device 30 is provided with a first rotary shaft 210, a first arm 230, a second rotary shaft 220, a second arm 240, a first guide 270 and a second guide 280 provided with a curved guide face, a cam follower 241 changing an angle of the second arm 240 with respect to the first arm 230 by cooperation with the first guide 270 or the second guide 280, a suction holding member 250 fixed to the second rotary shaft, a pair of first conveyance rollers 310, a recording material P, a first conveyance guide 330 switching a passage with slip sheet S, a pair of second conveyance rollers 320 conveying the recording material P to a moving device 20, and a second conveyance guide 340 guiding the slip sheet S to a slip sheet recovery part 112.
Description
Technical field
The present invention relates to a kind of recording material feeding device, described device is used for by the absorption material of holding the record described recording materials being supplied on the assigned position.
Background technology
By the absorption material of holding the record, described recording materials are supplied to device on the assigned position, for example, be documented on the patent documentation 1.Described device comprises: the storage box (record-paper case) of depositing photosensitive material and interval paper; Be used to take out the absorption delivery section of the photosensitive material that leaves in the described storage box; Receive photosensitive material or paper and with the common transfer portion of its conveying at interval from the absorption delivery section; From common transfer portion reception photosensitive material and with its version delivery section of carrying to the exposure device direction; Receive interval paper and be transported to the interval paper delivery section of paper storage part at interval from common transfer portion; Carry out the switching delivery section of the change action of edition delivery section and interval paper delivery section.
[patent documentation 1] spy opens the 2001-225975 communique.
In this device, when in order to supply with photosensitive material, when storage box is put in taking-up, be necessary to make the absorption delivery section that is provided to the storage box periphery, common transfer portion, version delivery section, at interval the paper delivery section, and switch delivery section etc. and keep out of the way, make the taking-up of storage box not to be put into and cause obstacle.Therefore, it is complicated that the structure with device becomes, and the price of device such as uprises at problem.In addition, under the situation that adopts the structure of not keeping out of the way these delivery section, because the position of these delivery section and storage box relation when supplying with photosensitive material, must be taken out from the side of device and put into storage box, so inefficiency.
Summary of the invention
The present invention forms in order to solve above-mentioned problem, and its purpose is, provides a kind of the time simple in structure, can carry out the taking-up of storage box expeditiously and put into the recording material feeding device of work.
Technical scheme 1 described invention is characterized in that, comprising: housing; Be configured in the storage box that aforementioned housing is interior, deposit many recording materials; At the 1st arm of rotation on every side that is installed in the 1st S. A. on the aforementioned housing; At the 2nd arm of rotation on every side that is installed in the 2nd S. A. on aforementioned the 1st arm; Be installed on aforementioned the 2nd arm, and absorption keeps the adsorbent pad of aforementioned recording materials; Be installed on the aforementioned housing, and have the ways of curvilinear spigot surface; Be installed on aforementioned the 2nd arm, by cooperating with aforementioned ways, make with respect to the angle of aforementioned the 2nd arm of aforementioned the 1st arm cam follower corresponding to the angle position change of aforementioned the 1st arm.
Technical scheme 2 described inventions are that aforementioned storage box disposes obliquely in technical scheme 1 described recording material feeding device, and aforementioned the 1st S. A. is installed in than the upper end of aforementioned storage box and more locates the top.
The described invention of technical scheme 3 is in technical scheme 2 described recording material feeding devices, aforementioned the 1st S. A. is arranged on the whole zone of the Width of the recording materials in the aforementioned housing, by contacting, guide aforementioned recording materials with face in the aforementioned recording materials with the face opposition side that is adsorbed by aforementioned adsorbent pad.
The described invention of technical scheme 4 be in technical scheme 1 to each described recording material feeding device of technical scheme 3, in aforementioned storage box, deposit recording materials and interval paper as transported material, recording material feeding device further is equipped with the transported material means of identification, described transported material means of identification has detecting device, described detecting device detect with the roughly same plane of the adsorption plane of the transported material that is adsorbed by aforementioned adsorbent pad on, whether have transported material.
The described invention of technical scheme 5 is in technical scheme 4 described recording material feeding devices, aforementioned detecting device is equipped with the gauge head that can contact with transported material at the one end, be equipped with simultaneously: with the adsorption plane of aforementioned gauge head with respect to the transported material that is adsorbed by aforementioned adsorbent pad, via the mode that the opposition side of aforementioned adsorbent pad side and adsorbent pad moves, be the control stalk that the center can be swung with the predetermined axis; Spring, described spring advances aforementioned control stalk towards aforementioned gauge head to the direction that the opposition side of aforementioned adsorbent pad moves.
The described invention of technical scheme 6 is in technical scheme 4 or technical scheme 5 described recording material feeding devices, and aforementioned detecting device is equipped with the microswitch that switches on/off by the swing of aforementioned control stalk.
The described invention of technical scheme 7 is in technical scheme 6 described recording material feeding devices, and aforementioned detecting device is equipped with the killer of the aforementioned control stalk of restriction to the oscillating quantity of microswitch side.
Description of drawings
Fig. 1 is the instruction diagram that the automatic exposure unit of the recording material feeding device 30 that is equipped with transported material means of identification 260 related to the present invention has been used in expression.
Fig. 2 is the front view of expression recording material feeding device 30.
Fig. 3 is the side sectional view of expression recording material feeding device 30.
Fig. 4 is that expression is with absorption feedway 200, from the instruction diagram of storage box 120 with the conveying action of recording materials P absorption conveying.
Fig. 5 is that expression is with absorption feedway 200, from the instruction diagram of storage box 120 with the conveying action of recording materials P absorption conveying.
Fig. 6 is that expression is with absorption feedway 200, from the instruction diagram of storage box 120 with the conveying action of recording materials P absorption conveying.
Fig. 7 is that expression is with absorption feedway 200, from the instruction diagram of storage box 120 with the conveying action of recording materials P absorption conveying.
Fig. 8 is that expression is with adsorbing feedway 200, the instruction diagram that the conveying when paper S absorption is carried at interval from storage box 120 is moved.
Fig. 9 is that expression is with adsorbing feedway 200, the instruction diagram that the conveying when paper S absorption is carried at interval from storage box 120 is moved.
Figure 10 is the front view of expression transported material means of identification 260 related to the present invention.
Figure 11 is the lateral plan of expression transported material means of identification 260 related to the present invention.
Figure 12 is expression with the adsorbent pad 251 of transported material means of identification 260 related to the present invention, the front view of the state that recording materials P is adsorbed.
Figure 13 is expression with the adsorbent pad 251 of transported material means of identification 260 related to the present invention, the lateral plan of the state that recording materials P is adsorbed.
Figure 14 is expression with the adsorbent pad 251 of transported material means of identification 260 related to the present invention, the front view of the state that interval paper S is adsorbed.
Figure 15 is expression with the adsorbent pad 251 of transported material means of identification 260 related to the present invention, the lateral plan of the state that interval paper S is adsorbed.
Wherein, description of reference numerals is as follows:
10 exposure devices, 262 microswitch adapter plates
20 mobile device 262a deboosters
30 recording material feeding devices, 263 springs
100 storage units, 264 control stalks
110 main body 264a gauge heads
111 roller 264b spring installation portions
112 interval paper recoverer 265 control stalk S. A.s
120 storage boxes 270 the 1st guide rail
121 hovels, 271 blocks
122 hovel guide rails 280 the 2nd guide rail
123a master's roller 290 limiting members
The secondary roller 310 the 1st of 123b carries roller right
200 absorption feedways 311 are roller fixedly
201 side plates, 312 slide rollers
210 the 1st S. A. 312a roller arms
211 motor 312b Roller Shaft
212 the 1st gears 320 the 2nd carry roller right
213 the 2nd gears 330 the 1st conveying
220 the 2nd S. A.s, 331 guide plates
230 the 1st arm 331a recording materials spigot surfaces
240 the 2nd arm 331b are the paper spigot surface at interval
241 cam followers, the 332 guide plates axle that fascinates
250 absorption retaining members 340 the 2nd conveying
251 adsorbent pad
260 transported material means of identification
261 microswitches
The 261a button
The 261b leaf spring
The specific embodiment
Below, embodiments of the present invention are described with reference to the accompanying drawings.Fig. 1 is the instruction diagram that the automatic exposure unit of having used recording material feeding device related to the present invention 30 is shown.
Described automatic exposure unit comprises: the exposure device 10 of exposure recording materials P; The later recording material feeding device 30 that describes in detail; The recording materials P that is recorded material feeding apparatus 30 supplies is moved to the mobile device 20 of exposure position.
Fig. 2 is the front view that recording material feeding device related to the present invention 30 is shown, and Fig. 3 is the side sectional view that recording material feeding device related to the present invention 30 is shown.
Recording material feeding device 30 comprises: the storage unit 100 of put material P; With the absorption feedway 200 of recording materials P from storage unit 100 taking-ups and conveying.As shown in Figure 1, the lower end in the initial position of absorption feedway 200 is configured in than top more, the upper end of storage unit 100.For this reason, need not to move absorption feedway 200, just the position of the long and two-short dash line of storage unit 100 from Fig. 1 can be moved to the position of solid line.
In addition, as shown in Figure 2, the 1st S. A. 210 is equipped with the 2nd gear 213 in its end.Described the 2nd gear 213 and the 1st gear 212 combinations of rotating by the driving of motor 211.Thus, the 1st S. A. 210 rotates along with the driving of motor 211.
In addition, dispose cam follower 241 in the bottom of the 2nd arm 240.Described cam follower 241 limits its position by the 1st guide rail 270 and the 2nd guide rail 280.When 230 rotations of the 1st arm, cam follower 241 remains under certain state in the distance with the 1st S. A. 210, makes the 2nd arm 240 with respect to the 1st arm 230, is the center rotation with the 2nd S. A. 220.
Like this, by the cooperation of the 1st guide rail 270 and the 2nd guide rail 280, Yi Bian make angle with respect to the 2nd arm 240 of the 1st arm 230, corresponding to the angle position change of the 1st arm 230, Yi Bian can move the 2nd S. A. 220 and the 2nd arm 240.And, described the 2nd guide rail 280 cam follower 241 be positioned at the 1st S. A. 210 above the time, be used for moving of drive cam driven member 241.
Promptly, by along with the 2nd arm 240 that moves upward of cam follower 241 and moving of absorption retaining member 250, the center-of-gravity position of absorption retaining member 250 is in the variation on every side of the 2nd S. A. 220 of the 2nd arm 240, in order to prevent that the 2nd arm 240 from being center anticlockwise direction rotation with the 2nd S. A. 220, is provided with the 2nd guide rail 280.
In addition, form block 271 in two ends of the 1st guide rail 270.By described block 271, can prevent that cam follower 241 from moving above the scope that the 1st guide rail 270 is limited.
In addition, absorption retaining member 250 is fixed on the 2nd S. A. 220.Therefore, when the angle of the 2nd S. A. 220 as described above and change in location, the angle and the position of absorption retaining member 250 change thereupon.And described absorption retaining member 250 is equipped with 5 adsorbent pad 251, and this adsorbent pad 251 along the Width that is layered in storage box 120 in-to-in recording materials P and interval paper S side by side.Adsorbent pad 251 is being connected with not shown electromagnetic switch valve, and this electromagnetic switch valve can switch to state and the disconnected state that is communicated with vacuum pump.
And, when the front end of adsorbent pad 251 and recording materials P or at interval paper S near the time, switch to the state that adsorbent pad 251 is communicated with vacuum pump.And adsorbent pad 251 absorption keep being layered in uppermost recording materials P of storage box 120 in-to-ins or interval paper S.By the structure of such absorption retaining member 250, recording materials P or interval paper S can be taken out from storage box 120, be transported to the 1st and carry roller 310.
In addition, the 1st carry roller to be equipped with fixedly roller 311 and slide roller 312 to 310.Slide roller 312 is bearing in roller arm 312a, and this roller arm 312a can rotation around Roller Shaft 312b.Therefore, recording materials P or interval paper S are adsorbed onto on the adsorbent pad 251, when its front end is transported to fixedly on the roller 311, roller arm 312a rotates to slide roller 312 and position contacting above the fixing roller 311 around Roller Shaft 312b, can with recording materials P or at interval paper S be held in fixedly between the roller 311 and slide roller 312.
In addition, the 1st conveying 330 by guide plate 331 and swingably the guide plate of axle bearing guide plate 331 axle that fascinates 332 form.The described guide plate axle 332 that fascinates is connected with screw actuator not shown in the figures.Utilize described solenoidal effect, guide plate axle 332 rotations of fascinating, thus, described guide plate 331 332 is the center with the guide plate axle that fascinates, and rotates between obliquity of representing with solid line that can be in Fig. 3 and the level attitude represented with long and short dash line.
Fig. 4 to Fig. 7 is that expression is with absorption feedway 200, with the instruction diagram of recording materials P from the conveying action of storage box 120 absorption conveyings.
For recording materials P is carried from storage box 120 absorption, at first as shown in Figure 4, make the 1st S. A. 210 rotate to the surperficial position contacting of the front end and the recording materials P in the storage box 120 of adsorbent pad 251.Secondly, recording materials P is switched to the adsorbent pad 251 absorption maintenances of the state that is communicated with vacuum pump.
When recording materials P was adsorbed liner 251 absorption maintenances, the rotation that the 1st arm 230 passes through the 1st S. A. 210 was to opposite spin, and the cam follower 241 that is configured in the bottom of the 2nd arm 240 moves along the 1st conveying 270.Thus, the 2nd arm 240 and the 2nd S. A. 220 move the angle with respect to the 1st arm 230 with changing.
Along with described mobile working, be equipped with the absorption retaining member 250 of the adsorbent pad 251 that is fixed on the 2nd S. A. 220 to move.Therefore, as shown in Figure 5, be adsorbed the recording materials P that liner 251 absorption keep,, be removed, carry roller to carry 310 to the 1st from storage box 120 along with moving of adsorbent pad 251.
And, taking out from storage box 120 under the situation of recording materials P, transported material means of identification 260 (with reference to figure 2) detects it, sends signal to the screw actuator of the drive source of not shown conduct the 1st conveying 330.Utilize described solenoidal effect, the guide plate 331 in the 1st conveying 330, the obliquity of representing with solid line from Fig. 3 is to the level attitude of representing with long and short dash line, be that the center rotates with the guide plate axle 332 that fascinates.
Afterwards, the 1st S. A. 210 is further rotated, and as shown in Figure 6, the front end of recording materials P is transported to the 1st and carries roller on the fixedly roller 311 in 310.At this, because the 2nd arm 240, absorption retaining member 250 and the 2nd S. A. 220 change with respect to the angle of the 1st arm 230 or the influence of the weight of recording materials P etc., have that produce on paper will be to the situation of the power of anticlockwise direction rotation around the 2nd S. A. 220.In the present embodiment, utilize the 2nd guide rail 280, prevent the 2nd arm 240 that causes by such power, the rotation of adsorbing retaining member 250 and the 2nd S. A. 220.
And the 1st guide rail 270 forms block 271 in its end.Utilize moving of block 271 restriction cam followers 241, cam follower 241 can not move to and surpass and the 1st guide rail 270 corresponding positions.
In addition, limiting member 290 is installed on the absorption retaining member 250, and described limiting member 290 restriction recording materials P make on the plane of the front end of the absorption position of recording materials P, can not tilt to more than the regulation with respect to adsorbent pad 251.For this reason, when recording materials P is difficult to come off from adsorbent pad 251, can cooperates and be transferred with the fixing top position of roller 311.
When recording materials P be transported to fixing roller 311 above the time, as shown in Figure 7, slide roller 312 is by being the rotation of the roller arm 312a at center with Roller Shaft 312b, moves to and fixing roller 311 position contacting.And the recording materials P that is transferred roller 311 and the slide roller 312 that be fixed grips.
Afterwards, the adsorbent pad 251 of adsorbing the material P that holds the record switches to and the disconnected state of vacuum pump, and recording materials P is released from adsorbent pad 251.And, carried roller to the 310 recording materials P that grip by the 1st, utilize the fixedly rotation of roller 311, the recording materials spigot surface 331a of the guide plate 331 in the 1st conveying 330 and being transferred is transported to mobile device 20 by the 2nd conveying roller to 320.
And as shown in Figure 2, the 1st S. A. 210 is arranged on the zone of whole Width of storage box 120 in-to-in recording materials P.Therefore, the face with the face opposition side that is adsorbed liner 251 absorption of the 1st S. A. 210 and recording materials P contacts, and can not damage recording materials P ground leader record material P.In addition, carry roller to 310 by the 1st, the rear end of the recording materials P that sends to mobile device 20 contacts with other recording materials P of storage box 120 in-to-ins, also can prevent its breakage.
Fig. 8 and Fig. 9 illustrate with absorption feedway 200, the instruction diagram of the conveying action when paper S absorption is carried at interval from storage box 120.
As shown in Figure 8, at interval paper S is also as above-mentioned recording materials P, is transported to fixedly on the roller 311.
When interval paper S was transported to fixedly on the roller 311, as shown in Figure 9, slide roller 312 was the center by the rotation of roller arm 312a with Roller Shaft 312b, moved to and fixing roller 311 position contacting.And the interval paper S that is transferred is by fixedly roller 311 and slide roller 312 grip.Afterwards, absorption keeps the adsorbent pad 251 of interval paper S to switch to and the disconnected state of vacuum pump, and paper S discharges from adsorbent pad 251 at interval.
And, taking out under the situation of interval paper S from storage box 120, transported material means of identification 260 (with reference to figure 2) is with its detection.And, send signal to screw actuator as the drive source of the 1st conveying 330, the 1st conveying is configured on the obliquity of representing with solid line among Fig. 3.
Therefore, be held in the 1st and carry roller, utilize the fixedly rotation of roller 311, be directed on the interval paper spigot surface 331b of the guide plate 331 in the 1st conveying 330, deliver in the interval paper recoverer 112 along the 2nd conveying 340 to 310 interval paper S.
Secondly, the structure to above-mentioned transported material means of identification 260 describes.Figure 10 is the front view that transported material means of identification 260 related to the present invention is shown, and Figure 11 is its lateral plan.
As Figure 10 and shown in Figure 11, transported material means of identification 260 is equipped with detecting device, this detecting device detects with the recording materials P that is adsorbed liner 251 absorption or at interval on the roughly same plane of adsorption plane of paper S, whether has these recording materials P or paper S at interval.
Described detecting device is equipped with and is used to adsorb hold the record the material P and the adsorbent pad 251 of the front end of paper S at interval.In addition, to be equipped with control stalk S. A. 265 be the control stalk 264 of center swing to detecting device.On an end of control stalk 264, be formed with gauge head 264a.Is the swing at center by control stalk 264 with control stalk S. A. 265, and gauge head 264a can move via the opposition side of adsorbent pad 251 sides and adsorbent pad 251 with respect to the adsorption plane of recording materials P that is adsorbed liner 251 absorption or interval paper S.On the other end of control stalk 264, form and be installed in the spring installation portion 264b that the spring 263 of absorption on the retaining member 250 combines.And spring 263 makes gauge head 264a advance control stalk 264 movably to the opposition side of adsorbent pad 251.
In addition, detecting device is equipped with microswitch 261 and microswitch 261 is fixed on the microswitch adapter plate 262 of absorption on the retaining member 250.Microswitch 261 switches on/off by the swing of control stalk 264, sends signal to the screw actuator as the drive source of the 1st conveying 330.And aforementioned control stalk S. A. 265 is fixed on described microswitch adapter plate 262.
Therefore, transported material means of identification 260, when the power in the propulsive force of additional antagonistic spring 263 of this gauge head 264a and leaf spring 261b, leaf spring 261b pressing button 261a, microswitch 261 switch to connection from disconnection.
And, on microswitch adapter plate 262, form the killer 262a of restriction control stalk 264 to the oscillating quantity of microswitch 261 sides.By described killer 262a, the swing of restriction control stalk 264 makes not produce the leaf spring 261b and the required above swing of oscillating quantity of button 261a of pushing in the microswitch 261, therefore can be to the microswitch 261 additional pressing forces that need not.Therefore, can prolong the life-span of microswitch 261.
Figure 12 illustrates with the adsorbent pad 251 of transported material means of identification 260 related to the present invention front view with the state of recording materials P absorption, and Figure 13 is its lateral plan.
As shown in these figures, under recording materials P was adsorbed on situation on the adsorbent pad 251, recording materials P utilized its rigidity, and gauge head 264a is pushed to adsorbent pad 251 sides with respect to the adsorption plane of recording materials P.When gauge head 264a is pressed, the propulsive force of control stalk 264 antagonistic springs 263 and leaf spring 261b, rotation around control stalk S. A. 265.Utilize the rotation of described control stalk 264, leaf spring 261b pressing button 261a, microswitch 261 switch to connection from disconnection.
And, microswitch sends signal to the screw actuator as the drive source of the 1st conveying 330, by described solenoidal effect, guide plate 331 in the 1st conveying 330, the obliquity of representing with solid line from Fig. 3 is to the level attitude of representing with long and short dash line, be that the center rotates with the guiding axle 332 that fascinates.Like this, the recording materials spigot surface 331a of the guide plate 331 of recording materials P in the 1st conveying 330 is transferred, and carries roller to be transported to mobile device 20 to 320 by the 2nd.
In addition, Figure 14 illustrates with the adsorbent pad 251 of transported material means of identification 260 related to the present invention to incite somebody to action the front view of the state of paper S absorption at interval.Figure 15 is its lateral plan.
On the one hand, as shown in these figures, paper S is adsorbed under the situation of adsorbent pad at interval, paper S is because it is soft at interval, even 264a contacts with gauge head, control stalk 264 also can't make the application force of gauge head 264a antagonistic spring 263 and leaf spring 261b, towards the adsorption plane of interval paper S, pushes to adsorbent pad 251 sides.Therefore, send signal from microswitch 261 to the screw actuator as the drive source of the 1st conveying 330, the 1st conveying rotates to the obliquity of representing with solid line among Fig. 3.
Thereby paper S is directed to the interval paper spigot surface 331b of the guide plate 331 in the 1st conveying 330 at interval, delivers in the interval paper recoverer 112 along the 2nd conveying 340.
And, in the above-described embodiment, though guide rail as the moving direction that is used for drive cam driven member 241, the 1st guide rail 270 and the 2nd guide rail 280 have been used, but, with respect to the 2nd arm 240, absorption retaining member 250 and the 2nd S. A. 220, when the power that does not produce on paper around the 2nd S. A. 220 to the anticlockwise direction rotation, even or produce such power, at the 2nd arm 240 that can prevent to cause by such power, under the situation of the rotation of absorption retaining member 250 and the 2nd S. A. 220, can only use and to have omitted the 2nd guiding 280, the guide rail of solid memder that is used for the moving direction of drive cam driven member 241.
According to technical scheme 1 and technical scheme 2 described inventions, by absorption hold the record material adsorbent pad, the cooperation of the ways and the ways of curve-like spigot surface is equipped with, owing to be equipped with the angle that makes with respect to the 2nd arm of the 1st arm, corresponding to the angle position of the 1st arm and the cam follower that changes, therefore, can carry out the taking-up of storage box expeditiously and put into operation with simple structure.
According to technical scheme 3 described inventions, the 1st S. A. is arranged on the zone of whole Width of recording materials, therefore, can not damage recording materials ground leader record material.
According to technical scheme 4 to technical scheme 6 described inventions, since be equipped with detection with the roughly same plane of adsorption plane of the transported material that is adsorbed liner absorption on, the detecting device that whether has transported material, therefore, can provide with low cost, be equipped with recording material feeding device applicable to the transported material means of identification of multiple recording materials.
According to technical scheme 7 described inventions, detecting device is equipped with the killer of restriction control stalk to the oscillating quantity of microswitch side, therefore, can prolong the life-span of microswitch.
Claims (7)
1, a kind of recording material feeding device is characterized in that, is equipped with:
Housing;
Storage box is configured in the aforementioned housing, has deposited many recording materials;
The 1st arm is in the rotation on every side that is installed on the 1st S. A. on the aforementioned housing;
The 2nd arm is in the rotation on every side that is installed on the 2nd S. A. on aforementioned the 1st arm;
Adsorbent pad is installed on aforementioned the 2nd arm, and absorption keeps aforementioned recording materials;
Ways is installed on the aforementioned housing, and has curvilinear spigot surface;
Cam follower is installed on aforementioned the 2nd arm, by with the cooperating of aforementioned ways, make with respect to the angle position change of the angle of aforementioned the 2nd arm of aforementioned the 1st arm corresponding to aforementioned the 1st arm.
2, recording material feeding device as claimed in claim 1 is characterized in that, aforementioned storage box disposes obliquely, and aforementioned the 1st S. A. is installed in than top more, the upper end of aforementioned storage box.
3, recording material feeding device as claimed in claim 2, it is characterized in that, aforementioned the 1st S. A. is arranged on the whole zone of the Width of the recording materials in the aforementioned housing, and, guide aforementioned recording materials by contacting with face in the aforementioned recording materials with the face opposition side that is adsorbed by aforementioned adsorbent pad.
4, as claim 1 each described recording material feeding device to claim 3, it is characterized in that, in aforementioned storage box, deposit recording materials and interval paper as transported material, described recording material feeding device further is equipped with the transported material means of identification, described transported material means of identification has detecting device, described detecting device detect with the roughly same plane of the adsorption plane of the transported material that is adsorbed by aforementioned adsorbent pad on, whether have transported material.
5, recording material feeding device as claimed in claim 4 is characterized in that, aforementioned detecting device is equipped with the gauge head that can contact with transported material at the one end, is equipped with simultaneously:
Control stalk, described control stalk be with the adsorption plane of aforementioned gauge head with respect to the transported material that is adsorbed by aforementioned adsorbent pad, via the mode that the opposition side of aforementioned adsorbent pad side and adsorbent pad moves, is that the center can be swung with the predetermined axis;
Spring, described spring advances aforementioned control stalk towards aforementioned gauge head to the direction that the opposition side of aforementioned adsorbent pad moves.
6, as claim 4 or the described recording material feeding device of claim 5, it is characterized in that,
Aforementioned detecting device is equipped with the microswitch that switches on/off by the swing of aforementioned control stalk.
7, recording material feeding device as claimed in claim 6 is characterized in that, aforementioned detecting device is equipped with the killer of the aforementioned control stalk of restriction to the oscillating quantity of microswitch side.
Applications Claiming Priority (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2003133041A JP2004331371A (en) | 2003-05-12 | 2003-05-12 | Conveyed article distinguishing device |
| JP2003133041 | 2003-05-12 | ||
| JP2003133042A JP4094481B2 (en) | 2003-05-12 | 2003-05-12 | Recording material supply device |
| JP2003133042 | 2003-05-12 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1550435A true CN1550435A (en) | 2004-12-01 |
| CN1323912C CN1323912C (en) | 2007-07-04 |
Family
ID=34379690
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004100431583A Expired - Fee Related CN1323912C (en) | 2003-05-12 | 2004-05-12 | Recording material feeding device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1323912C (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108408442A (en) * | 2018-01-12 | 2018-08-17 | 北京印刷学院 | A kind of longitudinal direction conveyer |
| CN112415872A (en) * | 2019-08-20 | 2021-02-26 | 柯尼卡美能达株式会社 | Image forming apparatus, computer-readable recording medium storing control program |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE3419056A1 (en) * | 1983-05-16 | 1984-12-06 | Dainippon Screen Manufacturing Co., Ltd., Kyoto | Sheet feeding apparatus |
| US5716047A (en) * | 1994-03-31 | 1998-02-10 | Canon Kabushiki Kaisha | Recording or reading apparatus and sheet supply device with drive system having first and second mechanisms |
| JP2001225975A (en) * | 2000-02-14 | 2001-08-21 | Fuji Photo Film Co Ltd | Suction and conveyance device for printing block |
-
2004
- 2004-05-12 CN CNB2004100431583A patent/CN1323912C/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108408442A (en) * | 2018-01-12 | 2018-08-17 | 北京印刷学院 | A kind of longitudinal direction conveyer |
| CN112415872A (en) * | 2019-08-20 | 2021-02-26 | 柯尼卡美能达株式会社 | Image forming apparatus, computer-readable recording medium storing control program |
| CN112415872B (en) * | 2019-08-20 | 2023-09-15 | 柯尼卡美能达株式会社 | Image forming apparatus, computer-readable recording medium storing control program |
Also Published As
| Publication number | Publication date |
|---|---|
| CN1323912C (en) | 2007-07-04 |
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